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Intel 31154 manual Debug Connectors and Logic Analyzer Connectivity10, Probing PCI-X Signals

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Debug Connectors and Logic Analyzer Connectivity

Debug Connectors and Logic Analyzer Connectivity

Debug Connectors and Logic Analyzer

Connectivity10

10.1Probing PCI-X Signals

To ease the probing and debugging of the PCI-X signals, you are recommended to passively probe the PCI-X bus signals with a logic analyzer. This can be done by placing six AMP* Mictor-38 connectors on the board or by probing the bus with an interposer card such as the

FuturePlus* Systems* FS2007 that works with an Agilent Technologies* logic analyzer.

For ease of debugging the pinout of the AMP* Mictor-38 connectors, the recommended pin-out matches the FuturePlus* Systems* configuration setup, which allows ease of viewing the PCI signals on an Agilent Technologies* logic analyzer. Refer to the following test equipment that is used for this analysis:

•Two AMP* 2-767004-2 surface-mount connectors mounted on the target board and routed to the PCI-X local bus

•Two Agilent Technologies* E5346A or E5351A high-density adapter cables from FuturePlus* Systems or Agilent Technologies

•Four logic analyzer PODS

•FS1104 software from FuturePlus* Systems

Equivalent analyzers can be substituted. A FuturePlus* Systems* configuration file with the FS1104 product that matches the pinout is listed in Table 23 through Table 28.

Intel® 31154 133 MHz PCI Bridge Design Guide Design Guide

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Intel 31154 manual Debug Connectors and Logic Analyzer Connectivity10, Probing PCI-X Signals

