I recently had an opportunity to spend some time with SUSE management, including President and General Manager Nils Brauckmann, and came away with what I think is a reasonably clear picture of The Attachmate Group’s (TAG) intentions and of SUSE’s overall condition these days. Overall, impressions were positive, with some key takeaways:

• TAG has clarified its intentions regarding SUSE. TAG has organized its computer holdings as four independent business units, Novell, NetIQ, Attachmate and SUSE, each one with its own independent sales, development, marketing, etc. resources. The advantages and disadvantages of this approach are pretty straightforward, with the lack of opportunity to share resources aiming the business units for R&D and marketing/sales being balanced off by crystal clear accountability and the attendant focus it brings. SUSE management agrees that it has undercommunicated in the past, and says that now that the corporate structure has been nailed down it will be very aggressive in communicating its new structure and goals.
• SUSE’s market presence has shifted to a more balanced posture. Over the last several years SUSE has shifted to a somewhat less European-centric focus, with 50% of revenues coming from North America, less than 50% from EMEA, and claims to be the No. 1 Linux vendor in China, where it has expanded its development staffing. SUSE claims to have gained market share overall, laying claim to approximately 30% of WW Linux market share by revenue.
• Focus on enterprise and cloud. Given its modest revenues of under $200 million, SUSE realizes that it cannot be all things to all people, and states that it will be focusing heavily on enterprise business servers and cloud technology, with less emphasis on desktops and projects that do not have strong financial returns, such as its investment in Mono, which it has partnered with Xamarin to continue development,.

Over the past months server vendors have been announcing benchmark results for systems incorporating Intel’s high-end x86 CPU, the E7, with HP trumping all existing benchmarks with their recently announced numbers (although, as noted in x86 Servers Hit The High Notes, the results are clustered within a few percent each other). HP recently announced new performance numbers for their ProLiant DL980, their high-end 8-socket x86 server using the newest Intel E7 processors. With up to 10 cores, these new processors can bring up to 80 cores to bear on large problems such as database, ERP and other enterprise applications.

The performance results on the SAP SD 2-Tier benchmark, for example, at 25160 SD users, show a performance improvement of 35% over the previous high-water mark of 18635. The results seem to scale almost exactly with the product of core count x clock speed, indicating that both the system hardware and the supporting OS, in this case Windows Server 2008, are not at their scalability limits. This gives us confidence that subsequent spins of the CPU will in turn yield further performance increases before hitting system of OS limitations. Results from other benchmarks show similar patterns as well.

Key takeaways for I&O professionals include:

• Expect to see at least 25% to 35% throughput improvements in many workloads with systems based on the latest the high-performance PCUs from Intel. In situations where data center space and cooling resources are constrained this can be a significant boost for a same-footprint upgrade of a high-end system.
• For Unix to Linux migrations, target platform scalability continues become less of an issue.

In a coordinated, trans-continental series of presentations at Computex in Taipei and All Things D:9 in Palos Verdes, California, Microsoft revealed key details about the next version of its Windows operating system, code-named “Windows 8.” Windows 8 is a “reimagining” of Windows from top to bottom: new chipsets, new hardware, a new user interface, and a new application model. Microsoft has not yet announced a release date (or year) for Windows 8, but intends for Windows 8 to power everything from tablets to clamshells to desktops and larger surfaces. The next version of Windows will:

• Run natively on system-on-a-chip (SoC) designs, including ARM-based processors.The importance of this development is hard to overstate. Windows on ARM means that Windows devices will get online faster and stay online longer. They can take on new form factors, including tablets and hardware that has yet to be invented.
• Deliver touch-first experiences, while supporting legacy peripherals and devices. Windows 7 “supported” touch but was not “touch-first,” a distinction apparent to anyone observing the use of a Windows 7 tablet or an HP TouchSmart PC. Windows 8 works with keyboards and mice but is truly touch-first, with a redesigned start screen (no more “start” menu!) and a tile-based UI similar to Windows Phone 7.

Computing is changing. The news last week showed that loud and clear, as Microsoft bet big on Skype’s voice and video technology and Google announced partnerships with Samsung and Acer to build laptops running its Chrome operating system. These developments point to a future where computing form factors, interfaces, and operating systems diversify beyond even what we have today. The “Post-PC Era” is underway, but its definition is not self-evident.

First, some history. “Post-PC” has been a buzzword in the past few months, since Steve Jobs announced at the iPad 2 launch event that Apple now gets a majority of its revenue from “post-PC devices,” including the iPod, iPhone, and iPad—a major milestone for a company that was originally named “Apple Computer.” The phrase was also part of the public discourse in 2004, when IBM sold its PC unit and former Sun Microsystems CEO Jonathan Schwartz told The New York Timesthat “We've been in the post-PC era for four years now,” noting that wireless mobile handset sales had already far surpassed PC sales around the world. In fact, the “post-PC” concept is more than a decade old: In 1999, MIT research scientist David Clark gave a talk called “The Post PC Internet,” describing a future point at which objects like wristwatches and eyeglasses would be Internet-connected computing devices.