Interposers, Probes and Adapters The Teledyne LeCroy PCI Express Product Line includes a wide variety of probe systems, designed

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1 Interposers, s and Adapters for Teledyne LeCroy PCI Express s The Teledyne LeCroy PCI Express Product Line includes a wide variety of probe systems, designed to reliably capture serial data traffic while minimizing perturbations in the serial data stream. systems include (a) interposers, designed to capture data traffic crossing a card-connector ed to capture traffic flowing between components on the same PCB through a special pad designed into the PCB surface, and (c) Multi-lead probes, which can be attached directly to exposed traces on the PCB surface. Teledyne LeCroy s Edge s incorporated an integrated interposer design and are not covered in this document. Interposers are placed between the PCI Express expansion card and the PCI Express card slot on the motherboard. The interposer card plugs directly into the card slot, the expansion card plugs directly into the interposer, and a tap is provided for connection to the analyzer in order to capture traffic flowing through the connection. Specialty interposer probes are provided for connectors such as ExpressCard, ExpressModule, AMC and XMC Mezzanine Cards, VPX and HP Blade Server systems. Interposers may be either passive or active: passive interposers simply pass through the PCI Express signals, while active interposers regenerate the signals to ensure reliable communication between the devices with the interposer in place. MidBus (both full- and half-size) and Multi-lead probes connect directly to the PCB board through special header connections designed into the PCB (in the case of MidBus probes), or through multiple leads which are connected to PCI Express surface traces on the PCB. In all cases, Teledyne LeCroy probing systems are designed to minimize perturbations of the electrical characteristics of the interface, so that test results with the probe in place replicate as closely as possible the system performance without the probe. A Wide Variety of interface, (b) MidBus probes, designe Bus Probing Options MidBus Customer PCIe Card Customer PCIe Slot Protocol Pod Interposer Card Card Reducer Edge Adapter (if permitted see interposer description) Generic Protocol s Interconnect Diagram This diagram illustrates the three basic methods for introducing a protocol analyzer probe into a PCI Express system. The interposer solution, illustrated on the left side, introduces a card that is plugged into a standard PCI Express slot (or specialty slot), and then the PCI Express card under test is plugged into this interposer. The MidBus probe solutions are designed for PCI Express bus systems which are integrated into the design of a PCB, and allow the probe to tap into the signals through direct attachment to the PCB bus system. The two basic methods used are a multi-lead cable, which is connected to pins soldered to the traces, or header connections which are designed into the PCB to provide access to the PCI Express bus. Full-Size Header Half-Size Header Multi-lead Cable 1

