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Teledyne Lecroy PCI Express 3.0 Mid-Bus Probe, Installation And Usage Manual

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PCIe 3.0 Mid‐Bus Probe Installation and Usage Guide

17

Chapter 4

Electrical Design

4.1 

Probe Loading Effect

The logical probing of the PCI Express bus is achieved by tapping a small amount of energy 
from the probed signals and channeling this energy to the analyzer. To avoid excessive 
loading conditions, the Teledyne LeCroy mid‐bus probe employs high impedance tip 
resistors (isolation resistors). The probe isolation resistance is selected to both satisfy the 
probe sensitivity and system parasitic load requirements.

Extensive care has been taken to reduce the parasitic effect of the probed signals during 
each phase of the mid‐bus probe design. The equivalent load model of the Mid‐bus probe 
is available in HSPICE parameters. It is an empirical‐based model that involves complicated 
connectivity. It can be requested from the Teledyne LeCroy Protocol Systems Group 
support team ([email protected]) 

With this unique design, the Teledyne LeCroy mid‐bus probes can capture bus traffic 
signals with amplitudes specified by the PCI Express standard, while introducing only 
slight loss and jitter on the channel under test. To determine the exact numbers, 
customers are encourage to simulate their channel using Teledyne LeCroy’s model.

Summary of Contents for PCI Express 3.0 Mid-Bus Probe

Page 1: ...PCI Express 3 0 Mid Bus Probe Installation and Usage Manual For use with Summit T3 16 T3 8 T34 Systems Generated January 8 2018 13 08 ...

Page 2: ...INFORMATION REGARDING THE PRODUCTS IN THIS MANUAL ARE SUBJECT TO CHANGE WITHOUT NOTICE ALL INFORMATION EXAMPLES AND RECOMMENDATIONS IN THIS MANUAL ARE BELIEVED TO BE ACCURATE BUT ARE REPRESENTED WITHOUT WARRANTY OF ANY KIND EXPRESS OR IMPLIED USERS ARE FULLY RESPONSIBLE FOR THEIR APPLICATION OF ANY PRODUCTS THE SOFTWARE LICENSE AND LIMITED WARRANTY FOR THE ACCOMPANYING PRODUCT ARE SET FORTH IN INF...

Page 3: ... Probe Components 7 Chapter 3 Mechanical Design 9 3 1 Probe Footprints 9 3 2 Mid bus Probe Retention 11 3 3 Probe Connection to Analyzer 13 3 4 Probe Keepout Volume 13 3 5 Reference Clock Probe Attachment 13 3 6 Daisy Chain Cable for x16 applications 14 Chapter 4 Electrical Design 17 4 1 Probe Loading Effect 17 4 2 Probed Signal Electrical Requirements 18 4 3 Overview of Probe Pin Assignments 18 4...

Page 4: ...e Clock Cable 40 5 3 Daisy Chain Cable 41 Chapter 6 Dual Probe Pod Setup Using External Clocking 43 Chapter 7 Recording Traffic 45 Chapter 8 Ordering Information 47 Chapter 9 Updates and Licensing 51 9 1 Updating the Analyzer 51 9 2 License Keys 51 9 3 License Information 51 Appendix A How to Contact Teledyne LeCroy 53 Appendix B China Restriction of Hazardous Substances Table 55 ...

Page 5: ...rface 1 2 Specialty Probes Specialty probes are used with specific card configurations and are used in the same manner as an interposer card in fact a specialty probe is an interposer card designed for a specific interface Teledyne LeCroy supports a range of specialty probes including ExpressCard AMC XMC Mini Card External Cable ExpressModule HP Blade Server and SFF8639 interfaces 1 3 PCIe Protoco...

Page 6: ...t a width of up to 16 lanes To accommodate a mid bus probe a special pad layout is required to expose the PCI Express differential pairs on the surface of the target board See figure below Figure 1 1 Board Trace Layout for a Mid Bus Probe Although not part of the PCI Express specifications the industry has developed common mid bus probe footprints for PCIe 1 0a PCIe 2 0 and PCIe 3 0 applications t...

