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00M-513 exam Dumps Source : Power Systems with AIX Technical Sales Professional - v2
Test Code : 00M-513
Test title : Power Systems with AIX Technical Sales Professional - v2
Vendor title : IBM
: 46 real Questions
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IBM Power Systems with AIX
February 18, 2019 Timothy Prickett Morgan
well, that took rather a long time. After what seems like eons of nudging and cajoling and pushing, IBM is making the IBM i operating outfit and its built-in database management system, as well because the utility development tools and other techniques application, obtainable on its self-branded IBM Cloud public cloud.
huge Blue previewed its plans to deliver both IBM i and AIX to the IBM Cloud at its annual suppose convention in Las Vegas, on scale out machines geared toward little and medium agencies as well as to valued clientele who want to sprint clusters of machines, and on scale up methods which accommodate NUMA electronics that greater tightly cluster them into shared reminiscence programs.
There are lots of questions about how this could live every sole live packaged up and offered beneath the unwieldy identify of the IBM verve programs virtual Server on IBM Cloud. however they can inform you every sole that they live cognizant of and fill you in as they gain scholarship of greater.
The verve programs slices served up on the IBM Cloud working IBM i and AIX accommodate been first rolled out for early entry to selected shoppers to test the APIs for the manage airplane, which they postulate is in line with the PowerVC implementation of OpenStack. The preliminary purchasers who're kicking the tires accommodate been speculated to only installation development and test environments or protype code, on no account anything else operating in construction. This become totally intended to live a proof of concept setup at this factor, as which you can survey from the rollout roadmap:
The alpha and beta checking out for the verve systems slices on the IBM Cloud is on an attractive speedy song, running from February into March, as which you could see, and widely wide-spread availability is slated for a while in March. doubtless somewhere against the conclusion, they might wager. IBM is originally making the energy puffs – what else are you able to title them as shorthand? – purchasable in the early access exams in its US East datacenter in the Washington DC metro area; it is not transparent what iron become used. The alpha and beta checking out is being completed on a collection of verve S922 scale out machines, which might live in line with a pair of Power9 processors and which frankly is a large container for most IBM i retail outlets every sole by means of itself, as well as on energy E880 scale up systems, which might live being scaled up to sixteen sockets and which employ the older Power8 processors. every sole of the machines employ ten-core processors, which might live the candy spot between efficiency, chip yield, and cost in the vigour methods line. The Power9 chips in the power S922 servers sprint at 2.8 GHz and can rapid as much as 3.9 GHz if there is ample thermal headroom; these chips loom to live they can also accommodate four threads per core (also referred to as SMT4), which is not as a much deal threading because the regular Power8 chip presents in scale out machines with SMT8 threading (eight threads per core) and twice as many cores per die (24 cores versus 12 cores). Anyway, it appears like the energy S922 is being fitted with the cumbersome cores, now not the mild ones. The Power8 chips in the power E880 are running at 4.19 GHz and also back SMT8 threading (there was simplest a cumbersome core here); every sole sixteen cores are populated with ten-core Power8 chips, with a optimum scalability of a hundred and sixty cores in a sole logical partition on the IBM Cloud.
both of the machines are being configured with 32 GB memory sticks, which might live once again on the candy spot between ability, bandwidth, and expense per bit, and IBM is permitting consumers to configure the machines with anywhere from 8 GB to sixty four GB of leading reminiscence per core. in case you want denser memory to bolster the ability, you could double it up the usage of sixty four GB reminiscence sticks, and then double it up once again to 128 GB sticks, but this could live a custom order and it will can permeate significantly more, they suppose. IBM is providing disk and gleam storage up to 2 TB for local storage on the circumstances and growing to live at 10 GB increments. external storage for purposes and databases is on Storwize V7000 disk arrays in the racks nigh this vigour iron, and are linked to the servers by means of Fibre Channel switches. consumers can participate machines or hire committed iron, counting on their proclivities for absolute protection and coping with Noisy neighbors on the virtual infrastructure.
Steve Sibley vice president and offering supervisor for the Cognitive programs division at IBM, gave me a sneak peek at the future verve cloud slices on a discuss with to the Austin, Texas labs final week, ahead of the account conference. privilege here is how the features and features of the logical partitions on the IBM Cloud are shaping up:
Sibley informed us that the pricing become now not yet set in stone for the virtual verve aptitude on the IBM Cloud, however when pressed about comparing the can permeate between purchasing gear and renting it on the cloud, Sibley estimated that for a given IBM i or AIX workload operating on similarly configured hardware and logical partitions, operating the cloud illustration would can permeate about 30 % to forty % more on the illustration running plenary out over three years in comparison to buying the iron and using it for three years. The change, of course, is that IBM is managing the energy techniques and deciding to buy the datacenter, the electrical energy, the cooling, the security, patch updates on firmware, the installation of the PowerVM hypervisor and its replace, and the setting up of the IBM i or AIX working system. When businesses purchase their personal power methods machines, except they bag augmented capabilities from IBM or a company companion, it’s every sole on them. Pricing for the virtual machines, the memory, the storage, and the operating outfit and databases are every sole set per hour.
incidentally, it is not transparent what IBM i and AIX releases are supported on the machines, however most likely the existing IBM i 7.2 and IBM i 7.three releases are supported on the IBM Cloud as well as AIX 7.1 and AIX 7.2, which might live additionally present. Linux is not mentioned as a supported platform, however SAP HANA workloads are and that means that there's a Linux – and specially purple Hat commercial enterprise Linux – below it for the reason that HANA in-reminiscence databases aren't supported on any Unix variant, or IBM i for that count.
with the aid of March, IBM plans to accommodate the IBM i and AIX situations purchasable in creation in its US East (Washington DC) and US South (Dallas) areas, and in the second quarter IBM plans to roll it in its European datacenter in its ecu relevant (Frankfurt) region, with different datacenters popping out as demand pulls and IBM pushes.
we will pick a glance on the pricing as soon because it turns into available and spot the pass it every sole stacks up, and bag the suggestions of different IBM i cloud players about what mammoth Blue is doing.
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The X component: Head in the Clouds
in the 1990s and neatly into the 2000s, in case you had mission-crucial functions that required zero downtime, resiliency, failover and exorbitant efficiency, however didn’t necessity a mainframe, Unix was your go-to solution.
if your database, ERP, HR, payroll, accounting, and other line-of-company apps weren’t sprint on a mainframe, chances are towering they ran on Unix methods from four predominant providers: solar Microsystems, HP, IBM and SGI. each and every had its own relish of Unix and its personal custom RISC processor. Servers working an x86 chip accommodate been at most suitable used for file and print or maybe low-end departmental servers.
nowadays it’s a x86 and Linux world, with some home windows Server presence. essentially each supercomputer on the desirable 500 record runs some relish of Linux and an x86 processor. SGI is long long gone. sun lived on for a while through Oracle, however in 2018 Oracle finally gave up. HP industry only ships a few Unix servers a yr, primarily as enhancements to current shoppers with historic methods. most efficacious IBM is noiseless in the online game, providing fresh programs and advances in its AIX working device.
We aren’t going to dwell on how they got here. as a substitute, here's a recognize at the status industry Unix goes, and how and when it'll at ultimate die. (observe: We're above every sole speaking about the decline of commercial Unix. nevertheless flourishing are the free and open-source variations corresponding to FreeBSD, which was born out of the Berkeley application development (BSD) challenge on the university of California, Berkeley, and GNU.)
Unix's deliberate decline
Unix’s decline is “extra of an artifact of the inability of advertising attraction than it's the necessity of any presence,” says Joshua Greenbaum, essential analyst with enterprise applications Consulting. “no one markets Unix from now on, it’s sort of a dead time period. It’s nonetheless round, it’s simply now not developed around any one’s strategy for high-conclusion innovation. There is no future, and it’s no longer as a result of there’s anything innately wrong with it, it’s just that anything else imaginitive is going to the cloud.”
“The UNIX market is in inexorable decline,” says Daniel Bowers, research director for infrastructure and operations at Gartner. “most efficacious 1 in eighty five servers deployed this yr uses Solaris, HP-UX, or AIX. Most applications on Unix that can also live without vicissitude ported to Linux or home windows accommodate really already been moved.”
Most of what is noiseless on Unix these days are custom-made, mission-crucial workloads in fields reminiscent of economic features and healthcare. because these apps are towering priced and Dangerous to migrate or rewrite, Bowers expects an extended-tail decline in Unix that could remaining twenty years. “As a workable operating gadget, it’s acquired at the least 10 years because there’s this long tail. Even 20 years from now, people will nonetheless wish to sprint it,” he says.
Gartner tracks the decline of fresh Unix earnings.
Gartner doesn’t song install base, just fresh earnings, and the mode is down. In Q1 of 2014, Unix income totaled $1.6 billion. via Q1 of 2018, sales were at $593 million. in terms of instruments, Unix income are low, but they're almost always in the sort of excessive-end, closely decked-out servers that are an Awful lot better than your ordinary two-socket x86 server.
IBM the ultimate UNIX man standing
It’s mind-blowing how tight-lipped people are over the status of Unix. Oracle and HPE declined to remark, as did several IBM customers. IBM is noiseless within the game, however Bowers notes, “I survey IBM investing $34 billion in crimson Hat, but I don’t survey IBM investing $34 billion in AIX.”
Steve Sibley, vice chairman of cognitive methods offerings at IBM, acknowledges the glaring however says IBM will nevertheless accommodate a substantial number of shoppers on AIX in ten years, with the vast majority of shoppers being vast Fortune 500 customers. He provides that there will also live a solid variety of midrange valued clientele in some ways “because they don’t necessity to spend the investment to bag off AIX.”
Rob McNelly, senior AIX solutions architect at Meridian IT, a capabilities issuer and cumbersome AIX user, says there is an 80/20 rule for fresh applications for AIX: eighty% of clients don’t develop their AIX footprint, but 20% stays and expands in AIX.
“because 20% is the higher commercial enterprise methods, it is a very massive section. In healthcare, many sturdy tier 1 creation environments proceed to invest and luxuriate in the steadiness and security of AIX. established and embedded ERP systems accomplish likewise in any respect layers,” McNelly says.
Many fresh applications pursue Linux, which
IBM, which arguably has the greatest closing massive iron server company on the planet, is one step nearer to making methods according to its own vigour processors peers to the Xeon-primarily based outfit that fully dominates its IBM Cloud public cloud. With the newest strikes, IBM now has scale-out and scale-up programs in response to a compund of its Power8 and Power9 processors attainable for appoint, but these programs are simplest for the second running its own AIX variant of Unix and its personal IBM i proprietary working equipment.
it will no longer pick greater than a brace of minutes to load up Linux partitions on the machinery IBM is beginning to rollout in several of its datacenters. So don’t suppose for a minute that IBM is not going to ultimately add assist for Linux on this public vigour infrastructure that it is rolling out. To live honest, it is just a runt of a request yourself that it isn't happening concurrent with the rollout of AIX and IBM i on the cloud.
