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Secure military communications (MilCom) demand performance, interoperability, and reliability in networks ranging from ad hoc and local to wider area coverage with cellular infrastructure support. While many MilCom solutions support legacy military communications equipment, newer technologies such as fifth-generation (5G) cellular and wireless local area networking (WLAN) are being considered to enhance security and situational awareness.
Your measurement solutions must be able to test all aspects of your communications technology. Our expertise in 5G and scalable, flexible testing approach allows you to minimize IP migration, expedite manufacturing timeliness, reduce test engineering costs, and improve measurement correlation.
Military-Grade 5G Spawns New Capabilities and Use Cases
Fifth-generation (5G) cellular presents new use cases and advancements for both military and government. By leveraging private 5G networks, these organizations can improve tactical and public-safety communications. Non-terrestrial networks (NTN) will provide 5G services via satellite, filling coverage gaps and assuring higher bandwidth over a wide area. Ultra-reliable low-latency communications (URLLC) enable new use cases such as robotic surgery.
As a commercial leader in test and measurement for 5G, Keysight can help you reach your goals for your military and government 5G efforts.
Download the White Paper
Learn More About 5G Test
Keeping Pace with Military Radio Communications
Keysight’s M8920A radio test set supports many formats to ensure rigorous testing of MilCom networks as they evolve. By combining PXI hardware with application-specific software in a single flexible and scalable chassis, it provides broad multiformat coverage for next-generation radio testing. It has a scalable modular architecture for efficient and complete test development and execution needed for the manufacturing and radio maintenance environment. It also supports general-purpose measurements and commercial standards (LTE, WLAN, and Bluetooth®) for next-generation radio test.
Bluetooth® and the Bluetooth® logos are registered trademarks owned by Bluetooth SIG, Inc., and any use of such marks by Keysight Technologies is under license.
Transform Your Design and Test Workflow
Traditional MilCom design and development workflows are full of design and test silos, unnecessary rework, and legacy manual processes. Accelerate your workflow with Keysight PathWave, the platform for agile and connected engineering workflows.
The PathWave software platform provides military communications design and development teams with a consistent user experience, common data formats, and efficient data sharing. Every step in your product development path is connected and integrated.
Manufacturers and military forces require the ability to test mixed networks that combine tactical and avionics radios with satellite links. This ensures the robust inter-operation of avionics, surveillance, radar, or satellite systems for mission critical wireless communications.
Your deployments involve increasingly complex and advanced technologies, such as MIMO and beamforming for military communication systems. They require accelerated testing of large mesh network topologies with dynamically changing radio channel and interference conditions.
The PROPSIM MANET Channel Emulation Solution is a highly scalable and flexible solution. It supports configurations of up to 64 radios for testing large SISO and MIMO mesh-network topologies with up to 1.2 GHz of instantaneous bandwidth. The ultra-wideband support enables testing gigabit links.
Minimize Risk with Keysight Services
As military communication systems rapidly evolve, and test complexity intensifies, there is an urgency for test modernization and predictable costs. You count on the reliability of measurement accuracy at increasingly higher bandwidths.
Keysight can help you identify underutilized assets, trade them in for credit, and get to market sooner with our Tech Refresh Services. We deliver our instruments with accredited, traceable calibration to ensure consistent communication performance.
To dramatically increase your test asset return on investment, our Test Asset Optimization Services help you see an accurate test asset inventory, share equipment across teams, monitor real-time utilization, and measure equipment health.
White Papers 2022.10.04
Military-Grade 5G: Use Cases and Challenges
White Papers 2019.04.04
Critical Communications: 3 Key Trends Driving Evolution
White Papers 2019.12.04
Public Safety Communications Close the Digital Gap
White Papers 2019.04.08
LTE and WLAN Boost Military and First Responder Networks
White Papers 2019.04.23
Fundamentals of MilCom Digital Modulation Formats
Putting Critical Communications on a Path to Higher Performance