Page 7: ...two versions a full size probe and a half size probe The full size probe for is shown on Figure 2 1 on page 7 It has a four strand ribbon cable and a x16 connection header A half size probe has a two strand ribbon cable and a x8 connection header The part numbers and components of the Teledyne LeCroy PCIe 3 0 mid bus probes are as follows 1 4 1 Complete Kits 1 PE090ACA X PCIe 3 0 Mid Bus Probe Kit...

Page 8: ...90ACA X kits are required TABLE 1 2 Half Size Probe Kit Capabilities 1 4 2 Individual Components 1 PE087ACA X PCIe3 Mid bus Pod with Thumbscrews No cables for use with Summit T3 16 or Summit T3 8 includes power supply 2 PE056ACA X PCIe3 Mid bus Probe Cable with Thumbscrews G3x4 probe cable Half size connects to G3 Mid bus box for use with Summit T34 Summit T3 16 or Summit T3 8 3 PE057ACA X PCIe3 M...

Page 9: ... Installation and Usage Guide 5 Multi Lead Mid Bus Probes Teledyne LeCroy 6 PE054UIA X Gen3 Mid bus Probe Connector Half Size 7 PE010UCA X Y Cable from Mid bus Probe Pod to Analyzer 8 PE013UCA X x4 to x8 Straight iPass Cable ...

Page 10: ...Teledyne LeCroy Multi Lead Mid Bus Probes 6 PCIe 3 0 Mid Bus Probe Installation and Usage Guide ...

Page 11: ...ly Probe Connector mounted to board Clocking Cable not shown Figure 2 1 Typical Full Size Probe Components Y Cable to Summit T3 16 or Summit T3 8 Analyzers PE010UCA X Connect A Side to UPSTREAM and B side to DOWNSTREAM Summit T3 16 shown Summit T3 8 or Summit T34 Analyzers Mid bus Probe Pod PE087ACA X ProbeHeaderCable Assembly PE057ACA X PCIe Probe Connector PE047UIA X ...

Page 12: ... required a separate connection must be made Teledyne LeCroy PCI Express protocol analyzers can use a reference clock probe in conjunction with the mid bus analysis Each mid bus probe is equipped with one clock probe The mid bus reference clock probe is designed to facilitate capturing clock signals from the system board in the two configurations recommended by the Intel guideline i e a tap off of...

Page 13: ...escribes footprint dimensions keepout volumes and probe pin assignments 3 1 Probe Footprints The Mid bus Probe is fully compatible with the standardized mid bus footprint recommended by the Intel guideline as shown in the following figures Full Size Probe Footprint Figure 3 1 PCIe Gen 3 Footprint ...

Page 14: ...nts 10 PCIe 3 0 Mid Bus Probe Installation and Usage Guide PCIe Gen 3 Full Size Keepout Volume Figure 3 2 PCIe Gen 3 Keepout Volume Half Size Probe Footprint Figure 3 3 PCIe Gen 3 Half Width Footprint Note All dimensions in inches ...

Page 15: ... bus probing the mid bus footprint has to be laid out onto the target system board and a probe connector has to be attached to the board Attachment of the probe connector is simple and quick There are two through hole screws and one protrusion key underneath the probe connector Align the key of the probe connector with the keying alignment hole in the mid bus footprint on the target system board a...

Page 16: ...de secure attachment for most PCB designs If the PCB is very thick the screws may not be long enough to pass through the PCB and securely attach the Mid bus connector module in which cases longer screws will be needed The screws supplied are 5mm long McMaster Carr P N 91292A005 and longer lengths can be obtained directly from McMaster Carr in 6mm 91292A006 8mm 91292A008 or longer lengths as needed...

Page 17: ...ference clock tap may be required The connection from the reference clock to the analyzer is a 3 pin header 1 by 3 0 050 center spacing which is placed on the clock signal transmission line of the DUT The PE014UCA X Reference Clock Cable provides a three pin micro socket that connects from this header to the CLK IN port on the Mid Bus Pod If the reference clock is sampled by tapping off an existin...

Page 18: ...reference clock from another mid bus probe board 3 6 Daisy Chain Cable for x16 applications A single mid bus probe pod can capture traffic on bus widths up to x8 If x16 lane widths are required e g when using a Summit T3 16 Analyzer with a x16 device two Mid Bus Probe Pods are required In this configuration one of the pods is connected to the DUT to tap the Reference Clock signal and the second po...

