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MANET Channel Emulation Toolset

S8826A MANET Channel Emulation Toolset allow you to verify the performance of Mobile Ad-hoc Networks in a lab under real-world radio propagation conditions.

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  • Workflow stage

    Development and interoperability

  • Technology

    MANET / Mesh, D2D, C-V2X

  • Test types

    MANET / mesh channel emulation testing

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Highlights

The S8826A MANET Channel Emulation Toolset enables users to evaluate the end-to-end performance of mobile ad-hoc networks (MANET) and mesh radio systems under real-world radio propagation conditions. As a standard and waveform agnostic test solution, it supports all proprietary systems.

Technological advancements, such as MIMO and beamforming, combined with the increased complexity in wireless military communication systems, have accelerated the need to test large mesh network topologies with dynamically changing radio channel and interference conditions. This is why Keysight’s S8826A MANET Channel Emulation Toolset supports:

  • Mesh configurations of up to 64 radios in a single unit for testing large SISO and MIMO mesh network topologies.
  • Full range of operating frequencies from HF up to 6 GHz.
  • PROPSIM Channel Emulation Solution combines with Keysight’s E7770A Common Interface Unit to extend the frequency to 6-12GHz bands.
  • Up to 1.2 GHz of instantaneous bandwidth to test ultra-wideband gigabit links.

The S8826A toolset is based on the PROPSIM F64 and PROPSIM FS16 channel emulators, which offer a highly scalable and flexible basis for MANET testing:

  • From 2 to 16 radios with PROPSIM FS16 and from 8 to 64 radios with PROPSIM F64.
  • End-to-end performance and interoperability testing of mission critical tactical wireless communication systems.
  • High-performing, network level channel emulation to easily replicate field-testing conditions in a repeatable way.
  • The ability to test the functionality of critical communication networks using a hardware-in-the-loop (HIL) test bed with full control over the key parameters including Doppler shift, delay, and phase.

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