
944-1180
Ultra-High Density
The Keysight ultra high-density software includes the basic package and the basic routing bundle for UHD100T32.

944-1188
Ultra-High Density
Keysight’s UHD400T solution is a white-box switch based 400GE traffic generator that is built from the ground up. It offers the industry’s first hardware test platform that opens itself up to disaggregate its control plane services from its data plane service.

944-1450
Ultra-High Density
Combines balanced capabilities and fast test times with low price per port and high use flexibility.

DH0150A
Wireless Compliance Solutions
Simulate real‑world interference with Keysight’s Wireless Coexistence Test Solution—fast, ANSI C63.27‑aligned testing to ensure reliable performance in a noisy RF environment.

IOT0047A
Wireless Compliance Solutions
Regulatory compliance test solution validates the regulatory compliance of unlicensed wireless devices across a range of major standards, such as the ETSI and FCC.

X8749B
Wireless Compliance Solutions
The X8749B signal conditioning test set interconnects test instruments, devices under test (DUT), and companion devices with the IOT0047A regulatory test solution.

X8750A
Wireless Compliance Solutions
The X8750 MIMO power test set performs synchronously triggered MIMO power measurements for up to four transmit chains. It is part of the Keysight IOT0047A regulatory test solution.

SL1062A
Battery Test Solutions
The Measurement & Control Module SL1062A is portable temperature measuring module for record thermocouple – temperature sensors of type K for a temperature range of -100 to +1300 °C and with 16 channels. The module can be used either as a stand-alone device or as extension for a Scienlab Battery Test System.

SL1063B
Battery Test Solutions
The Measurement & Control Module SL1063B is a rack-mount measuring and control module for measuring and switching of digital signals with 16 digital in-/output channels. The module can be used either as a stand-alone device or as extension for a Scienlab Battery Test System.