Page 19: ...tallation and Usage Guide 15 Daisy Chain Cable for x16 applications Teledyne LeCroy Mid bus Probe Setup for x16 lane widths using Summit T3 16 Analyzer Clocking Cable not shown Figure 3 8 Mid bus Probe Setup for x16 lane widths ...

Page 20: ...Teledyne LeCroy Daisy Chain Cable for x16 applications 16 PCIe 3 0 Mid Bus Probe Installation and Usage Guide ...

Page 21: ...xtensive care has been taken to reduce the parasitic effect of the probed signals during each phase of the mid bus probe design The equivalent load model of the Mid bus probe is available in HSPICE parameters It is an empirical based model that involves complicated connectivity It can be requested from the Teledyne LeCroy Protocol Systems Group support team psgsupport teledynelecroy com With this ...

Page 22: ...ts to be re wired dynamically to match the configuration under the probe This also provides additional versatility in the case where two busses are mapped to the probe footprint and cannot be uniquely positioned within a quadrant Lane swizzling allow you to reorder upstream lanes or recorder downstream lanes regardless of the order of physical connections however you cannot interchange upstream la...

Page 23: ... below show the recommended pin assignments for x16 configurations keep in mind that any of modifications mentioned in Overview of Probe Pin Assignments can be applied and in addition the lane swizzling feature of the Summit T3 16 system noted in Overview of Probe Pin Assignments on page 18 TABLE 4 4 Table Legend For All Pinout Tables Character Function C Channel Ln Lane U Upstream D Downstream p ...

Page 24: ...out Pin Signal Name Pin Signal Name B1 GND A1 C1p B2 C0p A2 C1n B3 C0n A3 GND A4 C2p B4 C3p A5 C2n B5 C3n B6 GND A6 C5p B7 C4p A7 C5n B8 C4n A8 GND A9 C6p B9 C7p A10 C6n B10 C7n B11 GND A11 C9p B12 C8p A12 C9n B13 C8n A13 GND A14 C10p B14 C11p A15 C10n B15 C11n B16 GND A16 C13p B17 C12p A17 C13n B18 C12n A18 GND A18 C14p B19 C15p A20 C14n B20 C15n B21 GND ...

Page 25: ...Pin Signal Name Pin Signal Name B1 GND A1 Ln1p B2 Ln0p A2 Ln1n B3 Ln0n A3 GND A4 Ln2p B4 Ln3p A5 Ln2n B5 Ln3n B6 GND A6 Ln5p B7 Ln4p A7 Ln5n B8 Ln4n A8 GND A9 Ln6p B9 Ln7p A10 Ln6n B10 Ln7n B11 GND A11 Ln9p B12 Ln8p A12 Ln9n B13 Ln8n A13 GND A14 Ln10p B14 Ln11p A15 Ln10n B15 Ln11n B16 GND A16 Ln13p B17 Ln12p A17 Ln13n B18 Ln12n A18 GND A18 Ln14p B19 Ln15p A20 Ln14n B20 Ln15n B21 GND ...

Page 26: ...Name B1 GND A1 Ln0p D B2 Ln0p U A2 Ln0n D B3 Ln0n U A3 GND A4 Ln1p D B4 Ln1p U A5 Ln1n D B5 Ln1n U B6 GND A6 Ln2p D B7 Ln2p U A7 Ln2n D B8 Ln2n U A8 GND A9 Ln3p D B9 Ln3p U A10 Ln3n D B10 Ln3n U B11 GND A11 Ln4p D B12 Ln4p U A12 Ln4n D B13 Ln4n U A13 GND A14 Ln5p D B14 Ln5p U A15 Ln5n D B15 Ln5n U B16 GND A16 Ln6p D B17 Ln6p U A17 Ln6n D B18 Ln6n U A18 GND A18 Ln7p D B19 Ln7p U A20 Ln7n D B20 Ln7n...

