HP LH4r HP Server - Why buy HP memory?

HP LH4r - NetServer - 256 MB RAM Manual

HP LH4r manual content summary:

  • HP LH4r | HP Server - Why buy HP memory? - Page 1
    and must be available 24 hours per day, 7 days per week. For server applications, memory modules and other server components must withstand prolonged heat and electrical exposure. The slightest manufacturing defect can become a problem after continual use in such conditions, resulting in mysterious
  • HP LH4r | HP Server - Why buy HP memory? - Page 2
    the viability of alternative memory sources, HP purchased memory labeled as "suitable" for HP NetServers from five different memory vendors, including several very prominent third-party brands. After careful evaluation, products from all five of the memory vendors demonstrated problems found on this
  • HP LH4r | HP Server - Why buy HP memory? - Page 3
    HP's memory products for HP NetServers have been specifically designed and manufactured for use as server memory. Furthermore, they have been through the most rigorous of testing procedures before being qualified for use in HP NetServers. Customers using HP memory for HP NetServers Hewlett-Packard
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Introduction
Memory is one of the most critical components in a computer. To maximize
system uptime it is vital that memory modules operate correctly. HP is a well-
known and respected manufacturer of memory modules. HP memory is
manufactured to the highest quality standards and undergoes the most
rigorous of testing procedures to ensure 100% compatibility and reliability
under even the most adverse conditions. Customers using HP memory can
therefore have the highest confidence that they have minimized one of the
most significant sources of data loss in their computers.
The Importance of Memory Quality for Servers
Server requirements for memory quality are considerably more stringent than
those for desktop PCs. Keep in mind that the primary consideration in the
manufacture of memory for desktop PCs is reducing cost. Consequently,
memory for desktop PCs is designed and manufactured with the very
minimum number of chips possible. This memory does not have parity bits
and therefore cannot store the information that would allow the PC to detect
and correct memory errors. Defects which exist or develop in the memory
subsystem will eventually cause the PC to mysteriously crash.
The stand-alone desktop PC user can periodically save his or her work to the
hard disk to minimize the consequences of such an occurrence. But while
purchasing lower-cost components and reducing manufacturing cost might be
acceptable with some desktop PC environments, such practices can be
catastrophic with servers.
Servers typically process far greater amounts of data than stand-alone
desktop PCs and must be available 24 hours per day, 7 days per week. For
server applications, memory modules and other server components must
withstand prolonged heat and electrical exposure. The slightest
manufacturing defect can become a problem after continual use in such
conditions, resulting in mysterious server crashes and irrecoverable data loss
for multiple users.