2 Overview of PCIe ss Interposers Multi-lead s MidBus s Current s and s Compatible s (currently sold) For Part Number Description Details Page T3-16 T3-8 T28 T2 s for PCIe 1.0a (Supporting data rate of ) PE005ACB-X T28, T3-8, T3-16 Multi-lead s for PCIe 2.0 (Supporting data rates of and 5 GT/s) PE001ACB-X Gen1 x8 MidBus Kit (Full Size) PE00ACB-X Gen1 x MidBus Kit (Half Size) PE075UIA-X x16 Passive Slot Interposer PE07UIA-X x8 Passive Slot Interposer PE073UIA-X x Passive Slot Interposer PE072UIA-X x1 Passive Slot Interposer PE018UIA-X Active Slot Interposer (up to x16) PE069UIA-X Active Slot Interposer (up to x8) PE060UIA-X AMC Interposer 5 PE08UIA-X XMC Interposer 5 PE070UIA-X VPX Interposer 6 PE09UIA-X Mini Card Interposer (Mini-to-Mini) PE051UIA-X Mini Card Interposer (Mini-to-PCIe) 6 PE055UIA-X ExpressCard Interposer 5 PE050UIA-X Cable Interposer 6 PE061UIA-X CompactPCI Serial Interposer 5 PE01ACA-X x16 Multi-lead PE00ACA-X x8 Multi-lead PE039ACA-X x Multi-lead 10 PE038ACA-X x1 Multi-lead PE022ACA-X x16 Multi-leadlead Kit PE019ACA-X PE010ACA-X PE026ACA-X x8 Multi-lead Kit x Multi-lead Kit x1 Multi-lead Kit PE080ACA-X PE061ACA-X x Multi-lead Set x8 MidBus Kit (Full Size) PE086ACA-X PE062ACA-X x1 Multi-lead Set x MidBus Kit (Half Size) 9 8 PE017ACA-X PE018ACA-X x8 Mid-bus Kit (Full Size) x Mid-bus Kit (Half Size) PE081UCA-X x MidBus Kit 8 s for PCIe 3.0 (Supporting data rates of, 5 GT/s and 8 GT/s) PE039UIA-X x16 Active Interposer PE00UIA-X x8 Active Interposer PE01UIA-X x Active Interposer PE02UIA-X x1 Active Interposer PE058UIA-X Right 90 Degree Server Interposer PE059UIA-X Left 90 Degree Server Interposer PE062UIA-X x8 ExpressModule Interposer PE063UIA-X x ExpressModule Interposer PE06UIA-X x1 ExpressModule Interposer PE081UIA-X Single Port SFF-8639 Interposer PE088UIA-X Dual Port SFF-8639 Interposer PE089UIA-X M.2 M-Type Interposer PE090UIA-X M.2 B/B-M-Type Interposer PE066UIA-X Multi-lead Pod PE080UIA-X x1 Multi-lead Kit (6 inch version) PE050ACA-X MidBus Kit (Full Size) PE051ACA-X MidBus Kit (Half Size) Note: s marked with use legacy connection cable PE012UCA-X. s marked use x-to-x8 Straight cable PE013UCA-X

3 Overview of PCIe ss Interposers Multi-lead s MidBus s Legacy s (no longer sold d) Part Number Description s for PCIe 1.0a (Supporting data rate of ) Gen1 Passive Slot Interposer PE007UIA-X Gen1 AMC Interposer PE036UIA-X Gen1 XMC Interposer PE006UIA-X Gen1 ExpressCard Interposer PE032UIA-X Gen1 ExpressModule Interposer PE005ACA-X PETracer Multi-lead PE001UAA-X PE00ACA-X Gen1 x8 MidBus Kit (Full Size) Gen1 x MidBus Kit (Half Size) s for PCIe 2.0 (Supporting data rates of and 5 GT/s) PE075UIA-X PE07UIA-X PE073UIA-X PE072UIA-X x16 Passive Slot Interposer x8 Passive Slot Interposer x Passive Slot Interposer x1 Passive Slot Interposer PE018UIA-X Active Slot Interposer (up to x16) PE069UIA-X Active Slot Interposer (up to x8) PE060UIA-X AMC Interposer PE08UIA-X XMC Interposer PE070UIA-X VPX Interposer PE09UIA-X PE051UIA-X Mini Card Interposer (Mini-to-Mini) Mini Card Interposer (Mini-to-PCIe) PE055UIA-X ExpressCard Interposer PE050UIA-X Cable Interposer PE061UIA-X CompactPCI Serial Interposer PE037UIA-X HP BladeServer Interposer PE01ACA-X PE00ACA-X PE039ACA-X PE038ACA-X x16 Multi-lead x8 Multi-lead x Multi-lead x1 Multi-lead PE061ACA-X x8 MidBus Kit (Full Size) PE062ACA-X x MidBus Kit (Half Size) Note: s marked with use legacy connection cable PE012UCA-X. Compatible s (legacy systems) T2-16 PETracer ML For Details See Page Legacy s (no longer sold) Part Number Description T3-16 s for PCIe 2.0 (Supporting data rates of and 5 GT/s) PE012UIA-X x16 Passive Slot Interposer PE013UIA-X x8 Passive Slot Interposer PE01UIA-X x Passive Slot Interposer PE015UIA-X x1 Passive Slot Interposer PE021UIA-X PE022UIA-X PE02UIA-X PE025UIA-X PE022ACA-X PE019ACA-X PE010ACA-X PE026ACA-X PE017ACA-X PE018ACA-X x16 Passive Slot Interposer Kit x8 Passive Slot Interposer Kit x Passive Slot Interposer Kit x1 Passive Slot Interposer Kit x16 Multi-lead Kit x8 Multi-lead Kit x Multi-lead lead Set x1 Multi-lead Set x8 MidBus Kit (Full Size) x MidBus Kit (Half Size) T3-8 Compatible s T28 T2 T2-16 PETracer ML 3