Page 27: ... Name B1 GND A1 Ln1p 1 B2 Ln0p 1 A2 Ln1n 1 B3 Ln0n 1 A3 GND A4 Ln2p 1 B4 Ln3p 1 A5 Ln2n 1 B5 Ln3n 1 B6 GND A6 Ln5p 1 B7 Ln4p 1 A7 Ln5n 1 B8 Ln4p 1 A8 GND A9 Ln6p 1 B9 Ln7p 1 A10 Ln6n 1 B10 Ln7n 1 B11 GND A11 Ln1p 2 B12 Ln0p 2 A12 Ln1n 2 B13 Ln0n 2 A13 GND A14 Ln2p 2 B14 Ln3p 2 A15 Ln2n 2 B15 Ln3n 2 B16 GND A16 Ln5p 2 B17 Ln4p 2 A17 Ln5n 2 B18 Ln4n 2 A18 GND A18 Ln6p 2 B19 Ln7p 2 A20 Ln6n 2 B20 Ln7...

Page 28: ...n0p D1 B2 Ln0p U1 A2 Ln0n D1 B3 Ln0n U1 A3 GND A4 Ln1p D1 B4 Ln1p U1 A5 Ln1n D1 B5 Ln1n U1 B6 GND A6 Ln2p D1 B7 Ln2p U1 A7 Ln2n D1 B8 Ln2p U1 A8 GND A9 Ln3p D1 B9 Ln3p U1 A10 Ln3n D1 B10 Ln3n U1 B11 GND A11 Ln0p D2 B12 Ln0p U2 A12 Ln0n D2 B13 Ln0n U2 A13 GND A14 Ln1p D2 B14 Ln1p U2 A15 Ln1n D2 B15 Ln1n U2 B16 GND A16 Ln2p D2 B17 Ln2p U2 A17 Ln2n D2 B18 Ln2n U2 A18 GND A18 Ln3p D2 B19 Ln3p U2 A20 L...

Page 29: ...l Name B1 GND A1 Ln1p 1 B2 Ln0p 1 A2 Ln1n 1 B3 Ln0n 1 A3 GND A4 Ln2p 1 B4 Ln3p 1 A5 Ln2n 1 B5 Ln3n 1 B6 GND A6 Ln1p 2 B7 Ln0p 2 A7 Ln1n 2 B8 Ln0p 2 A8 GND A9 Ln2p 2 B9 Ln3p 2 A10 Ln2n 2 B10 Ln3n 2 B11 GND A11 Ln1p 3 B12 Ln0p 3 A12 Ln1n 3 B13 Ln0n 3 A13 GND A14 Ln2p 3 B14 Ln3p 3 A15 Ln2n 3 B15 Ln3n 3 B16 GND A16 Ln1p 4 B17 Ln0p 4 A17 Ln1n 4 B18 Ln0n 4 A18 GND A18 Ln2p 4 B19 Ln3p 4 A20 Ln2n 4 B20 Ln...

Page 30: ...inout Pin Signal Name Pin Signal Name B1 GND A1 Ln1p 1 B2 Ln0p 1 A2 Ln1n 1 B3 Ln0n 1 A3 GND A4 Ln2p 1 B4 Ln3p 1 A5 Ln2n 1 B5 Ln3n 1 B6 GND A6 NC B7 NC A7 NC B8 NC A8 GND A9 NC B9 NC A10 NC B10 NC B11 GND A11 Ln1p 2 B12 Ln0p 2 A12 Ln1n 2 B13 Ln0n 2 A13 GND A14 Ln2p 2 B14 Ln3p 2 A15 Ln2n 2 B15 Ln3n 2 B16 GND A16 NC B17 NC A17 NC B18 NC A18 GND A18 NC B19 NC A20 NC B20 NC B21 GND ...

Page 31: ...n Signal Name Pin Signal Name B1 GND A1 Ln0p D1 B2 Ln0p U1 A2 Ln0n D1 B3 Ln0n U1 A3 GND A4 Ln1p D1 B4 Ln1p U1 A5 Ln1n D1 B5 Ln1n U1 B6 GND A6 NC B7 NC A7 NC B8 NC A8 GND A9 NC B9 NC A10 NC B10 NC B11 GND A11 Ln0p D2 B12 Ln0p U2 A12 Ln0n D2 B13 Ln0n U2 A13 GND A14 Ln1p D2 B14 Ln1p U2 A15 Ln1n D2 B15 Ln1n U2 B16 GND A16 NC B17 NC A17 NC B18 NC A18 GND A18 NC B19 NC A20 NC B20 NC B21 GND ...

