941-0080
Multirate Test Systems
The Keysight A400GE-QDD, 2-port, 400GE / 200GE / 100GE / 50GE Layer 1 BERT QSFP-QDD test system includes a fixed chassis containing the latest version of the KiOS software.
941-0081
Multirate Test Systems
The Keysight A400GE-QDD four-port, 400GE / 200GE / 100GE / 50GE Layer 1 BERT QSFP-QDD test system includes a fixed chassis containing the latest version of the Keysight KiOS software.
941-0086
Multirate Test Systems
The Keysight G800GE-02 system ensures reliable, high-speed network performance with advanced error detection and correction, comprehensive Layer 1 and Layer 2 testing, and an intuitive interface for streamlined test management.
941-0087
Multirate Test Systems
The Keysight G800GE-02 system ensures high-speed network reliability and efficiency with advanced error detection and correction, versatile connectivity options, and an intuitive interface for streamlined testing and analysis.
941-0088
Multirate Test Systems
The Keysight G800GE system ensures high-speed network reliability and performance through advanced error detection and correction, comprehensive Layer 1 and Layer 2 testing, and an intuitive interface for efficient test management.
941-0089
Multirate Test Systems
The Keysight G800GE system enhances network reliability and performance with advanced error detection and correction, high-speed data testing, and an intuitive interface for efficient test management.
X8712A
IoT Battery Life Solutions
The X8712A IoT Device Battery Life Optimization Solution goes beyond estimating battery runtime. It determines events that are causing battery charge consumption.
AE2000L
In Vehicle Communications
Keysight’s automotive SerDes cable and channel validation test solution help you to test cables, adapters, connectors, and/or harnesses using automotive SerDes are free of impedance mismatches, signal distortion or defects, or cross talk between cables.
AE2000R
In Vehicle Communications
Keysight’s Automotive SerDes receiver (Rx) solution will ensure interoperability for automotive in-vehicle networks of MIPI A-PHY.