4 Passive and Active Slot Interposers Interposers Multi-lead s MidBus s Passive Slot Interposer Y-Cables One cable supports x8 applications, Two are required for x16 applications. T28 Part Numbers: PE075UIA-X PE07UIA-X PE073UIA-X PE072UIA-X The Passive Slot Interposers support lane widths from x1 to x16 at rates of or 5.0 GT/s. These cards CANNOT be used with card reducer edge adapters, and therefore must be purchased with the correct card slot width. The four part numbers listed on the left correspond to x16, x8, x and x1 respectively. For lane widths up to x8, one (PE010UCA- X) is required. For x16 applications, two s are required. For T2, use PE013UCA-X. For convenience, these products are also sold in kits that include the required cables (PE079UIA-X for x16, PE078UIA-X for x8, PE077UIA-X for x, and PE076UIA-X for x1). Active Slot Interposer Y-Cables One cable supports x8 applications, Two are required for x16 applications. Active Slot Interposer Y-Cables One cable supports x8 applications, Two are required for x16 applications. Part Numbers: PE018UIA-X (up to x16) PE069UIA-X (up to x8) T3-16 T3-16 Part Numbers: PE039UIA-X PE00UIA-X PE01UIA-X PE02UIA-X The Active Slot Interposers are designed for use with the s, and support lane widths up to x16 (PE018UIA-X) or up to x8 (PE069UIA-X). For lane widths up to x8, one is required (PE010UCA-X). For x16 applications, two s are required. For T2, use PE013UCA-X. If you need to install these interposers into a smaller lane width slot, use a card reducer edge adapter (PE002UIA-X, PE003UIA-X, or PE00UIA-X). For convenience, these products are also sold in kits that include the required cables (PE019UIA-X for x16, PE068UIA-X for x8). The Active Slot Interposer is for use with the T3-16 and T3-8 s, and supports lane widths to x16 (x8 for the T3-8) at data rates of 2.5, 5.0 and 8 GT/s. The interposer uses Teledyne LeCroy s T.A.P. 3 technology to ensure complete data capture at rates with minimal signal perturbation. These cards CANNOT be used with card reducer edge adapters, and therefore must be purchased in the correct card slot width. The four part numbers listed above correspond to x16, x8, x and x1 respectively. For lane widths up to x8, one (PE010UCA- X) is required. For x16 applications, two s are required. For convenience, these products are sold in kits that include one or two cables (as appropriate). M.2 Interposer Part Numbers: PE089UIA-X T3-8 Slot X(NVM (NVMe x) The M.2 Interposer is designed for testing SSD PE090UIA-X (SATA Express x2) Y-Cable SSD under test modules designed to M.2 specifications. PE089UIA-X is designed to support socket 3 memory modules using NMVe x. PE090UIA-X is designed for socket 2 memory modules using SATA Express x2. Both interposers support M.2 memory modules in lengths of 2mm x 22mm, 60mm x 22mm, 80mm x 22mm and 110mm x 22mm. The device under test is mounted on the interposer, and the cables provide a connection to the host M.2 slot. One (PE010UCA-X) is required for T3-16, T3-8 and T28 systems. For T2, use a PE013UCA-X x-to-x8 cable.