Page 32: ...Pinout Pin Signal Name Pin Signal Name B1 GND A1 Ln1p 1 B2 Ln0p 1 A2 Ln1n 1 B3 Ln0n 1 A3 GND A4 NC B4 NC A5 NC B5 NC B6 GND A6 Ln1p 2 B7 Ln0p 2 A7 Ln1n 2 B8 Ln0n 2 A8 GND A9 NC B9 NC A10 NC B10 NC B11 GND A11 Ln1p 3 B12 Ln0p 3 A12 Ln1n 3 B13 Ln0n 3 A13 GND A14 NC B14 NC A15 NC B15 NC B16 GND A16 Ln1p 4 B17 Ln0p 4 A17 Ln1n 4 B18 Ln0n 4 A18 GND A18 NC B19 NC A20 NC B20 NC B21 GND ...

Page 33: ...annel PCIe Pinout Pin Signal Name Pin Signal Name B1 GND A1 Ln0p D1 B2 Ln0p U1 A2 Ln0n D1 B3 Ln0n U1 A3 GND A4 NC B4 NC A5 NC B5 NC B6 GND A6 NC B7 NC A7 NC B8 NC A8 GND A9 NC B9 NC A10 NC B10 NC B11 GND A11 Ln0p D2 B12 Ln0p U2 A12 Ln0n D2 B13 Ln0n U2 A13 GND A14 NC B14 NC A15 NC B15 NC B16 GND A16 NC B17 NC A17 NC B18 NC A18 GND A18 NC B19 NC A20 NC B20 NC B21 GND ...

Page 34: ...16 Channel PCIe Pinout Pin Signal Name Pin Signal Name B1 GND A1 NC B2 Ln0p 1 A2 NC B3 Ln0n 1 A3 GND A4 NC B4 NC A5 NC B5 NC B6 GND A6 NC B7 Ln0p 2 A7 NC B8 Ln0n 2 A8 GND A9 NC B9 NC A10 NC B10 NC B11 GND A11 NC B12 Ln0p 3 A12 NC B13 Ln0n 3 A13 GND A14 NC B14 NC A15 NC B15 NC B16 GND A16 NC B17 Ln0p 4 A17 NC B18 Ln0n 4 A18 GND A18 NC B19 NC A20 NC B20 NC B21 GND ...

Page 35: ...16 Table Legend for all Half Size Probe Connectors TABLE 4 17 General 8 Channel PCIe Gen3 Pinout Character Function C Channel Ln Lane U Upstream D Downstream p Positive Polarity n Negative polarity Pin Signal Name Pin Signal Name B1 GND A1 C1p B2 C0p A2 C1n B3 C0n A3 GND A4 C2p B4 C3p A5 C2n B5 C3n B6 GND A6 C5p B7 C4p A7 C5n B8 C4n A8 GND A9 C6p B9 C7p A10 C6n B10 C7n B11 GND ...

Page 36: ...n Signal Name B1 GND A1 Ln1p 1 B2 Ln0p 1 A2 Ln1n 1 B3 Ln0n 1 A3 GND A4 Ln2p 1 B4 Ln3p 1 A5 Ln2n 1 B5 Ln3n 1 B6 GND A6 Ln5p 1 B7 Ln4p 1 A7 Ln5n 1 B8 Ln4n 1 A8 GND A9 Ln6p 1 B9 Ln7p 1 A10 Ln6n 1 B10 Ln7n 1 B11 GND Pin Signal Name Pin Signal Name B1 GND A1 Ln0p D1 B2 Ln0p U1 A2 Ln0n D1 B3 Ln0n U1 A3 GND A4 Ln1p D1 B4 Ln1p U1 A5 Ln1n D1 B5 Ln1n U1 B6 GND A6 Ln2p D1 B7 Ln2p U1 A7 Ln2n D1 B8 Ln2n U1 A8 ...

