This 6P4 Exerciser can be configured to emulate the operation of a Root Complex (RC) or an Endpoint (EP) device, effectively acting as a highly-configurable link partner for testing Hosts and Endpoint devices.

The VIAVI Xgig® PCIe 6.0 6P4 Exerciser brings the next generation of high-speed test capability to the Xgig PCIe product portfolio. An Exerciser is a valuable tool for debugging dificult protocol communication problems because it provides full, bit-level, …

Designed for tool versatility, the comprehensive VIAVI Xgig PCIe 6.0 platform features Analyzer and Exerciser functionality on the same chassis, augmented with application-specific interposers.

Designed for tool versatility, the comprehensive VIAVI Xgig PCIe 6.0 platform features Analyzer and Exerciser functionality on the same chassis, augmented with application-specific interposers.

Xgig 6P4 可產生並回應 64 GT/s 的 PCIe6.0 或 CXL2.0 資料流，當作 Root Complex（RC，主機端）或 Endpoint（EP，端點設備）角色使用。 這使其能夠模擬不同類型的 PCIe 和 CXL 設備，進行深入的主機與端點測試。 此外，6P4 具備動態控制能力，可即時定義、執行及調整 Ordered Sets（TS0、TS1、TS2）、TLP、DLLP 及 LTSSM 序列，同時支援 PCIe FLIT 模式與非 FLIT 模式。 隨著 CXL 技術的發展，相容性與互通性測試變得至關重要。 CXL聯盟積極推動全球企業 …

Aug 4, 2024 · The demo features a Rambus CXL endpoint device (featuring a Rambus CXL Controller) connected to a Viavi Xgig 6P4 Exerciser using Samtec Firefly optical cables. This subsystem runs at 16 GT/s on 4 lanes, showing stable performance in …

In this demonstration, Olivier Alexandre, Senior Manager of Validation Engineering at Rambus, shows Rambus CXL IP instantiated in an endpoint device connected to a Viavi Xgig 6P4 Exerciser using Samtec Firefly optic cable technology, effectively creating a remote “CXL Memory Expansion” block.

Xgig 6P4 可產生並回應 64 GT/s 的 PCIe 6.0 資料流，並能夠靈活地當作 Root Complex（RC，主機端）或 Endpoint（EP，端點設備）角色使用。 這使其能夠模擬不同類型的 PCIe 設備，進行深入的主機與端點測試。 此外，6P4 具備動態控制能力，可即時定義、執行及調整 Ordered Sets（TS0、TS1、TS2）、TLP、DLLP 及 LTSSM 序列，同時支援 PCIe FLIT 模式與非 FLIT 模式，滿足新一代 PCIe 設計需求。 此外，開發人員可以透過「可程式化資料序列」來模擬非標 …

Xgig is a unified, integrated platform employing a unique chassis and blade architecture for maximum scalability and flexibility and fixed portable solutions. Various blades support a wide range of protocols and test functions.

An Xgig Exerciser can both transmit data packets and respond to input packets from the DUT enabling complex test cases. An Xgig Generator is a combination of hardware and software which can transmit user defined data packets to a device under test (DUT).