5 Specialty Interposer s Interposers Multi-lead s MidBus s AMC Interposer Part Number: PE060UIA-X Card Under Test Y-Cable T28 The Advanced Mezzanine Card (AMC) Interposer is designed for use with the Protocol s, and supports lane widths from x1 up to x8 at data rates of and 5 GT/s. Insert the AMC Card being tested into the interposer, and insert the interposer into the host system. cable. For T2, use PE013UCA-X XMC Module Interposer Part Number: PE08UIA-X Card Under Test (plugs into back side) T2 Straight x-to-x8 Cable 1 m PN: PE013UCA-X The Switched Mezzanine Card (XMC) Interposer is designed for use with the Protocol s, and supports lane widths from x1 to x8 at data rates of and 5 GT/s. Connect the XMC Card being tested into the interposer, and connect the interposer into the host system. cable. For T2, use PE013UCA-X, as shown here. ExpressCard Interposer Part Number: PE055UIA-X USB (optional) Card Under Test or Y-Cable The ExpressCard Interposer is designed for use with the Family of Protocol s and supports x1 lane width at data rates of and 5 GT/s. Insert the ExpressCard into the interposer, and insert the interposer into the host system. cable. For T2, use PE013UCA-X. Note: The ExpressCard standard supports both PCI Express and USB data links, and the ExpressCard Interposer makes both channels available. A USB analyzer can also be connected to the interposer to capture USB traffic in combination with the PCI Express analyzer. CompactPCI Serial Interposer Part Number: PE061UIA-X Y-Cable T28 The CompactPCI Serial Interposer is designed d for use with the Family of Protocol s, and supports lane widths from x1 to x8 at data rates of 2.5 and 5 GT/s. Insert the CompactPCI Serial card being tested into the interposer and insert the interposer into the host system. To connect the analyzer, use the PE010UCA-X Y-Cable. For T2, use PE013UCA-X. Carrier card inserts into host system 5

6 Specialty Interposer s Interposers Multi-lead s MidBus s VPX Interposer Part Number: PE070UIA-X Y-Cable T28 Carrier card inserts into host system The VPX Interposer is designed for use with the Family of Protocol s and supports lane widths from x1 to x16 at data rates of and 5 GT/s. Insert the VPX Module into the interposer, and insert the interposer into the host system. cable. For T2, use PE013UCA-X. There are two connectors on the VPX Interposer. Connect to the upper connector for lane widths up to x8, and to both connectors (using two cables) for x16. HP Blade Interposer Part Number: PE037UIA-X Y-Cable T2-16 The HP Blade Interposer is designed for use with the T2-16 Protocol and with Mezzanine and Adapter cards designed for the Hewlett-Packard Blade. The Interposer supports lane widths up to x8 at data rates of or 5 GT/s. Insert the Mezzanine card into the interposer, and insert the interposer into the HP. 1 meter. For T2, use PE013UCA-X. HP Blade Chassis Mini Card Interposer Part Number: PE09UIA-X (Mini-to-Mini) PE051UIA-X (Mini-to-PCIe) Y-Cable T28 USB (optional) PCI Express Slot The Mini Card Interposer is designed for use with the Family of Protocol s. The interposer supports x1 lane widths at data rates of and 5 GT/s. The Mini Card Interposer also provides a connection for a Teledyne LeCroy USB protocol analyzer. There are two configurations of the Mini Card Interposers: (1) as an extender board plugged in (via a cable) to a host Mini Card slot (Mini-to-Mini, PE09UIA-X) or (2) with a standard PCI Express slot to connect the Mini Card directly to the slot (Mini-to-PCIe, PE051UIA-X, shown here). Cable Interposer Part Number: PE050UIA-X The Cable Interposer provides a simple means to tap into the serial data traffic between any two system components which are connected using standard cables. Simply connect the host to the interposer connector, connect the device to the Device connector, and then connect the analyzer to the connector using a PE010UCA-X Y-Cable. For T2, use PE013UCA-X to connect to the analyzer. The Cable Interposer uses standard x8 connectors. If your host and device use x connectors, use the PE013UCA-X Cables to connect to the interposer. 6