Page 37: ...me Pin Signal Name B1 GND A1 Ln1p 1 B2 Ln0p 1 A2 Ln1n 1 B3 Ln0n 1 A3 GND A4 Ln2p 1 B4 Ln3p 1 A5 Ln2n 1 B5 Ln3n 1 B6 GND A6 Ln1p 2 B7 Ln0p 2 A7 Ln1n 2 B8 Ln0n 2 A8 GND A9 Ln2p 2 B9 Ln3p 2 A10 Ln2n 2 B10 Ln3n 2 B11 GND Pin Signal Name Pin Signal Name B1 GND A1 Ln0p D1 B2 Ln0p U1 A2 Ln0n D1 B3 Ln0n U1 A3 GND A4 Ln1p D1 B4 Ln1p U1 A5 Ln1n D1 B5 Ln1n U1 B6 GND A6 Ln0p D2 B7 Ln0p U2 A7 Ln0n D2 B8 Ln0n U...

Page 38: ...allation and Usage Guide TABLE 4 22 x1 Two Bi Directional Specific 8 Channel PCIe Pinout Pin Signal Name Pin Signal Name B1 GND A1 Ln0p D1 B2 Ln0p U1 A2 Ln0n D1 B3 Ln0n U1 A3 GND A4 NC B4 NC A5 NC B5 NC B6 GND A6 Ln0p D2 B7 Ln0p U2 A7 Ln0n D2 B8 Ln0n U2 A8 GND A9 NC B9 NC A10 NC B10 NC B11 GND ...

Page 39: ...Croy TABLE 4 23 x1 Four Bi Directional Specific 8 Channel PCIe Pinout Pin Signal Name Pin Signal Name B1 GND A1 Ln0p D1 B2 Ln0p U1 A2 Ln0n D1 B3 Ln0n U1 A3 GND A4 Ln0p D2 B4 Ln0p U2 A5 Ln0n D2 B5 Ln0n U2 B6 GND A6 Ln0p D3 B7 Ln0p U3 A7 Ln0n D3 B8 Ln0n U3 A8 GND A9 Ln0p D4 B9 Ln0p U4 A10 Ln0n D4 B10 Ln0n U4 B11 GND ...

Page 40: ...Teledyne LeCroy Pin Assignments for Half Size Probe Connectors 36 PCIe 3 0 Mid Bus Probe Installation and Usage Guide ...

Page 41: ...board Figure 5 1 Full Width Connector for a Mid Bus Probe The probe connector allows the Teledyne LeCroy mid bus probe to attach to the target system board The probe connector is installed by aligning the module pins with the holes on the target system board The probe connector is keyed so be sure to orient it so that it matches the connector 2 Bolt the probe connector to the board 3 Plug the mid ...

Page 42: ...onnection to PCB Connector 4 Carefully tighten the probe to the target by using the two thumbscrews The thumbscrews should be screwed in only finger tight Caution The probe is delicate equipment Please tighten the thumbscrew carefully while watching the LEDs on the probe pod Over tightening the probe header might damage the miniature probing spring pins ...

Page 43: ...s the signal and sends it to the analyzer The PCIe 3 0 Gen3 probe pod is shown below Figure 5 3 Mid Bus Probe Pod and Associated Cables to DUT 6 If you intend to use the analyzer s reference clock connect the three pin clock cable to the port marked Clk In Reference Clock In on the mid bus probe pod 7 Connect the other end of the clock cable to the three pin reference clock header on the PCI Expre...

Page 44: ...Summit T3 16 Analyzer connect the second probe pod using the Upstream 8 16 and Downstream 8 16 ports on the Summit T3 16 Analyzer When using a Summit T34 Analyzer just connect the straight cable between the pod and the analyzer 5 2 Reference Clock Cable The Reference Clock Cable PE014UCA X connects the Mid Bus Pod to the DUT so that the pod can use the clock from the DUT The cable has a 3 pin micr...

Page 45: ... Cable The Daisy Chain Cable PE009UCA X connects multiple Mid Bus Pods together so they can share the same clock One end of the connector is attached to the Clk Out port of the Mid Bus Pod supplying the clock signal and the other end is connected to the Clk In port of the other Mid Bus Pod as shown below ...

Page 46: ...Teledyne LeCroy Daisy Chain Cable 42 PCIe 3 0 Mid Bus Probe Installation and Usage Guide ...

Page 47: ...corded If the analyzer internal clock is to be used then cable the target device to the probe pod as follows however omit the 3 pin reference clock cable s shown in the illustration If external clocking is to be used using the PE014UCA X Ref Clock cable connect the 3 pin reference clock cable from the 3 pin header on the system board to the CLK IN port on one probe pod Then using the PE009UCA X Da...

