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IBM Adds More Virtualization Capabilities to Power Systems, Eyeing Sun and HP

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IBM, which combined its System i and System p server product lines earlier this year, is revamping its Power Systems to offer more systems for enterprise and midmarket customers. The enhancements include additional processors based on the IBM Power Architecture as well as more virtualization capabilities. These IBM Power Systems compete against both Hewlett-Packard and Sun Microsystems in the Unix market.

IBM is looking to widen its offering for the Unix market with new Power Systems that support more processing cores based on IBM’s Power Architecture as well as new management and virtualization features.

IBM Power Systems were introduced in April as a new set of offerings that combined the older IBM Systems i and System p under one product portfolio. The combination of these two systems gave IBM a set of offerings for enterprises and midmarket companies that not only can run AIX—IBM’s version of Unix—but also Linux and the i OS—the renamed version of the i5/OS operating system.

While the overall Unix market pales in comparison to servers based on x86 processors, this market remains important for three major OEMs: IBM, Hewlett-Packard and Sun Microsystems. According to Gartner, while shipments of Unix-based servers fell in the second quarter of 2008, worldwide revenue increased nearly 10 percent year over year to about $4.2 billion for the quarter. Not surprisingly, IBM, which has been pushing its Unix platforms beyond the enterprise into the midmarket and even the small and midsize business, saw its revenue increase 29 percent in the second quarter for a total of $1.5 billion.

By combining the two systems into one product portfolio, IBM is looking to further strengthen its position in the Unix market. It was also a way to absorb some losses for IBM, which had seen its System i revenue slip in 2007, while System p continued to grow.

HP has its Integrity Systems that use Intel’s Itanium processors, while Sun, which has been struggling selling its high-end servers, offers its SPARC-based products and Solaris operating system.

IBM listed the starting price of the Power 560 Express with the AIX operating system at $47,216. There was no pricing information for the updated version of the Power 570.

In addition to the new hardware, IBM also rolled out several management and virtualization features of its Power Systems. These include an update for IBM’s PowerVM—the company’s virtualization software for Power Systems—called Active Memory Sharing. While only in beta now, Active Memory Sharing allows the system to access more memory in virtual environments by pooling compute resources between the partitions.

IBM is also offering a new management console called Systems Directory. This management tool works across all three operating systems—Linux, i, and AIX—and allows IT managers to control and check the resources both in the physical hardware and within virtual environments.

Finally, IBM is rolling out an Enterprise version of the AIX operating system, which includes the OS itself plus Tivoli and PowerVM software.

vMAN Over At DMTF Is Immune To Kryptonite And Now Powered by OVF Version 1.0

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Like superheroes with a weak spot (remember Superman and green Kryptonite), large providers of green data center technologies and virtualization software had an Achilles’ heel with their vendor lock-in, which scared away quite a few prospects. Today the major players have all agreed to drop their distinct proprietary formats and aim to adopt the Open Virtualization Format 1.0 as soon as possible (most are already compliant upon release). We first learned about OVF during our interview with Ian Pratt and the release of this open standard is a great step forward. The short lead time of ‘only’ one year proves the industry has understood that open standards are the way to go.

Above is our exclusive video interview recorded at VMworld in Las Vegas, where DMTF president Winston Bumpus revealed the release of OVF 1.0 and their larger Virtualization Management Initiative (vMAN). vMAN provides IT managers the freedom to deploy pre-installed, pre-configured solutions across heterogeneous computing networks and to manage those applications through their entire lifecycle. This Initiative delivers much-needed open industry standards to the management of virtualized environments. Ultimately, the group’s goal is to eliminate the need for IT managers to separately install, configure and manage interdependencies between virtualized operating systems and applications, by enabling automated management of the virtual machine lifecycle.

This new specification created by Dell, HP, IBM, Microsoft, VMware and XenSource is about to become an industry standard and aspires to help ensure portability, integrity and automated installation/configuration of virtual machines. We did not have the time to transcribe the interview yet, but already took a few of Winston Bumpus’ quotes from the DMTF press release.

“With the increasing demand for virtualization in enterprise management, the new spec developed through this industry-wide collaboration dove-tails nicely into existing virtualization management standardization activity within the DMTF…
OVF extends the work we have underway to offer IT managers automation of critical, error-prone activities in the deployment of a virtualized infrastructure.”

By collaborating on the development of the OVF specification, the DMTF group aims to make it easier for IT organizations to pre-package and certify software packaged as virtual machine templates for deployment in their virtualized infrastructure and to facilitate the secure distribution of pre-packaged virtual appliances by ISVs and virtual appliance vendors.

Fusion-io Partners With IBM To Boost Storage System Performance

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Fusion-io, a provider of enterprise solid-state technology and high-performance I/O solutions, today announced (PDF) that the company is working with IBM to dramatically accelerate data access performance in IBM’s clustered storage systems. The two companies have adapted Fusion-io’s enterprise SSD technology for “Project Quicksilver,” demonstrating increased data access performance and reduced power consumption, while dramatically reducing latency and bottlenecks that tend to be compounded in today’s high transaction and virtualized environments.