7 Specialty Interposer s Interposers Multi-lead s MidBus s 90 Degree Server Interposer Part Number: PE058UIA-X (Right) PE059UIA-X (Left) PCI Express Card Under Test PCI Express Slot Y-Cable T3-8 The 90 Degree Server Interposer is designed for use with the T3-16 and T3-8 Protocol s. The interposer is an active slot interposer designed with Teledyne LeCroy s T.A.P. 3 technology, has a 90 degree change in direction (either left or right select correct part number as shown on the left), and is useful when testing PCIe cards in enclosed environments, such as 1U and 2U server enclosures. Insert the interposer into the PCIe slot of the motherboard, then insert the PCIe card into the slot connector on the surface of the board. 1 meter. Single Port SFF-8639 Interposer Part Number: PE081UIA-X Y-Cable (1 m) PN: PE010UCA-X Device Under Test T3-8 The Single Port SFF-8639 Interposer is designed for use with the Family of Protocol s and supports SFF-8639 drives (both 2.5 and 3 ) using NVMe, SCSI Express and SATA Express. The product supports lane widths up to x and data rates up to 8 GT/s. Insert the drive into the interposer, and insert the interposer into the host system. cable. For T2, use PE013UCA-X. Note: There are two analyzer connectors on the interposer. One is used only for SATA Express, the second supports NVMe and SCSI Express. Dual Port SFF-8639 Interposer Part Number: PE088UIA-X CrossSync Cable Device Under Test T3-8 Y-Cables (1 m) P N: PE010UCA-X The Dual Port SFF-8639 Interposer is designed for use with the Family of Protocol s and supports dual-ported SFF-8639 drives (both 2.5 and 3 ) using NVMe and SCSI Express. The product supports lane widths up to x2 and data rates up to 8 GT/s. Insert the drive into the interposer, and insert the interposer into the host system. To connect the analyzers, use the PE010UCA-X cables. For T2, use PE013UCA-X. Note: Two analyzer ports are provided. To capture traffic on both ports, use two analyzers and connect them with an optional CrossSync cable to provide time-synchronized traces. ExpressModule Interposer Part Numbers: PE062UIA-X (x8) PE063UIA-X (x) PE06UIA-X (x2) Serve Backplane Y-Cable T3-8 ExpressModule Card Under Test The ExpressModule Interposer is designed for use with the T3-16, T3-8 and T28 Protocol s. The interposer is an active slot interposer designed with Teledyne LeCroy s T.A.P. 3 technology, and has three configurations, for x8, x and x1 ExpressModule configurations. Insert the interposer into the PCIe slot of the motherboard, then insert the PCIe card into the slot connector mounted on the surface of the board. 1 meter. 7

8 MidBus s Interposers Multi-lead s MidBus s MidBus Kit for T2 Part Number: PE081ACA-X T2 Cable (1m) PN: PE013UCA-X One cable supports up to x applications The MidBus Kit for the T2 support lane widths from x1 to x at data rates of and 5.0 GT/s. To prepare a PCB for use with the MidBus, an attachment pad is designed into the layout, and a retention module is mounted to this pad. A header cable attaches from this header to the MidBus Pod, and a reference clock cable (PE01UCA-X) also connects from the PCB to the pod. The pod then attaches to the T2 analyzer using an cable (PE013UCA-X). MidBus Pod (PE082UIA-X) One pod supports up to x lanes PE075ACA-X Half-size MidBus Head Retention Module: PE076ACA-X Universal PE01UCA-X Ref Clock Cable MidBus Kit Part Numbers: PE061ACA-X PE062ACA-X MidBus Pod (PE071UIA-X) One pod supports x8, two are required for x16. PE01UCA-X Ref Clock Cable Y-Cables (1m) PN: PE010UCA-X One cable supports x8 applications, Two are required for x16 applications. PE008ACA-X Full-size MidBus The MidBus Kits support lane widths from x1 to x16 at data rates of and 5.0 GT/s. To prepare a PCB for use with the MidBus, an attachment pad is designed into the layout, and a retention module is mounted to this pad. A header cable attaches from this header to the MidBus Pod, and a reference clock cable (PE01UCA-X) also connects from the PCB to the pod. The pod then attaches to the analyzer using an (PE010UCA-X). For x16, use two x8 Pods and two assemblies. Note: A customer using this configuration can also create an interposer card using the PE027UIA-X DualMidBus Interposer. PE009ACA-X Half-size MidBus Part Number PE061ACA-X PE062ACA-X Compatibility T3-16, T3-8, T2-16, T28 Retention Modules: Full Size Half Size Maximum Lane Width x8 (x16 with two kits) x Header Full-size Half-Size 8