Page 48: ...Teledyne LeCroy 44 PCIe 3 0 Mid Bus Probe Installation and Usage Guide Figure 6 1 Dual Probe Pod Configuration ...

Page 49: ...Bus Probe Installation and Usage Guide 45 Chapter 7 Recording Traffic For instructions on setting up and implementing a recording please refer to the user manual for the Teledyne LeCroy protocol analyzer being used ...

Page 50: ...Teledyne LeCroy 46 PCIe 3 0 Mid Bus Probe Installation and Usage Guide ...

Page 51: ...mation Use the following table of part numbers and descriptions to order components for Teledyne LeCroy PCIe 3 0 Mid bus probes Ordering Information Table 8 1 Ordering Information Analyzers and Probes on page 48 and Table 8 2 Ordering Information Cables and Accessories on page 49 ...

Page 52: ...or connecting two pods to support bi directional x8 Supports up to bi directional x8 link or uni directional x16 link for use with Summit T3 8 or T3 16 PE091ACA x PCIe3 Half Size Mid bus Probe Kit includes Mid bus pod with Thumbscrews iPass Straight Cable power supply G3x4 Probe Cable Half size Probe Connector two 2 Ref Clock Cables and two 2 Daisy Chain Clock Cables to connect two pods to support...

Page 53: ...T34 1 meter PE009UCA X Daisy Chain Cable for use with x4 Multi lead Pod and Mid bus Pod PE014UCA X Reference Clock Cable for use with x4 Multi lead Pod and Mid bus Pod PE038UIA X PCIe Gen3 Dish for Mid bus Probe PE047UIA X Gen3 Mid Bus Probe Connector Full Size PE054UIA X Gen3 Mid Bus Probe Connector Half Size PE013UCA X x4 tox8 Straight iPass Cable for use with Summit T24 T2 16 T28 T34 T3 8 T3 16...

Page 54: ...Teledyne LeCroy 50 PCIe 3 0 Mid Bus Probe Installation and Usage Guide ...

Page 55: ...ate the updating of the Analyzer 9 2 License Keys A License Key is necessary to enable software maintenance If you attempt to record with the Analyzer without an installed License Key a message appears to indicate that a License Key is necessary in order to record traffic A License Key must be obtained from Teledyne LeCroy for each Analyzer After you obtain the License Key follow these steps to in...

Page 56: ...Teledyne LeCroy License Information 52 PCIe 3 0 Mid Bus Probe Installation and Usage Guide ...

Page 57: ...yne com Contact support teledynelecroy com support contact Visit Teledyne LeCroy s web site teledynelecroy com Tell Teledyne LeCroy Report a problem to Teledyne LeCroy Support via e mail by selecting Help Tell Teledyne LeCroy from the application toolbar This requires that an e mail client be installed and configured on the host machine ...

Page 58: ...Teledyne LeCroy Corporation 54 PCIe 3 0 Mid Bus Probe Installation and Usage Guide ...

Page 59: ... Probe Installation and Usage Guide 55 Appendix B China Restriction of Hazardous Substances Table The following tables are supplied in compliance with China s Restriction of Hazardous Substances China RoHS requirements ...

Page 60: ...Teledyne LeCroy 56 PCIe 3 0 Mid Bus Probe Installation and Usage Guide ...

Page 61: ...16 lane advanced verification system 1 H Half Size Connector Probe Kit 3 Half Size Keepout Volume 11 Half Size Probe Footprint 10 Half Size Probe Kit Capabilities 4 I Installation steps Mid Bus Pod 37 Interposers 1 K Key License 51 L license files 51 License Information window 51 License Key 51 licensing information 51 M Mid Bus Probe Pod 40 Mid Bus Probes 2 Multi Lead Probes 2 P PCB Layout Full S...

Page 62: ...on and Usage Guide S software update 51 Specialty Probes 1 Summit T3 16 1 3 Summit T34 3 Summit T3 8 3 U Update Analyzer dialog 51 Update command 51 Update Device command 51 Update License command 51 Update License dialog box 51 updates 51 W web site 53 ...

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