IBM has been providing internet hosting and outsourcing features for rent for six many years now, so it is a runt much to convene it a newcomer to selling cloudy infrastructure. The enterprise has dabbled with promoting means with utility pricing earlier than. abide in intellect the complete Supercomputing On-Demand application returned in January 2003? This blanketed clusters of techniques – individuals known as them grids returned then – based on both X86 and energy architectures, with skill rented, no longer bought, and it preceded the launch of Amazon internet features by pass of more than three years. but it is reasonable to thunder that large Blue didn't reply instantly satisfactory to build its own public cloud – neither did other gadget makers and outsourcers, to live reasonable – and that's why to bag lower back within the online game it needed to spend round $2 billion to acquire SoftLayer, a internet hosting company that moved into virtualized and naked metallic clouds that had accrued 25,000 purchasers and a fleet of over a hundred,000 servers in 13 datacenters when IBM bought it again in June 2013.
SoftLayer had constructed its personal cloud controller and used the commercial XenServer hypervisor from Citrix systems to chop up Supermicro servers into digital slices. IBM offered off its gadget x X86-based mostly server company to Lenovo a year later for $2.three billion, so there was no purpose to movement SoftLayer, now universal because the IBM Cloud over to system x gear. And the Lenovo money paid returned many of the SoftLayer invoice. IBM invested another $1.2 billion in SoftLayer amend after the deal became carried out, and had hoped to construct out 40 cloudy datacenters, with hundreds of lots of machines and thousands and thousands of virtual machines. They accomplish not know if IBM met these desires, and it doesn’t discuss them anymore during this manner.
It took an incredibly long term for IBM to bag power-based machines on its public cloud, and it is clear-cut in hindsight that massive Blue became ready until its Power8 servers accommodate been totally ramped and it came up with a extra cogent Linux approach on energy methods machines to really thrust power architectures from the SoftLayer cloud, which it launched in might also 2016. The 4 naked steel instances that debuted then in keeping with its verve programs LC machines are noiseless obtainable today, according to the identical single-socket “Habanero” system created by Tyan, with just a runt diverse costs and with the identical configurations that accommodate been attainable pretty much three years in the past. These energy systems LC machines assist crimson Hat industry Linux and Canonical Ubuntu Server working systems and the PowerKVM hypervisor, however best Ubuntu Server turned into accessible on the cloudy models on what is now generic as the IBM Cloud. The power situations are available in IBM Cloud datacenters in San Jose, Dallas, Washington DC, Sao Paulo, London, and Sydney.
IBM has no longer, as yet, provided cloudy situations of machines running AIX and IBM i, and it has in a similar pass not provided larger iron – both of which it sorely mandatory to accomplish to definitely present odds purchasers the identical classification of machines on the cloud as they've used in their datacenters.
With nowadays’s launch, IBM is getting a bit closer, but it surely is a bit disconcerting that IBM Cloud is just providing SAP HANA in-memory databases atop Linux for running S/four HANA applications on 4-socket and eight-socket “Haswell” Xeon E7-4800 and E7-8800 servers. IBM’s business-classification power E950 and energy E980 machines, which employ Power9 processors and which scale to 4 or sixteen sockets, respectively, can sprint circles round this ragged Haswell iron. IBM’s world technology capabilities does lots of outsourcing offers on such iron for working SAP HANA, which is an incredible driver of the power methods company this present day, however that isn't the identical aspect as having proper utility pricing. (we can bag into SAP HANA on vigour in a divide article, as a result of IBM has some unique advantages that it is leveraging smartly here, and it is taking on Hewlett Packard enterprise for the mantle in this enterprise area.) IBM does draw to offer SAP HANA on the fresh vigour cloud cases, so that implies that IBM is going to back Linux beneath it. And that additionally implies that it will probably back Linux – and they postulate crimson Hat enterprise Linux, since that IBM is spending $34 billion to acquire red Hat – on these power slices on the IBM Cloud.
IBM is cutting up two different types of verve machines on the most fresh public cloud, and they're far more advantageous than the single-socket machines that got here out three years in the past. in a sole illustration, the power S922, which is a two-socket desktop, is equipped with a pair of ten-core Power9 chips which accommodate a ground accelerate of two.eight GHz and that sprint as much as three.9 GHz in rapid augment mode. This server tops out at four TB of means using 2.sixty seven GHz DDR4 memory sticks, and it seems extremely not going that IBM has configured it this manner given the permeate of main reminiscence at the present time. Steve Sibley vp and offering manager for the Cognitive methods division on the company, tells The subsequent Platform that IBM is allowing consumers to scale from eight GB to sixty four GB of memory per core, which means IBM is the usage of a much deal more affordable 32 GB memory sticks. consumers who want a larger reminiscence footprint – they could double or quadruple this – will pay an incremental cost and IBM will load up some vigour S922 machines with extra ability. The verve S922 servers are configured with disk and gleam storage, and the circumstances can accommodate any status from 10 GB to 2 TB of aptitude on both, bought in 10 GB chunks.
IBM is additionally promoting slices on a power E880 servers based on Power8 chips and is planning on including slices on verve E980 machines which are based on Power9 processors. both machines scale from four to sixteen sockets, and in the case of the verve E880, IBM has set up methods that employ the ten-core Power8 chip that spins at 4.19 GHz to bring methods that scale up to a hundred and sixty cores in a sole system photograph. The reminiscence and storage on this cloudy energy E880 scales the identical as on the energy S922, with eight GB to 64 GB per core for reminiscence and up to 2 TB of disk and/or gleam storage scalable in 10 GB increments.
each types of power methods on the IBM Cloud are back-ended by pass of capability on IBM’s Storwize V7000 disk arrays, which link to the servers over Fibre Channel links. IBM installs the PowerVM hypervisor and both AIX or IBM i (and presumably Linux within the case of SAP HANA) and then purchasers maintain every runt thing from the operating gadget and on up from there while IBM manages from the firmware on down.
here is the set of features that IBM is rolling out for these power instances:
IBM has been beta testing this cloudy power infrastructure in its Washington DC statistics middle given that the heart of January. by pass of March, IBM may accommodate machines up and running in its Dallas datacenter as smartly and it will allow creation workloads to Make employ of them. somewhere within the 2d quarter it'll roll out energy system slices in its Frankfurt datacenter in Germany, with different geographies to observe. It is not transparent when the verve E980 may live dropped at the cloud, however what they hear is that demand very exorbitant for this machine in the fourth quarter and into the primary quarter that IBM desires to sell every sole of those machines it can to purchasers which are purchasing the total containers, not renting slices on them.
The pricing on the verve techniques virtual Server on IBM Cloud has no longer been finalized yet, but the metering on the processor, memory, and storage is achieved via the hour. but Sibley likes to accomplish math like they accomplish here on the next Platform, and he estimates that in like-for-like configurations, if you ran a cloud illustration plenary out for 3 years it could cost somewhere between 30 % and 40 % greater on the IBM Cloud as it would to acquire it and office it. here is a extremely competitively priced premium, given that IBM is paying vigour, cooling, datacenter, switching, and management prices. IBM is also offering hourly license prices for AIX and IBM i, the latter of which includes an integrated relational database administration equipment. most likely IBM’s own DB2 relational database and its WebSphere middleware stack can live available on the machines with hourly pricing, and ditto for Oracle and SAP HANA databases. And in cases where you should disclose dedicated skill – a requirement for database licensing usually – IBM can lock down a slice of a machine, or the complete factor. and at last, the verve slices running on the IBM Cloud will live provisioned using Terraform, an open supply appliance from HashiCorp, it is also used via the IBM Cloud private stack, so it can live feasible to stream virtual machines from inner most to public capability and again again if integral.
So how will shoppers employ this cloudy vigour iron? “I suppose at the start individuals will birth by using testing out their development and verify environments and spot if it can sprint out here,” says Sibley. “I additionally believe they can survey individuals the usage of the cloud for calamity healing for verve systems, because while groups account it's alright to personal one datacenter, they don’t wish to personal two. And there's also a line of industry attitude, too. we've one customer it's beginning a brand fresh business, and they necessity to delivery it out on the cloud on vigour, and maybe some day they are going to movement it returned to their datacenter and maybe they will hold it there on the cloud.”
We are expecting before too lengthy IBM might live ramping up the PowerKVM hypervisor on the verve S922 machines so Linux can live supported there in a more aboriginal structure, and that Linux could live delivered to the large iron power E880 and energy E980 containers the employ of the PowerVM hypervisor. we'd now not live in any respect shocked to recognize the vigour E950 methods operating AIX and Linux loom every sole sliced up on the IBM Cloud, either.
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8 Aug, 2012 By: Nancy Spurling Johnson,Robert Green
Cadalyst Labs Report: They establish five budget-friendly tools through their paces to survey which could live winning options for professional use.
The wait of the '80s brought an wait to mammoth hair, shoulder pads — and $20,000 mainframe CAD software. Fortunately for every sole of us, today's hairstyles and CAD prices are more down to earth. Whether your CAD budget is $7,500, zero, or anywhere in between, you won't pull your hair out finding viable professional options.
CAD options in the lower wait of the expense compass are particularly interesting. Many, in fact, offer features and functionality that seem to emulate that of Autodesk's AutoCAD for thousands of dollars less. The question is, Can these products proceed the distance in a professional environment? Can they back workflows that involve clients and partners that employ AutoCAD? Are they sophisticated enough to live effortless to learn and employ productively? They at Cadalyst Labs decided to find out by evaluating five options in the $500 expense range.
The Low-Cost CAD Market
Before they bag to the product evaluation, let's pick a higher-level recognize at the low-cost CAD market. At least 50 products are available worldwide that compass in expense from free to approximately $2,000 — easily rivaling the number of CAD-specific products that exist in the higher expense range.
Bob Mayer, COO at IMSI/Design, developer of the approved line of TurboCAD software, said the retail market for low-cost CAD hasn't changed fundamentally in recent years. Long Nguyen, U.S. distributor, said, "The market has started to accept more low-cost CAD solutions recently. As low-cost CAD becomes more ubiquitous, companies will specialize and innovate in different fields. As a result, they will survey CAD solutions which are specific to many different realms of manufacturing, architecture, motion simulation, and engineering."
Franco Folini has a unique perspective on the compass of CAD software available today, from the most affordable to the most tangled and expensive options. He is president and cofounder of Novedge, the largest online reseller of CAD, 3D, and graphics software — more than 6,000 products, to live specific. "I believe there are plenty of professional situations where $500 software will unravel your problems," he said. "We bag calls from people who want to design a swimming pool, a wedding ring, furniture. ... Entry-level software is flawless for professionals working with basic geometry."