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Intel 31154 133 MHz PCI Bridge Design Guide Design GuideApril Intel 31154 133 MHz PCI Bridge Design Guide Contents ContentsIntel 31154 133 MHz PCI Bridge Design Guide Tables FiguresContents Intel 31154 133 MHz PCI Bridge Design GuideIntel 31154 133 MHz PCI Bridge Design Guide ContentsContents Revision HistoryIntel 31154 133 MHz PCI Bridge Design Guide Date1.1 Terminology and Definitions About This DocumentAbout This Document Terminology and Definition Sheet 1 ofAbout This Document Table 1. Terminology and Definition Sheet 2 ofIntel 31154 133 MHz PCI Bridge Design Guide Design Guide TermIntroduction2 PCI-to-PCI Bridge Configurations2.1 Product Overview IntroductionFeatures List 2.2 Features ListPCI Local Bus Specification, Revision 2.3 compliant PCI-to-PCI Bridge Architecture Specification, Revision 1.2 compliantPCI Local Bus Specification, Revision 2.3 Related External SpecificationsPCI-to-PCI Bridge Architecture Specification, Revision PCI Bus Power Management Interface Specification, RevisionIntroduction THIS PAGE INTENTIONALLY LEFT BLANKIntel 31154 133 MHz PCI Bridge Design Guide Design Guide Package Information Package InformationIntel 31154 133 MHz PCI Bridge Design Guide Design Guide Package Information Figure 2. Intel 31154 133 MHz PCI Bridge PackageIntel 31154 133 MHz PCI Bridge Design Guide Design Guide BOTTOM VIEWPackage Information Figure 3. Intel 31154 133 MHz PCI Bridge Ball Map-Top View, Left SideIntel 31154 133 MHz PCI Bridge Design Guide Design Guide AC VSSIntel 31154 133 MHz PCI Bridge Design Guide Design Guide Package Information13 14 15 16 17 18 19 20 VCCATotal Signal Count 3.1 Total Signal CountSignals Package InformationTHIS PAGE INTENTIONALLY LEFT BLANK Package InformationIntel 31154 133 MHz PCI Bridge Design Guide Design Guide Terminations Terminations4Pull-Up/Pull-Down Terminations Sheet 1 of Intel 31154 133 MHz PCI Bridge Design Guide Design GuideSignal Pull-Up/Pull-Down Terminations Sheet 2 ofSecondary PCI Signals TerminationsSignal Pull-Up/Pull-Down Terminations Sheet 3 ofTerminations Intel 31154 133 MHz PCI Bridge Design Guide Design GuideSignal Pull-Up/Pull-Down Terminations Sheet 4 ofTerminations Intel 31154 133 MHz PCI Bridge Design Guide Design GuideSignal Pull-Up/Pull-Down Terminations Sheet 5 ofresistor default TerminationsSignal Pull-Up/Pull-Down Terminations Sheet 6 ofTerminations Intel 31154 133 MHz PCI Bridge Design Guide Design GuideSignal Pull-Up/Pull-Down Terminations Sheet 7 of“Power Sequencing” on page “Power Sequencing” on pageSignal Pull-Up/Pull-Down Terminations Sheet 8 ofTerminations Intel 31154 133 MHz PCI Bridge Design Guide Design GuideSignal Pull-Up/Pull-Down Terminations Sheet 9 ofTerminations Intel 31154 133 MHz PCI Bridge Design Guide Design GuideTHIS PAGE INTENTIONALLY LEFT BLANK TerminationsIntel 31154 133 MHz PCI Bridge Design Guide Design Guide 5.1 PCI/PCI-X Voltage Levels PCI/PCI-X Interface5.2 Interrupt Routing PCI/PCI-X Interface5.3.1 Primary IDSEL Line 5.3 IDSEL Lines5.3.2 Secondary IDSEL Lines IDSEL Mapping5.3.3 Secondary IDSEL Masking 5.5 Opaque Memory Region Enable5.4 CompactPCI* Hot Swap Mode Select 5.3.4 Secondary Clock Control5.6.1 Primary PCI Clocking Mode 5.6 PCI-X Initialization Clocking Modes5.6.2 Secondary PCI Clocking Mode PCI/PCI-X InterfaceSecondary Bus Frequency Initialization PCI-X Clocking ModesPCI/PCI-X Interface Intel 31154 133 MHz PCI Bridge Design Guide Design GuidePCI-X Initialization Pattern 5.6.3 Primary-to-Secondary Frequency LimitsPCI/PCI-X Interface Intel 31154 133 MHz PCI Bridge Design Guide Design GuideRouting Guidelines Routing GuidelinesIntel 31154 133 MHz PCI Bridge Design Guide Design Guide Figure 6. Crosstalk Effects on Trace Distance and Height 6.1 CrosstalkRouting Guidelines Intel 31154 133 MHz PCI Bridge Design Guide Design Guide6.2 EMI Considerations Figure 7. PCB Ground Layout Around ConnectorsRouting Guidelines Intel 31154 133 MHz PCI Bridge Design Guide Design Guide6.3.1 Decoupling Recommendations 6.3 Power Distribution and DecouplingTable 11. Intel 31154 133 MHz PCI Bridge Decoupling Recommendations Routing GuidelinesRouting Guidelines 6.4 Trace ImpedanceIntel 31154 133 MHz PCI Bridge Design Guide Design Guide THIS PAGE INTENTIONALLY LEFT BLANK Routing GuidelinesIntel 31154 133 MHz PCI Bridge Design Guide Design Guide PCI-X Layout Guidelines PCI-X Layout GuidelinesAdd-in Card Routing Parameters Intel 31154 133 MHz PCI Bridge Design Guide Design GuidePCI-X Layout Guidelines 7.1 PCI Clock Layout GuidelinesIntel 31154 133 MHz PCI Bridge Design Guide Design Guide Intel ########%,%!