EECL debuts at IMS 2025 to stimulate global growth

The flagship event for the RF and microwave industry will take place at the Moscone Center in San Francisco (June 15-20)

This first appearance in the North American market marks a significant step in the company’s ongoing global growth strategy.

Featured product on display include:

Miniaturized RF Switch Matrix: A compact, USB- and Ethernet-controlled full cross-bar switch matrix with up to 96 switches, supporting frequencies from 16 kHz to 40 GHz. Ideally suited for automated, high-throughput RF testing, the provides 100 dB isolation, oven stabilisation, and centralised control of analysers, signal generators and power supplies to name but a few.

Dual-Channel Up/Down Frequency Converters: Independently controlled channels supporting conversion up to 85 GHz, enabling scalable, cost-efficient pass/fail testing and lab exploration. These modules seamlessly expand existing test equipment capabilities, empowering RF teams to operate at higher frequencies without needing an infrastructure overhaul.

SMU-04103 Source Measurement Unit: A high-performance SMU for semiconductor analysis, battery simulation, and RF biasing. Optimised for low-power IoT technologies, it supports fast pulse measurements, accurate current profiling, and power cycling, meeting the performance needs of modern device development.

“We’re delighted to be participating in this world-class event and showcasing our range of advanced products,” explains Ben Kieniewicz, CEO of EECL. “As a company we’re on a mission is to provide accessible and affordable engineering solutions that drive technological advancement and help our clients achieve success”

EECL’s out of the box test and measurement tools have been developed from the ground up to meet the rigorous requirements for a vast range of use cases where fast pulse measurements, power cycling, and accurate current profiling are critical performance factors.  Applications include IoT device development, battery testing, semiconductor manufacturing, military-grade product validation, aerospace systems, and academic research.

The company has a proven track record of delivering mission-critical solutions to world-renowned organisations with demanding test requirements, ranging from space payloads to industrial automated test systems.

 Notable projects have included the development of bespoke technology for European Space Agency (ESA), Surrey Satellite Technology Ltd (SSTL), the University of Surrey’s Institute for Communication Systems, as well as GNSS receiver technology for SpaceX’s Falcon 9 program.

With its transition from custom build aerospace and defence projects to commercia