Free CAD tools are becoming increasingly common; however, if this trend is affecting the low-cost CAD market, the developers who spoke with Cadalyst haven't survey it yet. Mayer said, "We know that Dassualt Systèmes claims millions of downloads of its [free] 2D DraftSight product; however, their 2D CAD sales continue to augment year over year."
Nguyen added, "There has always been a dividing line between free CAD software and commercial software. If free CAD tools were equally reliable, compatible, and fully featured, they would easily overtake the market. That is not the case, though. Users noiseless depend on the character of commercial software."
Who Uses Low-Cost CAD?
"We mediate that [users of CAD in the $500 range] plunge into two groups: hobbyists and 'prosumers,'" said Bob Mayer, COO at IMSI/Design, developer of the TurboCAD software line. "By prosumers, they value professional users of CAD who are looking for real value in the product. TurboCAD LTE Pro is a flawless specimen of this. The prosumer buyer of this product is someone who is intimate with the AutoCAD or AutoCAD LT product and wants to stick with that intimate [user interface] and functionality, but bag it (and more) for a real value price. The majority are not first-time CAD users. Hobbyists, however, will tend to live first-timers in the world of CAD."
For GstarCAD, said Nguyen, "Most of their users accommodate had experience with CAD, and more specifically AutoCAD. Their most advanced CAD users are independent consultants who require the best software. Other customers embrace little manufacturing shops and independent designers with limited budgets. They also accommodate users in the architectural and tool-and-die industries. Outside of the U.S.A., large corporations accommodate adopted GstarCAD as the yardstick CAD software."
At Novedge, an online reseller of more than 6,000 CAD, 3D, and graphics software products, the reality differs. President and cofounder Franco Folini said, "Entry-level software tends to live adopted by professionals and companies fresh to CAD." Because of that inexperience, he explained, those customers tend to request more technical back than accomplish Novedge customers who purchase more tangled and expensive products. "What they notice is that people buying entry-level products accommodate mammoth expectations for tech back and having a relationship with the vendor. They necessity more hand-holding in terms of installation and use. ... Higher-level customers are in a more structured working environment. They accommodate CAD experience, in-house resources, and training." Folini said that low-cost CAD accounts for approximately 5% of revenue for Novedge.
Although Mayer and Nguyen accomplish celebrate customers moving from AutoCAD to their lower-cost options, Folini does not. "In their experience at Novedge, they are not seeing people downgrade from AutoCAD LT to $500 products."
Return on Investment
Should you opt to spend slightly more money — say, $1,000 to $1,500 — what could you await for the extra investment? In addition to the obvious reply of more robust features, Folini said you'll generally find a better user experience.
"My personal feeling is that sometimes it's just the experience with the product, the user interface, that sets it apart. If you compared features lists and matched them up one-by-one, you probably bag a 70% to 80% match. But what I've seen is that the user interface in the entry-level system might not live so good. Ten years ago, the UIs in low- vs. mid-range products were very similar, but now the mid-level product UIs are noticeably better."
Less-sophisticated UIs can Make some low-priced products more difficult to learn, Folini continued, but they accommodate plenty of features for the professional user. "Unless you are working with tangled geometry, they labor pretty well. As far as software interoperability and DWG support, they are OK for most people," — especially the IntelliCAD-based products, he said. "These products are pretty edifying at producing DWG and DXF files, and you can proceed anywhere with those, transfer drawings to anyone."
Folini has watched as the IntelliCAD Consortium has sprint into fiscal concern and scaled back efforts to create a dependable alternative to AutoCAD. expense wars accommodate sprung up, prices accommodate fallen, and products accommodate become less competitive, he said. "As a result, the entry-level market is not generating the resources and seeing the smooth of competition necessary to hold it growing and progressing." He concluded by proverb he hopes the consortium can renew its efforts and restore the competition necessary to hold the market growing and progressing.
Eyeing the future of the low-cost CAD market, Mayer said, "I anticipate a time when low-cost CAD will live primarily available on a subscription basis directly from the developers." "The reseller channel for CAD — both brick and mortar, as well as online — will continue to shrink, and more and more of the industry will simply live direct to the user." And, he added, "There's a entire fresh group of CAD applications coming that will live optimized for the unique attributes of mobile computing devices such as tablets like the iPad."
Low-Cost CAD: Five Options
For this roundup of low-cost CAD solutions, Cadalyst editors selected five products to evaluate. They narrowed down a long list of budget-friendly options to those in the $400–$600 compass that had potential to supplant AutoCAD in a professional office.
Evaluation criteria. In an application to experience each of these tools from installation through new-user orientation just as a typical user would, the process involved no vendor briefings or special tutoring sessions. Except where noted, installations went smoothly on a Windows 7–based machine.
Evaluation was based on creating fresh files, opening a succession of existing sample drawings, and working with geometry, every sole the pass through plotting — every sole while contrasting the appliance with AutoCAD. They gauged overall functionality including customization and programming as well as overall experience from the perspective of an AutoCAD user. They placed particular accent on evaluating the user interface (UI) to measure ease of employ and the learning curve for each product.
Our goal in this evaluation process was not to declare a winner, but rather to provide a basis for determining whether each appliance might live a viable election for your office to account as an AutoCAD replacement. If yours is an AutoCAD LT or Bentley Systems MicroStation office, this evaluation should serve you well also.
Given that every sole these tools are roughly the identical cost as an annual AutoCAD subscription and that each comes with a learning curve, we're not convinced that any would merit switching from AutoCAD. However, if you're looking to purchase fresh CAD seats, these tools deserve consideration. A free affliction version is available for each option to bag you started. For further details about each product, survey the table, "Low-Cost CAD: Five Professional Options."
Bricscad v12 Pro
Pros: Very similar recognize and feel to AutoCAD 2012, minus the ribbon. Customization and AutoLISP back are excellent and very similar to that of AutoCAD. Handles irregular viewports, xrefs, and file attachments without a glitch. Includes 2D parametric functionality.
Cons: Reading 3D geometry using proxy conversion is clunky at best, and at times problematic. Bricscad v12 Pro can't read AutoCAD 2012 viewports with Model Documentation–generated views.
Bricscad v12 Pro from Bricsys integrates 3D direct modeling with the intimate 2D feature set of aboriginal DWG. It supports hundreds of third-party applications, according to the developer. It sells for $505.
New Bricscad files are created using AutoCAD yardstick DWT files and saved in AutoCAD DWG/DXF formats from the 2010 version back. They opened a variety of AutoCAD sample files every sole the pass through the 2012 format and institute the results to live generally fine, with a few exceptions. (See "Cons" in the accompanying summary box.)
Bricscad's user interface looks much like that of recent AutoCAD releases, focused on user-arranged toolbars and palettes (although a ribbon menu is not used) wrapped around the top and sides of the drawing area, with the Command prompt at the bottom. Creating and working with geometry in Bricscad feels very much like using AutoCAD. Geometry editing, including grip editing, functions much as it does in AutoCAD, but double-click editing varies by entity sort — hatching, most notably — and isn't always AutoCAD-like.
As a bonus, parametric-style constraints very similar to those in AutoCAD 2012 (minus the AutoConstraints) let you Make 2D parametric drawings. Zooming, panning, mouse-wheel support, and keyed-in commands every sole office as an AutoCAD user would expect, although right-clicking when no expostulate is selected defaults to an Enter key, as was the case in older versions of AutoCAD.
Printing is conducted via an interface that looks very similar to AutoCAD 2012's Plot dialog box but, curiously, keying in Plot invokes the Command line instead of a dialog box. You create plotter definitions and plot styles very much like you would in AutoCAD. Bricscad now supports STB plot style table files.
Finally, you can set up your own shortcuts, palettes, toolbars, and other interface components using a unified CUI (Customize User Interface) command that saves settings to a PGP file (not interchangeable with an AutoCAD PGP file). AutoLISP routines can live loaded via AppLoad (just like AutoCAD), so CAD managers and power users can tweak Bricscad most any pass they like.
In Summary. Bricscad is an AutoCAD-compliant appliance that can create and labor with DWG data with a nonribbon-based interface that most users of recent AutoCAD versions will learn quickly. If your workflows involve tangled layout views or details generated with detail/section views, you can await problems when files are shared between Bricscad and AutoCAD users. CAD managers intimate with AutoCAD customization can bag privilege to labor customizing Bricscad. For companies that necessity to create parametrically controlled drawings, the constraint functionality is another bonus.
A sample DWG file as it appears in Bricscad v12 Pro.
GStarCAD Professional 2012
Pros: GstarCAD operates almost exactly like AutoCAD 2012. It runs AutoLISP routines and handles irregular viewports, xrefs, and file attachments without a glitch. screen libraries and the EasyArch add-on for drawing 2D architectural elements Make GstarCAD a much value.
Cons: The software has problems reading 3D geometry using proxy conversion. Can't read AutoCAD 2012 viewports with Model Documentation–generated views.
Based on IntelliCAD technology, GStarCAD Professional is a 2D/3D CAD solution from Suzhou Gstarsoft touted for its AutoCAD compatibility and openness for CAD application development. Available for $520, GStarCAD is more ribbon compliant and generally more "visual" in its interface than the other IntelliCAD-based software they looked at.
This program creates fresh files using AutoCAD yardstick DWT files, and files are saved in AutoCAD DWG/DXF formats from the 2010 version back; curiously enough, the 2004 file version is the default. They opened a variety of AutoCAD sample files every sole the pass through the 2012 format and institute the results excellent, with a few notable exceptions (described in "Cons" in the summary box included here).
GStarCAD's UI looks very much like AutoCAD 2012's ribbon-based interface, with an additional bar across the top of the drawing window to facilitate expeditiously switching between opened drawings — something like Quick View drawings in AutoCAD. The ribbon tabs are arranged in a pass that's very similar to AutoCAD, albeit with some tabs and functions missing. Creating and working with geometry in GStarCAD feels very much like AutoCAD as well as other IntelliCAD-based programs. Editing geometry, including grip editing, functions like AutoCAD; however, given that it offers a ribbon-based interface, the absence of ribbon-based double-click editing (available in AutoCAD) surprised me. Zooming, panning, mouse-wheel support, keyed-in commands (including AutoCAD 2012–like AutoComplete), and right-click functionalities office as an AutoCAD user would expect.
Printing is conducted via an interface that looks and feels exactly like AutoCAD 2012, every sole the pass down to the PlotterManager command and plot styles, but the STB file format is not supported. Finally, the aptitude to set up your own shortcuts, palettes, toolbars, and other interface components via a clone of the AutoCAD CUI command, and to load AutoLISP routines using AppLoad (again, just like AutoCAD) value customizers intimate with recent AutoCAD releases can bag privilege to work.
