Keysight Elastic Network Generator

Keysight Elastic Network Generator is a key component of a new end-to-end network test platform based on open standards that enables testing and validation of network products, network designs, and network configurations.

Six Tests You Need Now for Distributed, Elastic Cloud Networking

Network equipment manufacturers (NEMs) are innovating to deliver solutions required to build multi-cloud networks. In this eBook you’ll learn about six key test requirements and test solutions that are important to hyperscale and other data center NEMs.

Layer 1-3 Network Test Products

Keysight’s Layer 1-3 network test solutions validate and optimize performance and security with high-density traffic generation up to 1.6T Ethernet, real-world application and AI workload emulation, and protocol analysis—ensuring reliability at scale.

Ethernet Traffic Emulators Catalog

This catalog highlights Keysight’s Ethernet traffic emulation portfolio, including L2–L7 protocol and load test software and high‑performance hardware accelerators for validating next‑generation networking systems, ASICs, AI data center environments, and hyperscale deployments with realistic, repeatable traffic at speeds up to 1.6T.

Keysight’s UHD400T

Keysight's UHD400T solution is a white-box switch based 400GE traffic generator built with an open testing platform architecture. It offers the industry's first hardware test platform with disaggregated control plane service and data plane service.

Layer 4-7 Network Test Products

Keysight’s Layer 4–7 network test solutions replicate real-world network conditions with unmatched realism. From traffic generation, application delivery, and performance testing to breach and attack simulation, IoT security assessment, and AI workload emulation, our portfolio validates performance and security across cloud, on-premises, edge, and data center environments.

Scale Up and Lock Down Your Networks With Network Traffic Generators

Explore how network traffic generator hardware and software solutions can help you emulate real-world network traffic volumes and content.

Developing 5G Non-Terrestrial Networks for Next-Generation Wireless Networks

This paper explores advancements in 5G Non-Terrestrial Networks (NTN) and their role in next-generation wireless networks. With NTNs—including satellite, High-Altitude Platform Systems (HAPS), and Unmanned Aerial Systems (UAS)—5G extends connectivity to remote and underserved regions. This paper delves into the unique challenges and solutions for developing NTNs, such as latency, seamless handovers, and power efficiency, which are crucial for applications in IoT, emergency response, and global connectivity. By addressing technical and operational requirements, this paper provides valuable insights into how NTNs enhance global network coverage and lay the groundwork for 6G expansion. This paper was presented at Keysight World Tech Days India 2024.

SASE Testing: Exploring Next Generation Network Defense

AI accelerated workloads, zero trust policies, and cloud first architectures are reshaping how SASE is deployed and tested. As threats expand attack surfaces and traffic patterns shift, organizations need assurance that performance and security remain stable under pressure. CyPerf stress tests complex, multi vendor SASE environments in real world conditions to validate resilience at scale.

Success Story: Building Next-Generation AI Networks

Keysight helps Juniper validate next generation network fabric by emulating collective communications workload coming from a large scale of AI accelerators.​

Bricata and Keysight – Visibility for Next Generation Network Detection and Response

The Keysight Visibility Platform and Bricata solution work together to capture and analyze network packet traffic in a scalable solution that can accurately and efficiently monitors networks of any size. Keysight network packet brokers (NPB) direct packet data from multiple access points, such as SPANs, taps, virtual taps, and CloudLens (also sold by Keysight), in the network to Bricata for security analysis.

How Domain Generation Algorithms Impact Network Security

This blogs explains the concept of Domain Generation algorithm and its implications in cyber security infrastructure.

MediaTek Advances AI-Driven RAN Intelligence for Next-Generation Wireless Networks

MediaTek and Keysight developed a working prototype that advances AI-driven uplink optimization and model life cycle management for next-generation radio access networks. The prototype shows how AI-enabled, RAN-assisted intelligence can adapt to site conditions, improve uplink performance in real time, and remain effective through model retraining and over-the-air updates.

Energy Efficiency of Radio Units in Next-Generation Open Radio Access Networks

This paper explores techniques for improving the energy efficiency of radio units in open RAN wireless communications systems. These techniques are being used today in 5G and will be expanded in 6G.

KENG Container Lab Test Drive Introduction

The video walks you through the cloud environment that you can use to secure the basic lab and the introduction to KENG.

KT SAT Achieves Seamless NR-NTN Handover for Next-Generation Satellite Networks

KT SAT is advancing non-terrestrial network mobility validation as satellite and terrestrial networks move toward tighter integration. Working with Keysight, KT SAT demonstrated a successful NTN handover using the KOREASAT-6A satellite at KT SAT’s Kumsan Satellite Network Operation Center in Korea.

Testing Next Generation Networks – A Look at OSI and TCP/IP Models

Together Keysight and Ixia offer the widest array of test solutions across all network layers, from Physical Layer 1 test to full network test of Layers 2-7 including SDN/NFV validation and traffic loading.

Complex Modulation Generation with Benchtop Function Generators

The Keysight 33500B / 33600A Series Trueform waveform / function generators create high-quality baseband and IF/RF modulation signals. The Series Trueform waveform / function generator offer "true-arb" architectures, which allow users to obtain image-free signals, and select the best frequency and transient response for a given application.

Improving Amplitude Accuracy with Next-Generation Signal Generators

Amplitude accuracy affects the frequency sweeping capability of a signal generator. Read this paper and find how to improve the amplitude accuracy with next-generation signal generators.

Using a Waveform Generator to Generate a PRBS Signal

PRBS signals are used to qualify digital transmission systems. Trueform waveform generators can generate PRBS signals up to 200 Mbps. Get more details!