Compare IBM Xeon , 2 GHz (59P5100) Processor to IBM Xeon , 3.06 GHz (02R1988) Processor Upgrade

The Intel Xeon processor family provides outstanding performance and headroom for your dual processor workstation and server needs in either 256 KB L2 and 512 KB L2 cache for dual processor workstations, or 512 KB L2 cache for dual processor servers. Also featured in the Intel Xeon processor family is the Intel NetBurst microarchitecture and Hyper-Threading Technology. The Intel NetBurst microarchitecture provides a 400 MHz system bus which offers outstanding performance for dual-processor-multithreaded applications or multitasking environments. Specific to the Intel Xeon processor with 512 KB L2 cache is the new Hyper-Threading Technology which improves processor performance by supporting multiple software threads on each processor in a system. The Intel Xeon processor is ideal for compute-intensive and heavy workload applications that require floating-point performance and intense use of graphics for design. For your demanding application needs, Intel Xeon processor-based worksta... Less

This 3.06GHz Intel Xeon processor with 533MHz front-side bus speed helps deliver processing power, throughput and headroom for peak performance to your application-intensive xSeries systems. It features the new Intel NetBurst microarchitecture, which helps increase overall throughput via a 533MHz system bus and enhanced 512KB Level 2 cache. It also features new Hyper-Threading technology which allows it to execute more than one thread per processor. These advances increase the throughput of your server applications and enable outstanding scalability for Internet infrastructure and mail servers. These enhancements can add up to faster response times, support for more simultaneous users and increased transaction workloads. This processor is designed to provide performance headroom for unpredictable server workloads and escalating computing needs. Coupled with DDR memory, this processor delivers the processing power and headroom to accommodate unexpected peaks in server workloads. Less