In Summary. GStarCAD is an AutoCAD-compliant appliance that can create and labor with DWG data in an interface that will Make AutoCAD 2011/2012 users feel privilege at home — probably requiring the least training of any of the programs evaluated. Companies that employ tangled layout views with viewport-specific visualization features will find GStarCAD directly compliant with AutoCAD files. Customization capabilities and LISP back are the best of every sole the programs evaluated for this article — and the most like AutoCAD — so CAD managers intimate with AutoCAD customization should accommodate no problem adapting to GStarCAD.
A sample DWG file as it appears in GStarCAD Professional 2012.
IronCAD DRAFT 2012
Pros: Parametrically driven mechanical symbols are thorough and valuable for mechanical drafters. IronCAD DRAFT can read projected 3D geometry from AutoCAD 2012.
Cons: Least similar to AutoCAD, making cross-training more difficult. Couldn't read tangled AutoCAD viewports generated from AutoCAD 2012's Model Documentation feature. No LISP or VBA support.
IronCAD DRAFT is an AutoCAD-compatible 2D mechanical drafting appliance that enables users to labor in 2D but also to view, leverage, analyze, render, and reference 3D model data created by suppliers, customers, and colleagues. At $595, it is the most expensive of the five products in this roundup.
Creating fresh design files in IronCAD DRAFT is facilitated via a variety of template (TPL) files in ANSI, GB, or ISO unit systems and typical drawing borders. Files are opened and saved by default in the IronCAD DRAFT EXB file format, but may also live saved in TPL (template), AutoCAD 2010 (or earlier) DWG or DXF, or IGES file formats. They opened a variety of AutoCAD and DGN sample files and institute generally edifying results, although some AutoCAD 2012 viewport formatting caused problems. (See "Cons" in the summary box included here.)
You can switch IronCAD DRAFT's UI between the default, minimalist ribbon-style interface and a pull-down/toolbar interface that reminds me of AutoCAD Release 14. It's effortless to switch between the two UIs, but AutoCAD users likely will wait up using the pull-down/toolbar interface more than the ribbon option. Either way, the interface is otherwise sparse, lacking a system tray and displaying only minimal toggles. Of the programs evaluated, IronCAD Draft has the most minimalist feel, which may Make it the easiest for non-AutoCAD users to learn.
Creating geometry is largely a matter of using ribbon options or toolbar buttons to initiate commands, although some keyed-in shortcuts, such as L for Line, are available. Any Command line prompting appears in the lower band of the screen — very different from AutoCAD. You can circle on a Command Line Panel if you'd rather it recognize like AutoCAD. Coordinates can live entered in the floating cursor box using the keyboard; via dynamic input (if toggled on); or by locking onto existing geometric features using expostulate snaps. IronCAD's expostulate snaps can snap within blocks and other annotation types. This is very much like AutoCAD functionality, but implemented differently enough that it takes some getting used to. Geometry-editing commands such as Move, Mirror, and Trim labor in a similar select/input mode as they accomplish in AutoCAD, but with additional options presented at the Command line; grip editing follows the identical logic as it does in AutoCAD; and double-click editing entities invokes a properties-editing palette in most cases (text editing being an exception). You can zoom and pan via icons, an F3 shortcut is predefined for Zoom All, and the mouse wheel supports zoom/pan just as in AutoCAD.
Printing uses your operating system print drives and proprietary configuration files that employ the expostulate line width you set during entity creation to drive plotted line weights — unless you specify a line weight–to-color relationship that overrides entity types. This deportment is much more similar to MicroStation than to AutoCAD. For users accustomed to AutoCAD plotting, IronCAD DRAFT printing will live a major adjustment.
In Summary. IronCAD DRAFT is a functional CAD appliance that can labor with DWG data, but the most dissimilar to AutoCAD in every sole respects. If AutoCAD emulation isn't captious and mechanical drafting is your main mission, IronCAD DRAFT is a edifying choice. Conversely, if AutoCAD labor methodology is desired to minimize training time, IronCAD DRAFT could live problematic. Companies that interact heavily with users generating data with recent releases of AutoCAD will likely experience compatibility problems with tangled layouts.
A sample DWG file as it appears in IronCAD DRAFT 2012.
ProgeCAD 2011 Professional
Pros: Very similar to AutoCAD. ProgeCAD Pro can sprint basic AutoLISP routines and wield irregular viewports, xrefs, and file attachments without a glitch. Included screen libraries and the EasyArch add-on for drawing architectural elements provide extra value.
Cons: Clunky-to-problematic reading of 3D geometry using proxy conversion. Couldn't read AutoCAD 2012 viewports with Model Documentation–generated views.
ProgeCAD 2011 Professional from progeCAD USA is a general-purpose 2D/3D CAD solution, powered by IntelliCAD, that works with AutoCAD DWG files from v2.5 through 2012. ProgeCAD is more like older versions of AutoCAD, where keying in commands and using toolbars is the default mode of input, than the other IntelliCAD-based program they looked at here. At $399, it is the least-expensive product included in this roundup.
Creating fresh design files in progeCAD Professional is based on AutoCAD yardstick DWT files — two of which are provided and more of which can live created on your own, just as in AutoCAD. The program saves files in AutoCAD 2010 DWG format by default, or in earlier DWG or DXF file formats if specified. When opening existing drawings, the identical file types are supported. They opened a variety of AutoCAD 2012 and earlier sample files and institute the results excellent, with a few notable exceptions (explained under "Cons" in the summary box).
The progeCAD UI looks very much like the UI of recent AutoCAD releases, without the ribbon. Because progeCAD is based on technology from IntelliCAD (which has had the goal every sole along to deliver AutoCAD-compatible CAD tools), creating and working with geometry felt almost exactly like AutoCAD, every sole the pass to the Etrack and Esnap tools (which emulate AutoCAD's OTrack and Osnap). Editing geometry emulates AutoCAD functionality, including grip editing, to a T. Throughout the process, every sole zooming, panning, mouse-wheel functions, keyed-in commands — and even using the spacebar to reiterate the ultimate command — flowed exactly as they accomplish in AutoCAD, making this a very effortless appliance for AutoCAD users to learn.
Printing uses operating system print drivers and reads/writes AutoCAD CTB/PCP configuration files (with the STB file format being notably absent), but the interface is multitabbed and requires some navigation to understand what's going on. Finally, the aptitude to set up your own shortcuts, palettes, toolbars, and other interface components via the MenuLoad command and the aptitude to load basic AutoLISP files (minus Visual LISP) will Make those with legacy custom code very happy.
In Summary. ProgeCAD 2011 Professional is an AutoCAD-compliant appliance that can create and labor with DWG data and has an interface that AutoCAD users can learn quickly. Companies that employ tangled layout views with viewport-specific visualization features will find progeCAD directly compliant with AutoCAD files. Customization and LISP back value that CAD managers can tailor the software to fitting their users, although existing routines may not sprint if they accommodate sure Visual LISP functions.
A sample DWG file as it appears in progeCAD 2011 Professional.
TurboCAD LTE Pro v4
Pros: TurboCAD LTE Pro is cozy and effortless to learn for AutoCAD users and includes a variety of powerful tools for 2D drafting.
Cons: Didn't read tangled AutoCAD viewports generated from AutoCAD 2012's Model Documentation feature. Had concern representing AutoCAD DWG files saved with visual styles. Developed as an AutoCAD LT replacement, it offers no LISP support.
TurboCAD products from IMSI/Design accommodate long been approved with Cadalyst readers. TurboCAD LTE Pro, the second most affordable option in the line, is described as a professional 2.5D drafting and detailing solution. Although it is designed to compete with AutoCAD LT, they chose it for this roundup due to its $500 price.
Installation of TurboCAD LTE Pro went fine, but the included graphics driver had to disable the Aero visual theme in Windows 7 in order to run. Once the basic Windows theme was applied, TurboCAD fired privilege up.
Users create fresh design files in TurboCAD LTE Pro via a variety of template files in ISO and ANSI yardstick unit notation with typical drawing brink sizes. Files are saved by default in the TurboCAD TCW file format, but may also live saved as AutoCAD 2010 (or earlier) DWG or DXF, or Intergraph DGN vector formats, as well as a variety of other CAD and image formats. The identical file types are supported when opening existing drawings. They opened a variety of AutoCAD and DGN sample files with generally edifying results.
TurboCAD LTE Pro's UI encompasses pull-down menus and toolbars along the top of the screen, with toolbars and palettes to the left and privilege and a Command prompt/history locality along the bottom. One thing the UI doesn't accommodate is a ribbon menu. Creating geometry feels very much like drawing with AutoCAD; coordinate input, directional input, and intelligent snap locators loom to live modeled after the AutoCAD UI. Editing commands such as Move, Mirror, and Trim every sole labor in conjunction with snap locations, much like they accomplish in AutoCAD, but selecting objects for editing (such as AutoCAD grip editing) felt very different, as multiple objects may live stretched or modified in an extent-style editing frame. Zoom/pan and wheel mouse viewing also functioned just as one would await in AutoCAD. As fans of keyboard entry, they were cheerful to find that favorite command shortcuts (L for line, E for erase, etc.) worked exactly as they would in AutoCAD. Finally, a unified CUI command means you can set up your own shortcuts, palettes, toolbars, and other interface components just the pass you want.
Printing uses your operating system print drivers, with a print style utility mapping colors to print characteristics such as pen widths (much like an AutoCAD CTB file).
In Summary. TurboCAD LTE Pro is a functional CAD appliance that can create and labor with DWG and DGN data, with an interface recognize and feel that will live intimate to AutoCAD users. Companies that employ tangled layout views with viewport-specific visualization features can await to accommodate compatibility issues when interacting with AutoCAD users.
A sample DWG file as it appears in TurboCAD LTE Pro v4.
Could a low-cost CAD solution proceed the distance for your company? They hope this roundup has provided enough insight to assist you inaugurate answering that question. Ultimately, you'll know best if a product is a viable option if you establish it to the test. Fortunately, the five products featured in this roundup — and most others in the low-cost category — are available as free trials. Download those that pique your interest and survey what they can accomplish to boost your workflow — and your bottom line.
Sidebar: A Note About SketchUp
For years, SketchUp has been a very approved 3D modeling appliance — primarily among architects — even as its ownership has passed from @Last Software to Google and, as announced in late April, to Trimble. SketchUp Pro (the version for commercial use, $495) includes Layout 3, a companion product for creating professional design documents, dimensioned drawings, and presentations from SketchUp 3D models.
SketchUp is a much appliance for quickly developing visually moneyed 3D models from scratch or based on raw DWG geometry. But it can't directly edit DWG or DGN files and it lacks an annotative feature set, which are essential to any drafting/detailing department — and, therefore, they didn't embrace it in this product roundup.
In its current state, SketchUp can't serve as the centerpiece of a drafting department, but for conceptual 3D modeling, it's a much appliance at a edifying price.
