Card Requirements for PC2700 Systems | Agilent Technologies FS2331

Card Requirements for PC2700 Systems

In order to insure that the FS2331 and the logic analyzer work properly with PC2700 systems it is recommended that the 16753/4/5/6 cards be used when probing at DDR rates of 333Mhz or greater. This recommendation is based on several factors.

First, the setup and hold requirement for PC2700 is specified as a minimum of 900 ps. Some combination of target systems and DIMMs may operate with a setup and hold time greater than this, but to insure accurate data capture the higher performance of the 16753/4/5/6 cards is needed.

Second, the loading on the target system presented by the 16753/4/5/6 combined with the E5378A adapter cables is significantly lower than the loading of the 1671x or 16750/1/2 and the E5385A cables. This may affect target system performance or measurements.

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Agilent Technologies FS2331 user manual Card Requirements for PC2700 Systems

Contents

DDR Sdram Analysis Probe FS2331 Revision How to reach us Product Warranty Signal Connections For Technical Support For Sales and Marketing Support Exclusive Remedies Product WarrantyLimitation of warranty Definitions Probe Cable, Connector NumberingIntroduction Logic Analyzer Modules FS2331 100 pin Connector to Pod Diagram Probe Components Probe Feature SummaryFS2331 Probe Description State Clock Generation DDR CommandsProbe Design DDR DataPage Probe Pod Assignment Pod Clock Domain Clock Rate On closed Switch # Default factory Function PositionProbe Switch Settings Connecting Power to the FS2331 Probe Logic Analyzer Signal Threshold Voltage SettingsConnecting the Probe to the Logic Analyzer Card Requirements for PC2700 Systems Recommended Logic Analyzer Card Requirements16753/4/5/6 Software Requirements System Software Setting up the 167xx AnalyzerSetting up the 169xx Analyzer 169xx Licensing Timing Analysis All DDR speeds and supported analyzer cards Card Configurations for State Analysis Probing multiple DDR busses Interleaved memory Connecting to your Target System Chip Select If User is dedicating a Chip Select Jumper locations § Isolate the Dedicated DIMM’s pin § Sleeve the Pin § Wire from the adjacent Dimm slot to the isolated pin Unused Pods Offline Analysis Filtering State Analysis Operation Loading the Inverse Assembler and Decoding DDR CommandsTiming Analysis Operation Taking a Trace, Triggering, and Seeing Measurement Results Inverse Assembler and Decoding DDR Commands Tracing the Serial Presence Detect Signals Using Eye Finder with the FS2331 DDR Probe Using EyeScan with the FS2331 Probe Using the FS2331 DDR Probe with an Interposer FS1024/25 Dimm Signal Loading Option FS2331 Calibration Page Set Command sample position Page Page Write Burst Data Valid Position Page Page Page Read Burst Data Valid Position Page Page Page Adjust the delay line value to maximize R/W overlap Set the final analyzer sample positionPage General Information Standards supported Signal Connections J1 Data Samtec SA0 J2 Data and Command CB4 Spare J3 Command and Data Buffcmdclk J4 Data DM5DQS14 DQS7