9 MidBus s Interposers Multi-lead s MidBus s MidBus Kit Part Number: PE050ACA-X (Full Size) PE051ACA-X (Half Size) Y-Cable PE010UCA-X One cable supports x8 applications, Two are required for x16 applications. PE05ACA-X MidBus Pod One pod supports x8, two are required for x16 The MidBus is designed for use with the T3-16 and T3-8 s, and supports lane widths from x1 to x16 at data rates of, 5 GT/s and 8 GT/s. To prepare a PCB for use with the MidBus, an attachment pad is designed into the layout, and a probe connector is mounted to this pad. A probe cable attaches from this connector to the PE05UIA-X MidBus Pod, and a reference clock cable also connects from the PCB to the pod. The pod then attaches to the analyzer using an (PE010UCA-X). For x16, use two Pods and two cable assemblies. x16 Configuration (shown here) uses two Pods, cable assemblies, and headers. PE01UCA-X Ref Clock Cable Cable PE052ACA-X Full-Size PE053ACA-X Half Size Connector PE07UIA-X Full-Size PE05UIA-X Half Size Multi-lead s Interposers Multi-lead s MidBus s Multi-lead Kit for T2 PE080ACA-X G2xMulti-lead lead Pod PE086ACA-X G2 x1 Multi-lead Set PE013UCA-X Cable Multi-lead Pod PE083UIA-X T2 PE01UCA-X Ref Clock Cable PE036ACA-X Coax Cable PE020ACA-X Flex Tip The Multi-lead Kit for the T2 supports lane widths of x1 to x at data rates up to 5 GT/s. The Multi-lead for T2 consists of a probe pod (PE083UIA-X) which can support up to sixteen coax cables (PE036ACA-X) which connect in pairs to multilead flex tips (PE020ACA-X). Each flex tip allows the user to solder connections to traces on the PCB under test. The connection from the pod to the T2 analyzer is made using an x-to-x8 cable (PE013UCA-X). 9

10 Multi-lead s Interposers Multi-lead s MidBus s Multi-leadlead Part Number: PE0 ACA-X fill in PN x Configuration Shown Here Bus Width x1 Part Number 38 Y-Cable* PE010UCA-X Cables PE013UCA-X x Pods PE067UIA-X Coax Cables PE036ACA-X Flex Tips (70Ω) PE037ACA-X 1* 1 2 x x8 x * The Multi-lead lead is designed for use with the Family of Protocol s (except T2, see page 9 for T2 Multi-lead probe). The probe consists of 1 to probe pods which are connected to the analyzer using either Y- Cables (for x1 and x) or straight x-to-x8 cables (for x8 and x16). Each probe pod supports up to 8 Flex Tips, with each Flex Tip connected via two coax cables. The Flex Tips are soldered directly to exposed bus traces located anywhere on the PCB within approximately 0 cm (16 ) of the probe pod, and provide a high impedance connection to maintain the signal integrity of the PCI Express bus. Ref Clock Cable PE01UCA-X * Y-Cable is required but not included in kit. Multi-lead PE066UIA-X G3 Multi-lead Pod PE065UIA-X G3 x1 Multi-lead Set T3-8 Connection Cables PE010UCA-X (x or less) PE013UCA-X (x8 or x16) Multi-lead Pod PE065UIA-X PE065UIA-X x1 Set The Multi-lead supports lane widths of x1 to x16 at data rates up to 8 GT/s. The Multi-lead consists of one to four probe pods (PE065UIA-X), each of which can support up to four x1 probe sets (PE065UIA-X). Each x1 probe set includes two cables to attach to the probe pod, two flexible tips and two probe wires to solder to traces on the PCB under test. For designs of x or less, the connection from the pod to the analyzer is made using an (PE010UCA-X). For x8 or x16 designs, straight cables (PE013UCA-X) are used to connect to multiple probe pods. Tip Connection Specifications for Multi-lead and MidBus s MidBus Part Number(s) T2 Multilead PE080ACA-X PE086ACA-X Multi-lead PE0xxACA-X (see table page 9) Multi-lead PE066UIA-X Pod PE065UIA-X Sets Lane Widths x1, x2, x x1, x, x8, x16 x1, x, x8, x16 x1, x2, x x1, x, x8, x16 x1, x, x8, x16,, 2. 