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CHIPKILL

Chipkill

Chipkill is IBM's trademark for a form of advanced error checking and correcting (ECC) computer memory technology that protects memory systems from single

Chipkill

DDR SDRAM

Type of computer memory

The ×4 chips allow the use of advanced error correction features like Chipkill, memory scrubbing and Intel SDDC in server environments, while the ×8 and

DDR SDRAM

DDR_SDRAM

Dynamic random-access memory

Type of computer memory

Logarithmic graph 1980–2003 showing size and cycle time. Benefits of Chipkill-Correct ECC for PC Server Main Memory — A 1997 discussion of SDRAM reliability—some

Dynamic random-access memory

Dynamic_random-access_memory

Soft error

Type of computing error

S2CID 9573484. Dell, Timothy J. (1997). "A White Paper on the Benefits of Chipkill-Correct ECC for PC Server Main Memory" (PDF). ece.umd.edu. p. 13. Retrieved

Soft error

Soft_error

ECC memory

Self-correcting computer data storage

chip. This weakness is addressed by various technologies, including IBM's Chipkill, Sun Microsystems' Extended ECC, Hewlett-Packard's Chipspare, and Intel's

ECC memory

ECC_memory

IBM BladeCenter

Blade server architecture by IBM

(IVM) Processors: Two POWER6 dual-core at 4.0 GHz Memory: 4 DIMM slots ECC Chipkill DDR2 SDRAM (max 32 GB) One 2.5" SAS drive up to 146 GB Two Gigabit Ethernet

IBM BladeCenter

IBM_BladeCenter

Lockstep (computing)

Fault-tolerant computer system

Reliability, Availability, and Serviceability Features on Dell PowerEdge Servers, 2005 Chipkill correct memory architecture, August 2000, by David Locklear

Lockstep (computing)

Lockstep_(computing)

List of algebraic coding theory topics

code Bipolar violation CRHF Casting out nines Check digit Chien's search Chipkill Cksum Coding gain Coding theory Constant-weight code Convolutional code

List of algebraic coding theory topics

List_of_algebraic_coding_theory_topics

Redundant array of independent memory

disk drive, but in the case of memory it supports several DRAM device chipkills and entire memory channel failures. RAIM is much more robust than parity

Redundant array of independent memory

Redundant_array_of_independent_memory

Memory ProteXion

a PFA to inform the system administrator that a replacement is needed. Chipkill Hoskins, Jim; Wilson, Bill; Winkel, Ray (2003). Exploring IBM EServer XSeries:

Memory ProteXion

Memory_ProteXion

Texas Memory Systems

Corporation that produced SSDs and DSPs

to 3 GB/s bandwidth and 500,000 IOPs. The system added support for IBM Chipkill based ECC protection and increased the number of backup hard disk drives

Texas Memory Systems

Texas_Memory_Systems