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Displaying 1 - 4 of 4 documents.

Title	Document #	Date
FBDIMM ARCHITECTURE AND PROTOCOL	JESD206	Jan 2007
Fully Buffered DIMM (FBD) addresses these requirements by providing a high-bandwidth, large capacity channel solution that has a narrow host interface. Fully Buffered DIMMs use commodity DRAMs isolated from the channel behind a buffer on the DIMM that creates a pay-as-you-go cost structure. Memory device capacity remains high and total memory capacity scales with DRAM bit density. Patents(): There are known patent issues that are common to all FBDIMM related specifications. See document for link to FBDIMM Patents. Committee(s): JC-40 Free download. Registration or login required.
FBDIMM: ADVANCED MEMORY BUFFER (AMB)	JESD82-20A	Mar 2009
This document is a core specification for a Fully Buffered DIMM (FBD) memory system. This document, along with the other core specifications, must be treated as a whole. Information critical to a Advanced Memory Buffer design appears in the other specifications, with specific cross-references provided. Patents(): There are known patent issues that are common to all FBDIMM related specifications. See document for link to FBDIMM Patents. Committee(s): JC-40 Free download. Registration or login required.
FULLY BUFFERED DIMM DESIGN FOR TEST, DESIGN FOR VALIDATION (DFx)	JESD82-28A	Jul 2008
This FBDIMM DFx document covers Design for Test, Design for Manufacturing and Design for Validation (DFx) requirements and implementation guidelines for Fully Buffered DIMM technology. Patents(): There are known patent issues that are common to all FBDIMM related specifications. See document for link to FBDIMM Patents. Committee(s): JC-40, JC-40.5 Free download. Registration or login required.
INSTRUMENTATION CHIP DATA SHEET FOR FBDIMM DIAGNOSTIC SENSELINES	JESD82-22	Nov 2006
This device is a one-chip spectrum analyzer that operates in the frequency range from 1 to 2 GHz. It requires no external components except some filtering of the voltage supply (one inductor, one bypass capacitor). The frequency of the VCO is adjusted by an internal DAC. No PLL loop is used to lock the VCO to a reference frequency. A counter is used to determine the VCO frequency. The device has a serial I2C data interface. The device is available in a 28 pin TQFN package and is specified over the extended industrial (-40 °C to +85 °C) temperature range. Committee(s): JC-40, JC-40.4 Free download. Registration or login required.