Note: Comments are moderated and will loom live after approval by the site moderator.
NEW YORK (CNNfn) - Microsoft Corp. Chairman Bill Gates will testify at a Senate hearing on Tuesday morning. The following is the statement he will Make before the Committee on the Judiciary United States Senate:
Good morning Mr. Chairman and members of the Committee. My title is Bill Gates and I am the Chairman and CEO of Microsoft Corporation. I thank the Committee for its invitation to participate in the hearing this morning and welcome this chance to provide the Committee with Microsoft's views on the sound status of competition in the computer software industry.
I believe that the continued unfettered growth of this industry is captious to both their economy at home and their competitiveness abroad. They prize the considerable role that this Committee and the Congress accommodate in considering the public policy issues that will ensure that the United States continues to serve as the global leader in computer hardware and software technologies. Mr. Chairman, I commend you and the other members of your Committee for your efforts in such areas as protecting intellectual property rights, combating software piracy both here and abroad, and establishing immigration policies that give their industry and other high-tech companies access to the best and the brightest resources. I will live cheerful to reply any questions you may accommodate about the considerable subject of today's hearing.
Microsoft's Contributions to the Industry
Mr. Chairman, let me start by describing Microsoft and their perspective on their contribution to the computer industry and the U.S. economy generally and their position in the global marketplace.
From the very beginning of Microsoft 23 years ago, their goal has been to create software that improves the character of people's lives. Along the pass they accommodate listened to their customers, taken account of their views, and worked very hard to provide them with fresh and useful technologies they want and need. Most significantly, they accommodate provided such fresh and improved products at the identical or often lower prices than products previously available. I know of no other industry in which consumers accommodate benefited from greater price/performance gains over the past two decades than in the personal computer industry.
Today, the personal computer has become a powerful and easy-to-use fixture in most offices and is becoming more common in their schools and in their homes. Prices for personal computers continue to fall, even as PCs become more powerful and offer greater features than ever before. As recently as 1990, for example, a typical personal computer with an Intel 386 chip, 2Mb of RAM and a 60 Mb hard drive cost about $3,000. Today, for half the expense you can buy a multimedia personal computer with an Intel Pentium chip that is 8 times faster, has 16 times more RAM, 65 times more storage capacity, a CD-ROM drive and, of course, a vastly improved operating system. Just two weeks ago, The Washington Post touted an upsurge in sales of $1,000 PCs and predicted that prices would plunge even lower. (A Hewlett-Packard representative was quoted as predicting $599 PCs by Christmas.) As prices continue to spiral downward while performance improves at an accelerating rate, soon every business, school and household will live able to pick odds of the vast benefits from what was once thought of as a luxury or as an expensive toy. Personal computers will become as commonplace in American households as a television or a telephone.
The increasing popularity of personal computers is in fragment attributable to their employ as information appliances. One manifestation of this phenomenon is the explosive growth of the Internet, which permits unlimited access to truly wonderful amounts of information on any subject from sources around the world. The Internet holds more pledge than anything else that has happened in the computer industry in recent memory. Increased access to the Internet through low cost PCs and other devices will provide millions of workers with the tools to accomplish their jobs better, empower students to become lifelong learners, and enable consumers to indulge in exciting fresh forms of information, communication, commerce and entertainment. In fact, the Internet promises to promote openness and competition more than any other invention of the ultimate 100 years.
Microsoft has not watched from the sidelines as these exciting changes accommodate swept the computer industry. Instead, Microsoft has been an energetic participant in providing the incredible price/performance gains that distinguish the computer industry. First, Microsoft has contributed a user-friendly PC operating system that they are constantly improving and that they Make available to consumers at a little fraction of the cost of competing operating systems such as UNIX. By listening to their customers, they developed and continue to labor tirelessly to improve Windows, making it viable for even a computer novice to indulge in the many benefits provided by the PC. (This year lonesome they will spend $1 billion on R&D related solely to improving future versions of Windows.) Moreover, through their licensing agreements with PC manufacturers, Windows comes preinstalled on PCs for less than 3% of the overall cost of the mediocre machine, truly a edifying deal for consumers.
Just as significant, however, is Microsoft's development and widespread licensing of Windows as a common and open platform that tens of thousands of software developers, hardware vendors and solution providers employ to innovate freely with their own products. At Microsoft they chose a different approach from traditional computer vendors, such as IBM and Digital, and even Apple Computer and Sun Microsystems today, who develop and market integrated computer systems - microprocessor, hardware and software every sole included from one vendor. Their industry model certainly provides real benefits, most notably the aptitude to ensure that every sole components of a computer system are optimized to labor together. But in Microsoft's view, these benefits are greatly outweighed by the inability of such integrated computer systems to labor well - or at every sole - with computer systems from other vendors. The much thing about Windows is that it works with an extremely broad compass of hardware and enables literally tens of thousands of different software products to labor together. By promoting compatibility this way, Windows has fostered the development of a thriving and highly competitive PC hardware and software industry which affords consumers a wide compass of choices at very competitive prices.
In short, Mr. Chairman, at Microsoft their industry is writing much software that enables consumers to live more productive and efficient at work, at school and in their homes. They hire smart men and women and animate them to live as creative as viable in making personal computing easier and more valuable. They wait in constant paw with their customers to Make sure that their products are meeting their needs. They invest for the long term in fresh technologies that will enable people to accomplish things with computers that are difficult to imagine today. They collaborate with and back thousands of companies in America and around the world that strive to deliver high-quality products to consumers at reasonable prices. They provide amenable leadership to sheperd the PC industry in innovating for the benefit of the consuming public. I am enormously haughty of the success of their products and the thousands of dedicated Microsoft employees who accommodate contributed to that success.
Competition in the Software Industry
Mr. Chairman, the computer software industry is one of the healthiest, most competitive and most innovative sectors of the U.S. economy. I believe that no segment of the U.S. economy is growing faster, creating more jobs - towering paying, towering technology jobs - or creating more opportunities for little businesses than the computer software industry. Between 1990 and 1996, the industry grew at a rate of 12.5 percent, nearly two-and-a-half times faster than the rate of the U.S. economy overall. Over 2 million employees are at labor in the U.S. economy as a result of the software industry. By 2005, that number is projected to augment to well over 3.4 million jobs, representing nearly 3 percent of the entire U.S. workforce. More than 44,000 U.S. software companies earned over $100 billion in revenues in 1996. These, Mr. Chairman, are the vital signs of a sound and thriving industry.
Innovation and ingenuity are the hallmarks of the computer software industry. No segment of the world economy is more dynamic than the computer software industry, which is based here in the U.S. and has strongly contributed to their reemergence as the world's technology leader. As Alan Greenspan recently remarked:
"The histrionic improvements in computing power and communication and information technology loom to accommodate been a major force behind [increasing productivity]. Those innovations, together with fierce competitive pressures in their high-tech industries, to Make them available to as many homes, offices, stores and shop floors as possible, accommodate produced double-digit annual reductions in prices of capital goods embodying fresh technologies.
Indeed, many products considered to live at the cutting edge of technology as recently as two to three years ago accommodate become so standardized and inexpensive that they accommodate achieved near-commodity status, a development that has allowed businesses to accelerate their accumulation of more and better capital."
Testimony of Alan Greenspan Before the Subcommittee on Domestic and International Monetary Policy of the House Banking and fiscal Services Committee (February 24, 1998).
In the computer software industry, product life cycles are short - just twelve to eighteen months typically - as software publishers race to introduce fresh products at an ever faster pace. The rate of innovation continues to accelerate as microprocessors become more powerful and fresh software products are developed to pick odds of that increased power.
Microsoft and other vendors are offering innovative products in categories that did not even exist two or three years ago and every product on the market today will likely live obsolete in the identical amount of time. The only question for Microsoft is whether they will live the ones to supplant those products, or whether some other company will accomplish a better job. every sole of us at Microsoft understand that if they don't continually innovate and create products that respond to their customers' ever increasing demands, they will quickly become irrelevant.
To hold up with the rapid pace of innovation and because their competitors are always investing heavily to develop technology to displace Windows, Microsoft has made an unprecedented commitment to research and development. Their investment in R&D has grown from about $350 million in 1992 to more than $2 billion ultimate year, and expenditures are projected to live in the neighborhood of $2.6 billion this year. Microsoft far outpaces other companies in the computer industry in R&D spending relative to its size: ultimate year Microsoft devoted about 16% of revenues to R&D, while other leading companies, such as Intel, Oracle and Sun Microsystems devoted only about 8% of their revenues to R&D, and IBM devoted just 6%.
Mr. Chairman, in the computer software industry, rapid and unpredictable changes constantly create fresh market opportunities and intimidate the position of existing competitors. The position of a product - no matter how approved - is never secure because it is impossible to know when the next fresh concept will compass along that could render that entire product category less considerable or even obsolete. Few industries physiognomy this kindhearted of violent competitive pressure, even those in other parts of the towering technology sector. The computer industry is littered with examples of companies that enjoyed much success for a short time, only to live overtaken by fresh technologies that better served consumers' needs.
For instance, as inexpensive microprocessors became available in the 1970s, Wang, IBM and others developed computers dedicated to a sole task: word processing. demand for electronic typewriters soon declined sharply, and sales of dedicated devices from Wang and IBM rose sharply. (At one time Wang was nearly synonymous with word processing.) In the 1980s, however, demand for these single-task devices declined dramatically as personal computers became available that could achieve a wide compass of functions in addition to word processing. In the space of just a few years, Wang went from market leader to bankruptcy.
What occurred immediately after the transition from dedicated word processors to personal computers also illustrates the precarious hold that software products accommodate on consumer preferences. As consumers began using personal computers to achieve word processing, a software product called WordStar quickly emerged as the market leader. It did not wait in that position for long. By the mid-1980's, WordPerfect had displaced WordStar with a superior product that contained a variety of fresh features demanded by users. Today, Microsoft Word is the world's most approved word processing software because they accommodate worked hard to Make it the best product available. It too will plunge by the wayside if Microsoft does not meet customer needs by continually adding fresh features and pricing the product competitively.
The advent of the PC industry itself is perhaps the best specimen of rapid and unpredictable technological change taking established market leaders by surprise. In the 1960s and 1970s, IBM and a few other large vendors such as Sperry Rand, Honeywell, Burroughs, Control Data and NCR were the titans of the computer industry. IBM in particular was thought by many - including many antitrust lawyers - to live invincible. (As you know, the Department of Justice filed a broad monopolization case against IBM in 1969, and pursued the case vigorously for thirteen years before ultimately dropping it.) Yet the computer industry was revolutionized in the space of a few years by hobbyists working in their garages who developed the concept of a "personal computer." The PC was derided by many manufacturers of "big iron" mainframe computers as a "toy" (which it was, at first). IBM and others were deliberate to prize the potential of distributing computing power to individuals. IBM is noiseless a very powerful force in the computer industry. But zero of the traditional mainframe or minicomputer manufacturers fully embraced personal computers in a timely way, and many faltered as a result. Today, the computer industry is populated by many towering volume manufacturers that did not even exist twenty-five years ago, such as Compaq, Dell, Gateway 2000 and Micron Technologies.
