II: HP Integrity rx1620 (dual 1300 MHz “Madison 9M”, 2 GB; base configuration)

This is the 1U relative of the rx2620 and the younger brother of the rx1600. It’s currently on sale (for the next three days, located in the USA. Quite a good price (at US $ 299.25 currently, with the weak dollar conveniently for those outside of the USA), but it’s going to be loud.

[COLOR=#000000][FONT=Arial, Helvetica, sans-serif][SIZE=2][B][SIZE=4][FONT=Verdana][SIZE=3][B][SIZE=4]You are bidding on 1 (one):
HP AB568A Integrity RX1620-2 Server


[FONT=Wingdings]v [/FONT][FONT=Calibri]AB430A Base Unit [/FONT] [FONT=Wingdings]v [/FONT][FONT=Calibri]2 x 1.3GHz/3MB L3 Intel Itanium 2 Processor (AB481-62002)
[FONT=Wingdings]v [/FONT]2GB Memory (2 x 1GB A6969AX)[/FONT]


[SIZE=3]The HP Integrity rx1620-2 server sets new standards for Integrity server price/performance and density. Commercial applications in areas such as software development, Internet infrastructure, telecommunications, financial services, and Java applications will run with strong performance, decreased costs, and reduced complexity. The Integrity rx1620-2 server is equally at home as a platform for the management of complex heterogeneous networks, using advanced management tools including HP Integrated Lights Out (ILO) remote management, HP Systems Insight Manager, and HP OpenView. The performance achieved through the Intel Itanium 2 processor and the accompanying HP zx1 chipset is further enhanced when HP Integrity rx1620-2 servers are used in HP’s proven clustering solutions. The 1U rack design of the rx1620 helps optimize space-constrained environments with one of the smallest form factors in the industry, which allows up to 80 Intel Itanium 2 processors (6.4 GFLOPS per processor) in a standard 19-inch rack at a highly affordable price. The small form factor improves ease of use with efficient cooling and simplified cable management. The Integrity rx1620-2 also delivers unprecedented performance in clustered deployments by allowing consolidation of system resources such as I/O, bandwidth, memory, mass storage, and compute capacity. Extensive high availability features such as redundant fans, memory chip spare, and error checking and correction also safeguard data integrity, improve application availability, and reduce planned maintenance time.[/SIZE][/SIZE][/FONT]