5 GT/s,,,, Data Rates 5 GT/s 5 GT/s 5 GT/s, 8 GT/s 5 GT/s 5 GT/s 5 GT/s, 8 GT/s Power Source external from analyzer x-to-x8 Connector x-to-x8 (x8, x16) or Y-Cable (x1, x) from analyzer x-to-x8 Y-Cable(s) Y-Cable(s) (x8, x16) or x-to-x8 via via MidBus Y-Cable (x1, x) MidBus Pod Pod Pod Required x PE083UIA-X x PE067UIA-X x PE065UIA-X x PE082UIA-X x PE071UIA-X x PE05UIA-X See product datasheets for complete specification information 10 T2 MidBus MidBus MidBus PE081ACA-X PE017ACA-X PE050ACA-X external from analyzer from analyzer

11 Specifications for Interposers Interposer Gen 2 Passive Active Active AMC XMC Express Card VPX CompactPCI Serial Part Number PE072UIA-X to PE075UIA-X PE018UIA-X PE039UIA-X to PE02UIA-X PE060UIA-X PE08UIA-X PE055UIA-X PE070UIA-X PE061UIA-X Form Factor PCIe CEM* PCIe CEM* PCIe CEM* Custom Custom Custom Custom Custom Dimensions 5.75 x x x x 1.25 x x x 11.9 Lane Width x1, x2, x, x8, x16 x1, x2, x, x8, x16 x1, x2, x, x8, x16 x1, x2, x, x8 x1, x2, x, x8 x1 x1, x2, x, x8, x16 x1, x2, x, x8 Data Rates 2.5,5 and 8 GT/s 2.5 GT/s Power Source Impedance (Differential) 85 ohm 85 ohm 100 ohm 85 ohm 85 ohm 85 ohm 85 ohm 85 ohm Connector** (2 for x16) (2 for x16) (2 for x16) s Interposer Mini Card Cable HP Blade 90 Degree Server Express Module SFF-8639 Single- Port SFF-8639 Dual-Port M.2 Part Number PE09UIA-X PE051UIA-X PE036UIA-X PE037UIA-X PE058UIA-X PE059UIA-X PE062UIA-X PE063UIA-X PE06UIA-X PE018UIA-X PE088UIA-X PE089UIA-X PE090UIA-X Form Factor Custom Custom Custom Custom Custom Custom Custom Custom Dimensions x x x x 6.6. x ,6 x x x 9.0 Lane Width x1, x2, x, x8 x1, x2, x, x8 x1, x2, x, x8 x1, x2, x, x8 x1, x, x8 x2 SATA Exp, x NVMe, & x SCSI Exp. x2 NVMe & x2 SCSI Express x SCSI Exp. OR x2 SATA Exp. Data Rates 2.5,5 and 8 GT/s 2.5, 5 and 8 GT/s 2.5, 5 and 8 GT/s 2.5, 5 and 8 GT/s 2.5, 5 and 8 GT/s Power Source Ext ternal Impedance (Differential) 85 ohm 85 ohm 85 ohm 85 ohm 85 ohm 85 ohm 85 ohm 85 ohm Connector** Y-Cable Y-Cable Y-Cable Y-Cable *Card meets PCIe CEM requirements except for physical dimensions, i as not ted immediately below. ** T2 s always use x-to-x8 cable (PE013UCA-X). All other systems use Y-Cable (PE010UCA-X). See product datasheets for complete specification information 11

12 General Purpose Adapters and Extenders Product Part Number Image Product Part Number Image ExpressCard to ExpressCard Slot Passive Extender EXP2EXP PCI Express x16 Right Angle Adapter (B Side Up) PEART16B PCI Express x to Infiniband x Adapter IB2X PCI Express Card to ExpressCard Slot Adapter PCIE2EXP PCI Express x Edge Connector to Infiniband x Adapter IB2XE PCI Express MINI Card to ExpressCard Slot Adapter MINI2EXP PCI Express x16 to x1 Adapter PEA1621 PCI Express MINI to PCI Express Slot, Passive Adapter MINI2PCIE PCI Express x16 to x Adapter PEA162 ExpressCard to PCI Express Slot, Passive EXP2PCIE PCI Express x16 to x8 Adapter PEA1628 VPX Side Adapter (connects VPX Expansion Card to PCIe Card Slot) PE-VPX-2- X16SLOT PCI Express x16, 50 ohm Bus Termination Adapter PETERMX VPX Device Side Adapter (connects PCIe Expansion Card to VPX Backplane) PE-X16SLOT- 2-VPX PCI Express Loop Back Adapter (Tx to Rx Bus for Link Training Verification) PELOOP- BACK SFF-8639 to x Slot PCI Edxpress Socket Adapter, for NVMe x, SCSI Express x2, SATA Express x2 PE xslot-x PCI Express x16 Right Angle Adapter (A Side Up) PEART16A teledynelecroy.com Local sales offices are located throughout the world. Visit our website to find the most convenient location Teledyne LeCroy. All rights reserved. Specifications, prices, availability and delivery subject to change without notice. Product or brand names are trademarks or requested trademarks of their respective holders. PCIPROBES 1013