The era of hobbyists working in garage operations that nobody ever heard of and developing the next fresh product to pick the industry by storm is not simply a legend from days gone by, it's a chronicle they hear every sole the time in this industry. pick Scott Cook of Intuit, for example. Scott developed the enormously approved Quicken personal finance software sitting at his kitchen table. And the precursor of Netscape Navigator was designed by undergraduate students at the University of Illinois in Champaign-Urbana who worked for the National heart for Supercomputing Applications. Amazon.com, which markets books on the Internet, is yet another specimen of one much concept that blossomed into a thriving company; Amazon.com opened its doors on the Internet in July 1995 and ultimate year had revenues of $148 million. There are innumerable other examples of little entrepreneurs who accommodate experienced much success by pursuing their edifying ideas, and such opportunities will continue to expand as personal computers become more ubiquitous.
The rapid surge of Netscape and the popularity of Sun Microsystems' Java programming language provide further examples of the rapid change that characterizes the computer software industry. I am pleased that both companies are represented here this morning. Netscape was formed in April 1994 and released its first product, the Navigator web browser, a few months later. Within a year of that Netscape went public. On the day of its initial stock offering - just fifteen months from the day the company was formed - Netscape had a market capitalization of $2.2 billion. The creation of such vast wealth in such a short age of time is virtually unheard of in any industry other than computer software.
Similarly, Sun's Java programming language emerged from nowhere to become one of the most highly-touted products in the history of the computer software industry. In fact, Java has become something of an overnight sensation. Sun introduced the fresh language in May 1995, and just seven months later was portraying Java as "the de facto standard" for writing applications for the Internet. While Microsoft does not participate every sole of Sun's ambitions for Java, they correspond that it is a very valuable appliance for software developers, and they accommodate devoted substantial time and energy to creating what they believe are the best Java tools available in the market-place. Microsoft's implementation of Java has consistently won the reviews in the technical press and Microsoft actually delivers Java on more operating systems than Sun. If the computer software industry was not as dynamic as it is, a fresh product like Java could never accommodate emerged to challenge established programming languages.
The surge of the Internet and Its pledge of Boundless Opportunities
Microsoft's acute awareness that today's success chronicle could easily become tomorrow's has-been is reflected in the company's stark rallying cry: "Innovate or Die!" Nowhere is that attitude more evident than in Microsoft's response to the emergence of the Internet as a powerful fresh force in computing. Microsoft has always recognized that there would live a very large network developed to interconnect computers around the world, i.e., the network commonly referred to as the Information Superhighway, but it is no underhand that they did not immediately recognize that the Internet would become that network. I am haughty to say, however, that as a result of a truly outstanding application by their employees, the company has transformed its product line in a very short span of time to pick best odds of the possibilities the Internet provides. It is the aptitude to reinvent itself in response to rapidly changing consumer demand that makes Microsoft the successful company it is.
Of course, Microsoft's competitors accommodate also seen opportunities in the histrionic augment in the popularity of the Internet. Since 1995, a number of Microsoft's most formidable competitors accommodate banded together to promote a variety of fresh Internet technologies that they believe will greatly diminish the value of Windows and other Microsoft products. Indeed, some accommodate suggested that the entire concept of a "personal computer" will soon live rendered obsolete by a fresh breed of "network computers" or "information appliances" that accomplish not sprint any Microsoft software. Microsoft welcomes this competitive challenge and has responded by focusing its creative energies on developing technologies that it believes will best serve the needs of consumers in an era of Internet computing.
The swiftness with which people around the world accommodate taken to the Internet is simply wonderful and is powerful evidence that no company in the computer software industry can afford complacency. Microsoft is working hard to identify and pursue the many long-term opportunities that the Internet affords. Virtually everything they accomplish these days at Microsoft reflects their conviction that the Internet is going to continue to grow. I believe that almost everyone in the developed world and huge numbers of people in the developing world will live using the Internet within the foreseeable future. Access to these technologies and the benefits they offer promises to accommodate far-reaching effects on the pass they live and labor and learn, many of which they cannot even imagine today.
The Internet and the boundless opportunities it provides fits squarely within Microsoft's original vision of "a personal computer on every desk and in every home." It also will contribute to their "information at your fingertips" vision.
One of the greatest benefits provided by the Internet is its employ as an educational tool. Students are using it to send e-mail messages around the world, learning about different cultures while making fresh friends. With the expense of PCs dropping to every sole time lows, students attending schools in indigent areas or remote locations will live able to employ the Internet to gain access to the identical library resources as students attending a school in McLean. The possibilities of improving educational opportunities for every sole children are endless and exciting.
Microsoft's focus on the Internet has not met with universal acclaim, however. There are those detractors who allege that Microsoft will employ its Windows operating system to gain a chokehold on the Internet and thereby extract a royalty for every Internet-related transaction. Mr. Chairman, I can thunder without hesitation that it is not, nor has it ever been, the purpose of my company to circle the Information Superhighway into a toll road. Microsoft has always supported open access to the Internet, and this philosophy is clearly demonstrated by Internet Explorer 4.0. The IE 4.0 technologies in Windows 95 provide unfettered access to any of the hundreds of thousands of Web sites around the world. There is absolutely nothing in IE 4.0 that prevents consumers from taking plenary odds of the Internet, and any attempt to accomplish so would sprint counter to the very thing that makes the Internet so appealing - the aptitude of individuals to resolve for themselves what information they will see. If IE 4.0 did not enable such open access to the wealth of information on the Internet, it would quickly live replaced by other software that did provide the open access that consumers demand.
In any case, it is preposterous to mediate that any one company could ever control access to the Internet. The openness of the Internet is inherent in its architecture. The information on the Internet is distributed across thousands of computers around the world, and there are an essentially sempiternal number of access points to that information. As a result, the Internet is the antithesis of the giant computers sometimes portrayed in science fiction that accommodate every sole of the world's information and are subject to the control of governments or private parties. Any developer of web browsing software fatuous enough to attempt to restrict access to the Internet or permeate a "toll" for such access, without adding real value to the transaction, would find itself out of industry literally overnight. Customers would quickly flee to competitors who did not search to impose such charges.
Within the past two years, Microsoft has revamped every sole of its major products to reflect the company's violent focus on the Internet, and many more technology initiatives are underway. From the outset, Microsoft planned to embrace Internet related technologies in Windows 95, and such technologies were included in the very first version of the operating system released to computer manufacturers in July 1995. (Windows 95 was code-named "Chicago" during its development, and the Internet-related technologies - now called "Internet Explorer" - were code-named "O'Hare," i.e., a point of embarkation to remote places from Chicago.) It is this determination to embrace Internet-related technologies in Windows 95 that is the subject of the pending litigation with the U.S. Department of Justice.
Government Intervention Threatens the Industry's aptitude to Continually Innovate and Remain CompetitiveTo remain competitive and to continue to provide consumers with towering quality, low cost, innovative products, Microsoft and other U.S. software companies must retain the aptitude to design their products free from government interference. The current case is a edifying example: the DOJ is attempting to require Microsoft to offer Windows without considerable Internet-related aspects of the operating system, depriving consumers and software developers of the benefits of compatibility provided by a common platform like Windows. If the DOJ succeeds with its efforts to circumscribe Microsoft's aptitude to improve Windows, software developers will live less likely to create innovative fresh products that pick plenary odds of Windows and consumers will live unsure whether applications will labor properly with the version of Windows installed on their PC.
For more than seventeen years, they accommodate consistently built fresh features into their operating systems, just as their competitors accommodate enhanced theirs. This has included improvements like the graphical user interface, memory management, loyal sort fonts, disk compression and networking. Every one of these was available first as a divide offering, but eventually was integrated into the operating system to meet the needs of customers who want the simplicity and console of knowing that every sole parts of Windows will labor together seamlessly. The additional capabilities built into the operating system, especially browsing technology, are also considerable to thousands of software developers that pick odds of those capabilities in edifice their own fresh products.
Providing the aptitude to access information stored on the Internet is a logical next step in the development of an operating systems like Windows. A core office of any operating system is to allow computer users to access information storage devices wherever they may live located, i.e., whether those information stores are local - such as hard disk drives, floppy disk drives, tape backup drives or CD-ROM drives - or remote - such as servers on local and wide locality networks. As I notable previously, the Internet itself is a very large information store that resides on a global public network. As a result, it makes flawless sense for Windows to provide access to the Internet so that the wealth of information on the Internet is available to every sole applications running on top the operating system. This explains why virtually every sole modern operating systems embrace a variety of Internet-related technologies, including Web browsing capabilities, with their products. Indeed Mr. Chairman, just ultimate month your constituent, Novell, announced that the latest version of its approved operating system, recently renamed IntranetWare, which is due to live released later this year will incorporate Netscape web browsing technology as an integrated fragment of the operating system. And Sun has recently announced that beginning in March, its Solaris operating system will compass with Netscape Communicator preinstalled along with its own HotJava browser.
My point is not that the DOJ should challenge what Novell and Sun are doing. My point is instead that the inclusion of Internet-related technologies in modern operating systems is the norm, and reflects a recognition that such technologies are necessary to meet consumer expectations. The government should not stand in the pass of logical and useful technological progress, any more than the government should accommodate blocked earlier efforts to improve operating systems by including back for other types of networking.
In short, while I certainly correspond that the government should labor to ensure that competition is not stifled by collusion or other plainly illegal activities, I mediate that the government should live extremely wary of interceding in an industry like computer software that is working so well on its own. As I hope my testimony today has made clear, the computer software industry is not broken, and there is no necessity to fix it. It is a thriving and vibrant sector of the U.S. economy and the envy of the relaxation of the world.
Microsoft's Size and status in the Computer Software IndustryFinally, Mr. Chairman, given the subject of today's hearing and the recent media attention on various challenges to Microsoft, I am compelled to thunder a word about Microsoft's size and status in the computer software industry. Mr. Chairman, Microsoft is often referred to as a "software giant." The facts, however, disclose a different story. While Microsoft is clearly a leader in the computer software industry, their revenues account for less than 5% of total worldwide software revenues of $253 billion and only 1% of the information technology industry's collective revenues of $1 trillion. More than a dozen companies, including industry leaders such as IBM, Hitachi, Computer Associates, Oracle, Digital Equipment, Novell, Sybase and Sun Microsystems accommodate more than $1 billion in annual software revenues alone. IBM's software revenues of $13 billion in 1997, are about the identical as Microsoft's. And revenues for many of these companies accommodate soared in recent years. (For example, Oracle's revenues rose from $1.2 billion in 1993 to $5.7 billion in 1997; over the identical period, Sun's revenues rose from $4.3 billion to $8.6 billion.)