#%# Notes -3%%%PCI-X Slot Guidelines 7.2 PCI-X Topology Layout GuidelinesPCI-X Layout Guidelines Intel 31154 133 MHz PCI Bridge Design Guide Design Guide7.2.1 Single Slot at 133 MHz Wiring Lengths for 133 MHz SlotFigure 9. Single-Slot Point-to-Point Topology PCI-X Layout GuidelinesPCI-X Layout Guidelines Wiring Lengths for Embedded 133 MHz DesignIntel 31154 133 MHz PCI Bridge Design Guide Design Guide B3058-01Wiring Lengths for 100 MHz Dual-Slot Figure 11. Dual-Slot Configuration7.2.2 Dual-Slot at 100 MHz PCI-X Layout GuidelinesPCI-X Layout Guidelines Wiring Lengths for Embedded 100 MHz DesignIntel 31154 133 MHz PCI Bridge Design Guide Design Guide Lower AD Bus7.2.3 Quad-Slots at 66 MHz Table 18. Wiring Lengths for 66 MHz Quad-Slot Sheet 1 ofFigure 13. Quad-Slots 66 MHz Topology PCI-X Layout GuidelinesPCI-X Layout Guidelines Table 18. Wiring Lengths for 66 MHz Quad-Slot Sheet 2 ofIntel 31154 133 MHz PCI Bridge Design Guide Design Guide Lower AD BusWiring Lengths for Embedded 66 MHz Design Figure 14. Embedded Intel 31154 133 MHz PCI Bridge Wiring for 66 MHz7.2.3.1 Embedded Intel 31154 133 MHz PCI Bridge Application at 66 MHz PCI-X Layout Guidelines7.2.4 PCI-X at 33 MHz 7.2.4.1 Embedded PCI-X Specification PICMG 1.2 Overview7.2.4.2 PICMG 1.2 System Overview PCI-X Layout GuidelinesPCI-X Layout Guidelines Figure 15. An Example of an ePCI-X SystemIntel 31154 133 MHz PCI Bridge Design Guide Design Guide Figure 16. PCI-X Data Bus PICMG 1.2 Style Backplane Table 20. Wiring Lengths for PICMG 1.2 BackplanePCI-X Layout Guidelines Intel 31154 133 MHz PCI Bridge Design Guide Design GuideFigure 17. PCI-X Clock PICMG 1.2 Style Backplane Table 21. PCI-X Clock Wiring Lengths for PICMG BackplaneSlot1 SlotNTHIS PAGE INTENTIONALLY LEFT BLANK PCI-X Layout GuidelinesIntel 31154 133 MHz PCI Bridge Design Guide Design Guide 8.1 Analog Power Pins Power ConsiderationsPower Considerations Intel 31154 133 MHz PCI Bridge Design Guide Design GuideIntel 133 MHz PCI Bridge 8.2 Power SequencingPower Considerations Intel 31154 133 MHz PCI Bridge Design Guide Design GuideCustomer Reference Board Figure 21. Intel IQ31154 Customer Reference Board Block DiagramIntel 133 MHz PCI BridgeCustomer Reference Board Customer Reference Board StackupIntel 31154 133 MHz PCI Bridge Design Guide Design Guide 10.1 Probing PCI-X Signals Debug Connectors and Logic Analyzer Connectivity10Debug Connectors and Logic Analyzer Connectivity Intel 31154 133 MHz PCI Bridge Design Guide Design GuideDebug Connectors and Logic Analyzer Connectivity Logic Analyzer PodIntel 31154 133 MHz PCI Bridge Design Guide Design Guide Logic Analyzer Pod Debug Connectors and Logic Analyzer ConnectivityIntel 31154 133 MHz PCI Bridge Design Guide Design Guide Logic Analyzer Pod Debug Connectors and Logic Analyzer ConnectivityIntel 31154 133 MHz PCI Bridge Design Guide Design Guide AD15Logic Analyzer Pod Debug Connectors and Logic Analyzer ConnectivityIntel 31154 133 MHz PCI Bridge Design Guide Design Guide PCI-X Signal Name Debug Connectors and Logic Analyzer ConnectivityLogic Analyzer Pod Intel 31154 133 MHz PCI Bridge Design Guide Design GuideThe recommended placement of the Mictor connectors is at either end of the bus segment. The Mictors are placed at the end of a stub that must be as short as possible, and are then daisy-chained off either end of the bus. When there is not enough room to place the Mictors at least 0.5 from the target, an alternate method can be used. This alternate method is to place the logic analyzer termination circuitry on the target and then extend the etch from the end of the termination circuitry over to the Mictor connectors. The connection from the Mictors to the logic analyzer must then be made with the E5351A. The E5346A contains the logic analyzer termination circuitry, and the E5351A does not Debug Connectors and Logic Analyzer ConnectivityLogic Analyzer Pod Intel 31154 133 MHz PCI Bridge Design Guide Design GuideTHIS PAGE INTENTIONALLY LEFT BLANK Debug Connectors and Logic Analyzer ConnectivityIntel 31154 133 MHz PCI Bridge Design Guide Design Guide Thermal Solutions Thermal SolutionsTable 29. Operational Power Maximum PowerTHIS PAGE INTENTIONALLY LEFT BLANK Thermal SolutionsIntel 31154 133 MHz PCI Bridge Design Guide Design Guide 12.1 Related Documents References12References Table 30. Design Reference MaterialTHIS PAGE INTENTIONALLY LEFT BLANK ReferencesIntel 31154 133 MHz PCI Bridge Design Guide Design Guide