G4 x1, x4, x8 Y-Cable
Summit T48 (licensed as a Gen4 x4 Analyzer, no Probes or Cables) Hardware/Software Bundle
NVMe Enhanced Mode for Summit T48
Cord Power
Qty: 1Cable USB3.0-A - USB3.0-B 1 m
Qty: 1Cable Patch Cat5e RJ45(m) - RJ45(m) Straight
Qty: 1Cable Y-Type PE021UCA-X Summit T416 x 8
Qty: 1SW-Manuals on USB
Qty: 1Cable USB3.0-A - USB3.0-B 1 m
Qty: 1Cable Patch Cat5e RJ45(m) - RJ45(m) Straight
Qty: 1Summit T48 (licensed as a Gen4 x4 Analyzer, no Probes or Cables) Hardware/Software Bundle
Cord Power
Qty: 1Cable Patch Cat5e RJ45(m) - RJ45(m) Straight
Qty: 1SW-Manuals on USB
Qty: 1Cable USB-A - USB-B
Qty: 1Teledyne LeCroy Protocol Analyzers PE171AAA-X Spec Sheet
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The Summit T416 protocol analyzer supports PCI Express 4.0 with data rates of 2.5 GT/s, 5.0 GT/s, 8.0 GT/s, and 16.0 GT/s across lane widths from x1 to x16. Capturing is performed by connecting a Gen4 interposer to the Device Under Test, with interposers available in x1, x4, x8, and x16 lane widths. The analyzer provides reliable and complete decodes of Transaction Layer Packets (TLPs), Data Link Layer Packets (DLLPs), and all primitives for all lane widths.
The Summit T416 protocol analyzer offers up to 128 GB of recording memory depth. This large trace memory enables extended capture sessions and comprehensive analysis of PCIe traffic over long periods. The deep memory buffer ensures 100% data capture even at the highest data rates up to x16 at 16 GT/s, allowing engineers to capture rare events and analyze complex interactions between PCIe devices.
The Summit T416 supports decoding of PCIe storage protocols including NVM Express (NVMe), SATA Express (both AHCI and ATA), and NVMe-MI management interface. Additional decodes available include SCSI Express (PQI and SOP), TCG Trusted Computing Group, Precision Time Measurement (PTM), and virtualization protocols such as Single and Multi-Root I/O Virtualization (SRIOV and MRIOV) as well as Address Translation Services (ATS).
The Summit T416 utilizes multiple intuitive views for analyzing PCIe traffic including the industry-standard CATC Trace view, Spreadsheet View, LTSSM State View, and Bit Tracer View. These interfaces help find errors fast through powerful triggering, filtering, and error reporting. The software provides meaningful reports about performance and protocol behavior in real time and post-capture, with the ability to drill down to areas of interest or collapse fields that are not relevant.
Yes, the Summit T416 supports MultiPort analysis, which allows simultaneous monitoring and correlation of traffic across multiple PCIe links. This capability is essential for analyzing complex systems with multiple interconnected PCIe devices, such as switches, bridges, and multi-port controllers. The synchronized capture enables engineers to understand how traffic flows through the entire system and identify timing relationships between different links.
Trace Expert is an automated analysis feature that embeds detailed knowledge of the PCIe protocol hierarchy and intricacies as defined in the specification. It automatically alerts users as violations are detected at all levels of the protocol layering, providing one-button error checking. This expert system helps engineers quickly identify protocol violations, performance issues, and compliance problems without requiring deep manual analysis of captured traces.
The Summit T416 requires a host machine running Microsoft Windows 10, Windows 8.1, or Windows 7 with at least 2 GB of RAM. Storage must have at least 200 MB of free space for software installation plus additional space for recorded data. The display should have minimum resolution of 1024x768 with 16-bit color depth. Connection options include USB 2.0 port and 100/1000baseT Ethernet, though optimal performance may require higher specifications as detailed in the product documentation.
The Summit T416 includes dedicated trigger input and output ports for synchronization with external test equipment. The analyzer provides powerful triggering and filtering capabilities to isolate specific protocol events, errors, or traffic patterns. Sync in/out ports enable coordination with other test instruments, while DS and US reference clock inputs support precise timing measurements. The system can trigger on protocol-level events and capture the surrounding traffic for comprehensive analysis.