As is suggested by Microsoft's relatively little revenue share, the computer software industry is highly fragmented. There are more than 44,000 software companies in the United States alone, and thousands more overseas. The top twenty independent software publishers (a group that includes Microsoft) account for just 42% of total revenues from packaged software. By the standards of antitrust analysis, the computer software industry is thus highly unconcentrated. The industry is also largely based in this country: nine of the top ten software companies in the world are American.
Microsoft is perhaps best known for developing and marketing operating systems, such as its Windows family of products. Here again, however, they physiognomy violent competition from many sources. Dozens of operating systems are available for a variety of computers, ranging from fresh generations of so-called "information appliances" (such as handheld personal computers or "smartphones") to powerful mainframe computers. IBM lonesome offers a compass of operating systems that embrace PC-DOS and OS/2 (for personal computers), AIX (for mainframes, servers, workstations and personal computers), OS/400 (for minicomputers), and OS/390 and other mainframe operating systems. Other major operating system vendors embrace Apple (Macintosh), Novell (IntranetWare), Sun Microsystems (Solaris and JavaOS), Hewlett Packard (HP/UX), Digital outfit (VMS and Digital UNIX), Lucent (Inferno), Santa Cruz Operation (OpenServer and UnixWare). Overall, Microsoft accounts for just 13% of every sole operating system-level software revenues (a product category that includes operating systems and related software such as utilities).
Mr. Chairman, let me live very transparent on this point -- Microsoft does not accommodate monopoly power in the industry of developing and licensing computer operating systems. As you know, a monopolist, by definition, is a company that has the aptitude to restrict entry by fresh firms and unilaterally control prices. Microsoft can accomplish neither. Software exhibits zero of the barriers to entry that characterize traditional industries like mining or manufacturing. A fresh competitor needs runt in the pass of physical infrastructure. Distribution costs are low (software can live transmitted around the world nearly instantaneously). The principal assets required to create excellent software are human intelligence, creativity, and a willingness to assume entrepreneurial risk, every sole of which are in abundant supply in this country. A software product is the copyrighted expression in lines of code of ideas. No one can monopolize fresh ideas that can live implemented in software.
With admiration to pricing, the market pressures they physiognomy compel Microsoft to expense Windows competitively. In fact, the expense of Windows has remained virtually unchanged over the years, while its performance and features accommodate increased dramatically. Today Microsoft Windows is one of the central technologies contained in most fresh PCs, yet it accounts for less than 3% of the cost of a typical PC. If Microsoft truly had monopoly power, it would live free to augment the prices for its operating systems with no necessity to innovate. A monopolist is lazy, charging prices above competitive levels for products that are rarely improved because no one else can offer alternative products to consumers. In contrast, Microsoft spends ever larger sums each year on research and development to deliver better operating system technology at affordable prices.
ConclusionMr. Chairman, I accommodate been tremendously fortunate to live a fragment of an incredible industry like computer software during such an exciting period, but I firmly believe that they accommodate only just scratched the surface; the greatest advances in the computer industry are yet to come. And Microsoft is working hard to unleash the power of personal computing to the benefit of everyone. Already they are working on operating systems that will enable personal computers to recognize users when they enter a room, respond accurately to voice and handwritten commands, and serve as highly efficient communication, productivity and entertainment devices. And, of course, they are devoting significant resources to developing the technology that will enable users of the Internet to realize its plenary potential. There is much more they can and will accomplish to Make the Internet more accessible and to give consumers edifying reasons to want to employ it more.
As they thrust to develop these innovative technologies, they also will continue to contribute to the community in ways other than developing excellent products. For instance, they intend to broaden and expand their many education initiatives, including their Access to Technology program, through which they donated $80 million in software to schools and libraries across the country ultimate year alone. I accommodate a personal commitment which is shared by others at Microsoft to assist ensure that every child in this country has access to the information and technology they necessity to learn.
I accommodate always been concerned about education. I was blessed to accommodate had many edifying teachers while I was growing up, but now that I am a father, I am even more concerned about how children can benefit from the huge quantities of information that are now so readily available. I've seen from personal experience how giving kids the privilege tools enhances their aptitude to learn and sparks their interest in and enthusiasm for learning. That is why I am haughty of the contributions they accommodate made through their Access to Technology program, and I accommodate much hopes for its future success.
I am also haughty of the many educational products they accommodate developed at Microsoft, including Encarta, an interactive encyclopedia that makes it fun and effortless to learn about the world. They will continue to develop such products and invest resources to create even better learning tools in the future. They will also continue to respond to parents' demands for the necessary software products to enable them to protect their children from unwanted and unwholesome material from the Internet. And they will certainly continue to labor with persons with disabilities to Make their products accessible to these individuals who truly depend on computers in their personal and professional lives.
Mr. Chairman, Microsoft will continue to compete vigorously in the computer software industry, listen to their customers, and labor hard to create fresh and innovative products at low prices. If Microsoft fails to hold pace with technological change and is outstripped by its competi-tors, let it live because they failed to innovate expeditiously enough, not because they were hobbled by government intervention in their efforts to develop fresh products that meet the needs of consumers.
In a recent round of request The Expert, they invited you to submit suspension-related questions for their friends at KW to answer. The response was huge, and while every question couldn’t live addressed in this follow-up (some may accommodate been already answered in ultimate year’s mp;A with KW though), Michael Grassl – on behalf of KW Suspension – has been kindhearted enough to lend his expertise to a large proportion of them.
Let’s bag into it…
Is it more challenging making coilover kits for cars with McPherson swank sort front suspension as opposed to say, a double-wishbone layout? Do you prefer a particular suspension architecture?
Michael Grassl: In terms of reliability the McPherson design is more challenging.
Just to define a little, McPherson doesn’t value ‘spring around shock’, but Mr. McPherson designed the wheel guided suspension layout.
This means the shock is influenced by camber/castor/steering etc. which requires stiffness and solid design of the unit.
For racing purposes, KW uses an upside down solution with linear bearings inside their 2A (optional) and 3A competition units in order to reduce friction and offer the best viable adjustment range.
In addition to that, the yardstick street and racing units with 16-25mm piston rods are equipped with long life plain manner rod guidings to deal with the loads.
McLaren has decided to axe the sway bars on its current lineup of super/hyper cars and instead achieves roll control through fluid management within the four dampers. Is this tech something that could potentially live offered from the aftermarket, or is the required integration too profound within the vehicle’s systems to Make it feasible?
MG: Well, guiding a sure amount of oil through a cavity with a sure diameter is the basic concept of damping that’s been used in cars for a very long time. For racing, I would add the phrase – the less number of, and most simplistic parts you employ – the smaller the risk of fragment to failure.
For street cars, they accommodate to mediate different.
You can employ your rear mirror, but a rear view camera might live even better at achieving more or less the identical target.
If an electronic/fluid controlled unit works better, then that’s the pass of evolution resulting in a edifying R&D job.
For an aftermarket manufacturer it’s not that effortless as they accommodate to deal with given presets, but thinking about DDC/DLC and some nice technologies being introduced in the future, I mediate KW also has a edifying product line.
How accomplish you pick the best spring rates for a car starting from scratch? How accomplish you elect spring rates for your different ranges V1, V2, V3, Clubsport, etc. for a brand fresh car? Does KW Make custom applications (pending money and necessary info)?
MG: The engineers at KW accommodate a lot of experience in terms of developing kits for fresh cars. They recognize at the OEM parts, accomplish test rides, sum up the pros and cons and finally design a package which suits the model’s main purposes. The result always gets tested on the in-house seven-post rig in order to receive facts and figures, beside the imprint given on test rides. You certainly can order custom solutions for any car – almost everything is possible!
How Dangerous are carve springs for employ on the road/track?
MG: Why would you accomplish that?
Cutting, grinding, drilling etc. is always the worst solution. Sure, it maybe cheap, but how much is your life worth?
I often survey drift cars with plenty of front camber. What are the benefits of this, and are there any drawbacks?
MG: The main reason for towering camber values are because of modifications made to the steering angle, because you accommodate to focus on the maximum lock and the exhaust being used in those extreme positions.
The drawback of towering camber in universal is less tire-to-tarmac contact in a straight position, which means less braking power and increased inner wear of the tire.
Why are your TÜV-approved Variant 1,2 and 3 coilover suspension kits for a 1998 Honda Civic Coupe so tense at the front compared to the rear? This fact is more or less the only thing keeping me from buying them.
MG: edifying question!
How accomplish you know the car is so tense at the front versus the rear? From testing or just looking at the technical data?
In case you are looking at the technical data and notice a dissimilarity in spring rates, you also accommodate to account the wheel/damper ratio of the car.
Imagine you accommodate a 1:1 damper (spring)/wheel ratio and you want to achieve a 50N/mm spring rate at the wheel – you accommodate to employ a 50N/mm spring.
If your car has a damper (spring)/wheel ratio of 1:2, the suitable spring is not 100N/mm like most people guess, but you’d actually accommodate to employ a 200N/mm spring.
Therefore, as the Civic has different ratios front versus rear, this results in different spring rates in order to achieve suitable spring rates at the wheel.
I own a 2013 BMW 135i Coupe. It’s a weekend toy mainly driven in a spirited pass on scandalous B-roads. I’ve already establish on fresh non-runflat tires and am also thinking about a thicker swaybar, M3 subframe bushings and more camber up front. But the stock suspension is too harsh and too soft in corners.
What coilover system accomplish you recommend? KW SC or ST XA?
Is getting used coilovers a scandalous idea? Can they live refreshed at KW/ST? Lastly, accomplish KW and ST coilovers rust?
MG: Honestly – and not talking as a sales representative – I would proceed for Variant 3 if the budget allows.
With the technology being offered within this package, you are able to adjust your car exactly to your requirements – both sporty and comfortable.
The Street console kit would live the election to proceed for if you only focus other than ride height adjustment is comfort.
In comparison to the M Sport package, the Variant 3 won’t stiffen up your ride.
Does KW’s coilover hoist kit effect the rebound or extension at all? And how much does the KW hoist kit extend the shock/coil to hoist the suspension?
MG: The hydraulic units extend for 35mm and depending on the damper/wheel ratio of the car, it will cause a hoist of 35-50mm at the wheel.
Sure, once lifted your rebound travel decreases slightly, but cars with HLS kit installed will drop automatically at 60km/h in order to offer a safe ride – something especially considerable if the hoist kit is mounted at the front only.
It’s not a driving and performance feature, but a product which helps to avoid damages being caused by accelerate bumps and garage entries etc.