Combining Fusion-io’s silicon-based, NAND flash storage technology with IBM’s storage technology and system and application expertise will revolutionize how enterprises access and store large amounts of data, enabling a new performance standard that addresses the growing demands from virtualization, as well as high-transaction and data-intensive I/O applications. This powerful combination will provide customers with a whole new way to architect their high performance storage needs with unparalleled performance, flexibility and scalability, while consuming far less power.

The increasing demand for a next generation solid state storage technology is driven by advancements in computer processors which, following Moore’s Law, have grown exponentially in performance. Mechanical disks, on the other hand, follow Newtonian Dynamics and experience lackluster performance improvements, introducing a performance gap. The ioMemory technology from Fusion-io creates a new tier in the memory hierarchy – one that has 100 times the capacity density and 10 times the capacity per dollar of DRAM. NAND flash-based ioMemory makes it possible to have terabytes of near-memory-speed storage within each node – bringing extremely large memory problems and I/O bound analysis to a new level of cost effectiveness.

Fusion-io

DTMF Accepts Draft Specification for Open Virtual Machine Format (OVF)

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The Distributed Management Task Force (DMTF) today announced the acceptance of a draft specification submitted by leading virtualization companies (VMware, Oracle and CA recently joined the task force) targeting an industry standard format for portable virtual machines. Virtual machines packaged in this format can be installed on any virtualization platform that supports the standard simplifying interoperability, security and virtual machine lifecycle management for virtual infrastructures.

The companies behind the collaboration on this specification include Dell, HP, IBM, Microsoft, VMware, and XenSource. This group of virtualization industry leaders has submitted the specification to the DMTF for development into an industry standard. DMTF is the industry organization leading the development, adoption and promotion of interoperable management initiatives and standards. DMTF will continue to develop this technology into a successful, open industry standard and promote it worldwide.

The proposed format, called the Open Virtual Machine Format (OVF), uses existing packaging tools to combine one or more virtual machines together with a standards-based XML wrapper, giving the virtualization platform a portable package containing all required installation and configuration parameters for the virtual machines. This allows any virtualization platform that implements the standard to correctly install and run the virtual machines.

(IBM recently announced its open-ovf project.)

Most importantly, OVF specifies procedures and technologies to permit integrity checking of the virtual machines (VM) to ensure that they have not been modified since the package was produced. This enhances the security of the format and will alleviate security concerns of users who adopt virtual appliances produced by third parties. OVF also provides mechanisms that support license checking for the enclosed VMs, addressing a key concern of both independent software vendors (ISVs) and customers. Finally, OVF allows an installed VM to acquire information about its host virtualization platform and run-time environment, which allows the VM to localize the applications it contains and optimize its performance for the particular virtualization environment.

In addition to providing portability, integrity, and configurability of existing virtual hard disk formats. OVF is also extensible to support future developments of virtual hard disk formats whose specifications are openly available.

Surgient To Use IBM Jazz Platform To Enable More Efficient Application Development

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Surgient today announced it will offer integrated solutions with products built using IBM Jazz collaborative technologies. As a result, IBM quality assurance users can use Surgient’s Virtual Automation Platform to allocate IT resources and set up and tear down virtual labs on-demand for software testing and quality assurance, introducing new efficiencies to the application development lifecycle.

IBM Jazz provides an open and extensible platform on top of which IBM, business partners and clients are building new development tools that integrate collaboration, team awareness and project health into every aspect of the software development lifecycle. Later this year, Surgient’s Virtual Automation Platform will include an integration with IBM Rational Quality Manager, comprehensive test planning and process software that provides a single view into all aspects of a quality plan. Surgient’s product currently integrates with IBM’s Rational BuildForge.

By implementing the Surgient Virtual Automation Platform, development and QA organizations will benefit from Surgient’s self-service IT solution for virtual lab management. IBM Rational customers using IBM Rational Quality Manager can request and build a live application testing environment with specific configurations without manual administration from a company’s IT department, freeing up IT personnel to address additional business critical initiatives. Surgient was a visionary behind virtual lab management beginning in 2003 and now serves many of the world’s largest companies.

Surgient, meanwhile, is still being rumored to be either planning an IPO or serving as high-profile acquisition target.

Surgient

Terremark Completes Infinistructure Deployment

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Terremark Worldwide today announced the completed deployment of the Infinistructure utility-computing platform at its facilities in Madrid and Amsterdam. The platform will benefit Terremark’s European and American customers and has been met with high demand from current customers and prospects.

Infinistructure’s server and storage infrastructure combines Terremark’s proprietary service-management platform with virtualization technology from partners including VMWare, Cisco, and IBM, providing a highly scalable and flexible high-performance computing platform.

Infinistructure’s on-demand network, storage and computing architecture allows customers to precisely match their infrastructure to their business needs, while leveraging a fully managed solution with plug-and-play access to network connectivity from multiple carriers. The Infinistructure platform is connected to the ESpanix exchange point in Spain and the AMS-IX exchange point in The Netherlands, the largest internet connection point in Europe with over 400 Gb/s in peak traffic.

terremark