Comparing Nehalem Xserve to Others

As had been widely expected since the March debut of the new Mac Pros, Apple's Xserve took the Nehalem plunge Tuesday. Specifically, the 1U server now runs on a Xeon 5500 series processor, which features the Nehalem microarchitecture that promises to improve speed by eliminating bottlenecks.

By John C. Welch
Tue, April 07, 2009

Macworld — As had been widely expected since the March debut of the new Mac Pros, Apple's Xserve took the Nehalem plunge Tuesday. Specifically, the 1U server now runs on a Xeon 5500 series processor, which features the Nehalem microarchitecture that promises to improve speed by eliminating bottlenecks.

The latest Xserve sports a single 2.26GHz Quad Core Xeon processor with 8MB of fully shared L3 cache; the processor has an integrated memory controller with three channels of 1,066MHz DDR3 RAM, while the server offers the option of a 128GB solid-state boot drive.

Apple isn't the only company with 1U servers powered by 5500 CPUs, though; HP and Dell feature similar offerings. So I thought I'd compare the latest Xserve with these other two servers to see if Apple's product remains price-competitive to the other servers in its class.

You said you was high-class...

The "within its class" distinction is important here, because while Apple has a simple line of dedicated server hardware--just the one product--both Dell and HP have far more options falling both above and below the Xserve's price range. So it is entirely possible to get a solid 1U server from Dell or HP for far less than what you'd spend on an Xserve. But is it possible to get an Xserve-equivalent server for far cheaper?

(Oh, and I know, IBM, Sun, and white box Intel are options, but I wanted to keep this comparison simple, and HP/Dell are the most common competitors for Apple in the small-to-midsize-business server space.)

I spec'd out a fairly generic Xserve, going big on CPU and hard drive space. Such a server would be ideal for a company that either doesn't have a lot of external storage, (NAS, SAN, or Direct-Attached RAID) or wants the Xserve to have a lot of space for various reasons. Setting up the Xserve this way also lets me apply a consistent philosophy to the HP and Dell options, even where it was impossible to match specs.

When configuring this Xserve, I didn't add the 128GB SSD boot drive, a US$500 option. I also left out support options, as in the real world, companies are going to have a nigh-infinite amount of options with any of the three companies,--what would be de rigeur for one company would be ridiculous for another.

Finally, all three of my servers come from the Apple, HP, and Dell online stores. I'm well aware of corporate discounts from each of the three companies, but again, in the interests of sanity and the fact that my discounts may not be yours, I left them off completely.

Continue Reading

Learn how your answer to this question compares to your peers by taking this quick poll. See how your peers are dealing with the challenge of ensuring a highly capable server infrastructure as technological shifts impact the application server platform.
The nature of the blade platform makes system management, monitoring and provisioning easy and efficient. Access this resource to learn how blade migration will save your data center time and money while increasing performance.
With business activities of all types increasingly dependent on a strong information technology foundation, companies find themselves struggling to keep pace with constant technological advances.
Learn how to support your SQL Server instances and control your costs and administration requirements.
This guide provides best practice guidelines for deploying Exchange Server 2010 on vSphere.
The objective of this white paper is to compare the performance of PowerVM virtualization technologies on POWER7 processor-based server platforms against VMware vSphere 4.1 update 11 on comparable Intel x86 platforms.
The complexity, cost and technological bloat of traditional Java EE application servers are often barriers to running a lean and efficient IT organization. Increased need for scalability and rapid application delivery are driving businesses to reconsider the platform they use for application deployment. By combining the portability and agility of the Spring framework with a lightweight application server, your organization can meet business demands while staying within budget constraints. VMware vFabric™ tc Server is a modern, lightweight Java application server based on Apache Tomcat. It improves developer productivity, control and manageability-and is the most flexible platform for virtualizing Java applications and workloads for the cloud. View this webcast to learn about real-world examples of companies that have adopted VMware vFabric tc Server and how to plan for future cloud deployments.
How do you manage performance for apps with 100 to 500 users but no consistent peak periods? If you don't ensure sub-second response at all times, your help desk will get flooded with complaints. But there's no budget for more servers to handle random load spikes. So what's the solution? Elastic load balancing with VMware vSphere™ and the VMware vFabric™ Cloud Application Platform. pace of change. View this webcast to learn how to cost-effectively run your applications & balance your load across virtual machines.
Have you been looking to hear about customer's experiences with the new VMware vCenter Site Recovery Manager product? View this webcast to learn about VMware customer, Navicure, and their experiences testing and evaluating the recovery manager, their progress in implementing it in their environment and their advice other customers considering using vCenter.
Virtualizing business-critical applications is an essential step in your journey to the cloud. Microsoft SQL Server, Exchange and SharePoint, and Oracle applications, are often the backbone of business IT. The benefits of virtualizing these applications extend far beyond mere consolidation. Understanding how VMware improves quality of service and agility while reducing costs will help you make the case for taking virtualization to the next level in your company.
Applications are changing - they're increasingly web-oriented, global in nature and run from multiple device types. Additionally, the volume of data is growing exponentially every year. How do you ensure your applications have fast, accurate, up-to-date information in this new world? Modern applications are data-intensive; delivering data the old way using monolithic databases isn't working. What's needed is a modern approach to data. One that scales-out as needed and delivers predictable high performance, but without sacrificing data consistency or integrity.
Real-time, global data updates have become a critical business requirement for financial-services firms. Overnight or hourly batch jobs can cause erroneous results and missed opportunities. New regulatory requirements dictate real-time reporting of liquidity; traders want access to real-time market and risk positions; and the time windows for relevancy of cross-selling and marketing opportunities are getting shorter. To deal with these issues and new requirements, firms need to be able to react quickly to changes in data. Quick reactions require near-instant access to data, risk analysis and deeper computational analysis for effective decision making. View this webcast to learn how to achieve real-time awareness by managing ever-increasing data volumes and transaction rates.
Newsletter Sign-Up »

Receive the latest news test, reviews and trends on your favorite technology topics

Choose a newsletter
  1. View all Newsletters | Privacy Policy
Sponsored Links
Resource Center