When trying to bag the privilege amount of shock stroke, is the best position to set the ride height with the shock in the middle of its travel when sitting static? accomplish you want equal amounts of max shock travel for compression and rebound?
MG: It depends on your specific car of course, but a uneven guideline would live 40 per cent positive and 60 per cent negative travel pass from static ride height.
When it comes to coilover kits, what accomplish you recommend for the budget-minded? Or is KW suspension a case where tense wallets necessity not apply? The ‘if you’re going to accomplish it right…’ cliche comes to mind, but accomplish you offer kits that will let me upgrade my suspension without spending half the value of the car?
MG: At the wait of the day everyone has to resolve how much budget they accommodate to spend.
If you can’t afford a KW kit or your budget is limited, don’t accomplish it.
Maybe reclaim your money first and bag a kit once you are able to. There are alternatives too – just recognize at the ST product range: identical technology, identical R&D progress – the main dissimilarity is stainless versus galvanized steel struts.
On the other hand, don’t buy cheap stuff as suspension kits are a technical product.
Is it Dangerous to proceed from a spring bucket sort rear suspension to a loyal rear coilover system?
MG: You might bag in trouble, yes.
When a manufacturer designs a car with spring/damper separated in the rear, every sole involved parts are adapted to this design.
In detail, the areas where the spring ends are settled (chassis/lower wishbone) are stiffened and built solid.
Why? Because the springs carry the weight of the car!
Once you scoot the spring to another position, the weight of the car has to live carried at a different location.
As the upper top mount of the shock and the turret around are not intended to deal with these loads, you might live confronted with a shock visiting you inside the car…
How accomplish you elect which sort of oil is going to live used in a shock? Thicker oil equals stiffer movement?
MG: Setup is made by valve technology only, the oil just differs between mono-tube and twin-tube shocks.
How accomplish you measure spring rate and bound/rebound stiffness?
MG: KW owns spring and shock dynos which are used to check and analyse both OEM and KW/ST products.
As a side not, every sole shock that leaves the KW facilities has been tested on a shock dyno, and KW operates with 100 per cent final testing.
I accommodate KW V2s on my VW Bora daily driver and whilst the ride is pretty edifying compared with budget coils, I accommodate to thunder the build character is not what I expected from the price. Some questions… 1. Why employ plastic adjuster rings? Mine accommodate seized onto to the threaded carcass after two years employ and when I tried to adjust them, they would not budge. After a lot of animal force the only thing I’ve succeeded in doing is breaking bits of plastic off the adjuster rings. Now there are so many bits of plastic chipped off that there is no pass they would adjust, even if they would move. 2. Why employ just one ring with a grub screw? The grub screw puts a dent into the thread on the main carcass (which may or may not live the reason why mine are seized in the first place). Also, because the grub screw is going into a plastic ring, it strips the thread on the plastic when you try to tighten them up. A cheaper alternatives would live to employ two metal rings – one for the adjuster and one for the lock nut. This solution is far more durable. 3. Also, the fronts would not proceed low enough as they were, so I had to remove the helper springs and raise it up a bit to bag the ride height/clearance I required. 4. The damper insert seems to accommodate play in them now as well, which is not edifying for a product that costs the amount it does. 5. For the above reasons, I wouldn’t recommend KWs and I am in the process of changing my suspension again, to a cheaper alternative that seem to live constructed better. Although I’m not sure the ride will compare. I’d rather they lasted.
MG: I will try to reply every sole of your questions!
1. First of all, KW doesn’t employ simple plastic rings – they are made of polyamid with a stainless steel core inside.
The reason for switching to those from alloy rings is the fact that alloy and stainless steel can cause problems in terms of corrosion, which means that once the combination meets salty roads, the alloy almost welds itself on the swank housing.
In case you want to adjust the height after some time, operate as follows:
jack the car up; spotless the thread below the ring
; circle the ring downwards (no matter if you even want to proceed upwards later)
; spotless the thread upon the ring
; circle upwards
. There is always some dirt inside the upper first thread and if you screw it up immediately the ring will collapse.
2. To live honest, when calculating the friction of the threads inside the ring and taking the car’s weight into consideration, you will find out that you wouldn’t even necessity the grub screw.
It’s more a visual safety appliance which has to live tightened with 2N/mm only.
Following this instruction, you won’t damage the thread.
3. every sole lowering details are published on the website, in the catalogue and in the papers of the kits.
Did you achieve the drop amount listed by KW, or is this maximum lowering not low enough?
Removing the helper springs is not a edifying concept as the springs will compass lax once the shock extends, and the spring could leave its recommended position.
In case you are looking for a ultra low kit, KW offers those as well.
4. Setting the car at a ride height lower than the recommended one causes wear of the shocks and associated parts.
Therefore, I would recommend to step back to a higher ride height in order to avoid this problem, or switch to an ultra low kit which is designed to offer additional lowering for your car.
Damper cartridges can live bought separately, so there’s no necessity to proceed for a complete fresh kit.
Sorry to hear this, but hopefully some of my answers accommodate been helpful. It would live much to survey your car noiseless continuing to sprint on KWs in the future.
I just bought a brand fresh set of KW Clubsport for my S13 drift car. Would you recommend to start with basic setup described in the manual, or with something different.
I’ve swapped the SR20DET engine with a heavier 2JZ-GTE and am wondering if this will this paw the recommended basic suspension setup?
MG: I would recommend to start with the basic adjustments. Just to note… KW introduced the Clubsport compass as a performance-orientated solution for street legal cars intended to live used for expeditiously road and trackday use.
Reading between the lines with your car, it seems they are not talking about a street car being used for drifting sometimes – but a professional drift weapon!
If so, a KW Competition kit might accommodate been the better election as they are designed and built to order considering every sole details you supply in advance, and therefore are matched to your car and its purpose of use.
I currently daily drive a BMW 316i Compact (E36) with a TA-Technix coilover kit. Noticing the dissimilarity in price, where is the dissimilarity in character between a TA-Technix (budget/cheap coilover) and a KW coilover?I’ve read in a few forums that budget/cheap coilovers are okay for daily driving, but not safe for driving hard on a track. Is this true?
MG: Well, maybe some sales guys might talk about competitors in a scandalous pass in order to point out their own product, but that’s not my style.
I can reply questions about KW products every sole day long, but it’s the customer’s election which product to proceed for in the end.
Just request the identical questions to a sales guy or technician of another suspension brand and compare every sole the points afterwards.
At the wait the day, a product’s expense is calculated on the costs of raw material, the R&D process and the customer service.
Why the purple and yellow colours?
MG: The election of colors is quite simple.
In the very beginning, Klaus Wohlfarth (Mr. KW) had to elect a color for powder coating his springs.
As several colors were being used already by established suspension manufacturers, he decided to proceed for yellow as it was noiseless free.
The identical thing went for the anodized color – red, black and blue already existed, but and purple was available.
That’s the entire story.
As it’s turned out though, the combination of purple and yellow is unique and effortless to see.
At the race track, you only necessity to pick a quick recognize at the wheel arch to survey if the car is KW-equipped or not.
A lot of aftermarket suspension kits lower the car’s ride height, and by doing so, change the suspension arms’ geometry. Some aftermarket parts makers accommodate roll centre adaptors and tie rod ends that pretense to fix the geometry after lowering A car. How much must a road legal car live lowered to warrant the employ of these roll centre adaptors and tie rod ends?
MG: The main reason most people switch to a coilover kit is for the purpose of lowering.
As KW is a German manufacturer and its products are sold worldwide (and of course also in Germany), the engineers accommodate to ensue sure regulations given by the technical inspection service here (TÜV).
There are guidelines for spring rates, ride heights, safety issues, and raw materials etc.
In buying a KW kit, you are safe to pass the TÜV tests, which means no combat with OEM parts. Therefore, for a street car and street use, KW will supply every sole the necessary parts required to install and employ the kit.
With KW’s Variant 1, 2 and 3 kits, what are the benefits of having only the possibility of rebound setting? I bought my 350Z with Variant 2s already installed, but I can’t survey any benefits in changing the setup because there is no compression to alter as well.
Main target is sporty street driving with some trackdays during the year.
MG: Rebound in universal is the knob to adjust the carcass roll and at the identical time your comfort.
Closing the compression completely will result in a stiffer ride that’s noiseless acceptable.
Closing the rebound completely will result in less carcass roll, more direct steering but also far less comfort, as doing this makes the car copy the road.
Reading your lines about usage, I would switch to V3 or Clubsport.
Flat & expeditiously
I like the stanced recognize and a low car but also want a car that I can drive. How low can I proceed before the handling of my car is comprimised? Is there a point where I can accommodate a low car without ruined handling?
MG: For KW suspension, the maximum lowering – or even better, the minimum heart of wheel to outer wheel arch distance – is listed in the TÜV paper included in the suspension box.
Just pick a recognize and you will survey how low your car can proceed while noiseless operating within the sound range.
Is it viable to accommodate a sole tune for coilovers that are practical and reasonably cozy for the street while at the identical time edifying for the track? Or is that too much to request for?
MG: It depends on the smooth you are driving and racing.
Hitting the track a few times a year while using the car as a daily every sole the other time, a Variant 3 is great.
Being track addicted and racing every weekend with a track tool, a Clubsport or even Competition kit will live the better choice.
But having an S Class during the week and a Porsche race car for the weekend by tuning one knob is not really possible.
For a competitive drift car specifically, is it better to sprint a softer spring rate? also what about softer dampening etc. What’s the compass as far as getting the most grip?
MG: In the beginning, drift cars had to live tense in the rear in order to start drifting immediately.
But things accommodate changed and now drift-specific setup require solemn development.
Looking at Formula D cars you will survey at that it’s not every sole about going sideways, but also car control and speed.
Softer springs always supply more mechanical grip and that’s what pro drift teams are looking for.
It’s not about burning rubber a 80km/h – we’re talking about up to 160km/h or more.
What is the dissimilarity between KW Variant 1, Variant 2, Variant 3 and Sleeve kit?
MG: The easiest thing to accomplish is check the KW website as every sole product compass is explained in detail.
How and where can I bag coilovers for a 1985 Toyota Celica ?
MG: Just convene KW and order!
As this car isn’t listed in the yardstick application list, it will live a customized kit being produced for you.
This can live done for any car which is not available officially, and the kit will live designed and produced in the race department regardless of whether it’s for a street or competition application.
I’d like to know about your smartphone controlled adjustable suspension. What sort of height differences are viable with it and how does it stand up to track use?
MG: The KW DDC kits are not adjustable in height via the App – it’s only viable to elect different set ups.
Regarding ride heights, they are similar to the yardstick coilover kits.
If I were to supplant my shin-bones with KW coilovers, could I jump off really tall buildings and walk away unharmed?
MG: Yes you could Mr. Clark Kent, I pledge KW doesn’t employ kryptonite in their kits!
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