Interconnect Test System Software

The Interconnect Test System (ITS) is an innovative browser-based software that includes a fast graphical user interface (GUI). It runs on the Interconnect and Network Performance Tester 800GE and 1600GE platform, or a client network. The cohesive solution validates the performance of high-speed optical and copper network equipment and various interconnects.

Keysight x1149 Interconnect Test

Describes the steps to create 1149.1 Interconnect Test.

Keysight Functional Interconnect Test Solutions

Multiple channel system for error performance validation of Bit Error Ratio and Forward Error Correction applications.

Digital Interconnect Test System Reference Solution

This solution brief highlights the features and benefits of the Digital Interconnect Test System Reference Solution.

Digital Interconnect Test System Reference Solution

This configuration guide contains information to help you configure your Digital Interconnect (Physical Layer Test System PXI VNA) Reference Solution and tailor the system to meet your requirements.

S94USBCB USB-C Compliance Test MOI for High Speed Interconnects Test Automation

Method of Implementation (MOI) for USB Type-C Interconnects Compliance Test Solution using Keysight Vector Network Analyzer, L8990M Switch Matrix and S94USBCB Compliance Test Software

USB Type-C Interconnects Compliance Test Solution

Faster Cable Test with the Keysight HSD Interconnects Test Solution.

Advanced VNA-Based Test Systems for Analysis of High-Speed Digital Interconnects

Discusses interconnect testing and present solutions based on the latest generation of test software (PLTS2011) for Keysight's line of performance network analyzers (PNAs) focused on Software.

Testing 800G and 1600G Ethernet Interconnects

Explore Keysight’s latest 800G and 1600G Ethernet test solutions for validating high-performance interconnects, including active cables and immersed optical transceivers in data centers.

Interconnect and Network Performance Tester 1600GE

The Interconnect and Network Performance Tester 1600GE (INPT-1600GE-C) is the latest innovation in 1.6 Terabit Ethernet (1.6TE) hardware test platforms for traffic generation and analysis.

Interconnect and Network Performance 800GE Test System

The Interconnect and Network Performance Tester benchtop 800GE system brings the award-wining Layer 1 through Layer 3 data and control plane test capabilities of the AresONE 800GE-M rackmount test systems to the new, portable, benchtop chassis.

Simplify 1.6T Ethernet Testing: A New Way to Validation Interconnects

In this webinar, learn how Keysight’s Interconnect and Network Performance Tester 1600GE (INPT-1600GE) and Interconnect Test System (ITS) software simplify validation. Together, they deliver accuracy, flexibility, and efficiency — all in an office-quiet, portable solution. You’ll also see a demonstration of the patented ITS Interconnect Library, which boosts productivity through automation.

Validating 1.6T Interconnect Error Performance

Explore why 1.6T interconnects require more than physical-layer compliance and how Keysight FITS-8CH uses multi-channel BER and FEC testing to validate performance, interoperability, and reliability. This solution brief covers multi-lane PAM4 testing across electrical and optical interconnects, from component evaluation through fully assembled interconnects.

S94USBCB USB Type-C Interconnects Compliance Test Software

Data Sheet for S94USBCB USB Type-C Interconnects Compliance Test Software with Keysight VNA

Interconnect and Network Performance Tester 1600GE

The Interconnect and Network Performance Tester 1600GE (INPT-1600GE) is a versatile high speed Ethernet platform, available in a portable, lightweight, office quiet benchtop or rackmount chassis. The platform validates performance and reliability from 200GE to 1600GE in a range of Ethernet devices and interconnects that use 212Gb/s electrical lane interfaces.

Precision TDR Modernization for Advanced Packaging and Interconnects

Keysight offers 2 types of solution to address the high requirements for TDR measurements.

Interconnect and Network Performance Tester 1600GE (2nd Gen Hardware)

The Interconnect and Network Performance Tester 1600GE (INPT-1600GE-C) is the latest innovation in 1.6 Terabit Ethernet (1.6TE) hardware test platforms for traffic generation and analysis.

Streamlining Automotive Electronics Testing with Modular Interconnect Solutions

This solution brief will show how to dramatically reduce system downtime, increase throughput, and faster time to market.

Validating 800GE and 1.6TE Interconnects

Resilient 800GE and 1.6T Ethernet data center interconnects play a vital role in maximizing AI network performance. While they promise greater data rates and lower latencies, these transceivers will introduce higher modulation formats, more sensitive components, and increased susceptibility to impairments. To meet demanding performance requirements and ensure future scalability, interconnect vendors must validate both compliance with evolving standards and seamless interoperability with existing data center infrastructure. This application note explores the significant opportunities emerging in the rapidly growing AI/ML data center market and addresses the key challenges vendors face, such as maintaining high signal integrity, optimizing power consumption, and ensuring compatibility with modern network architectures. It also outlines a comprehensive set of test strategies, including rigorous performance testing, interoperability assessments, and adherence to industry standards. These strategies are crucial for the successful deployment of interconnects in AI data centers.

3D Interconnect Designer: Physically Accurate Design and Exploration of Advanced 2.5D and 3D Interconnects

This solution brief introduces Keysight 3D Interconnect Designer, a physically aware environment for early exploration of advanced 2.5D and 3D interconnect architectures. It enables teams to evaluate routing feasibility, signal integrity, and power delivery behavior early, reducing redesign risk and accelerating heterogeneous system development.