Menlo Micro, the company responsible for innovating the electronic component market with its Ideal Switch® technology, will be attending European Microwave Week (EuMW 2024) in Paris, France from September 24-26.
The Ideal Switch is bringing vast reductions in size, weight and power dissipation when compared to traditional switching technologies – benefiting many products in Smart Energy, Home Automation, Industrial IoT, Test and Measurement, Aerospace and Defense, Telecommunications, Consumer Electronics and Medical.
Products Showcased at EuMW 2024
MM5622 64 Gbps High-Speed Differential Switch: On display will be the MM5622, a new version of Menlo Micro’s flagship MM5620 which provides a DC-coupled version all while maintaining the same high bandwidth performance. The MM5622/MM5620 Differential Dual DP3T switches support the high-speed differential signal switching required in PCIe Gen 6, SerDes and applications including chip testing for smartphones, graphics, and network processors, as well as microprocessor, accelerator, and high-speed memory products.
MM5815 RF Limiter Switch (SPST): Learn about the MM5815, the next-generation Ideal Switch optimized for high voltage standoff RF/Microwave applications from DC to 18 GHz. This ultra-wideband SPST micro-mechanical switch is the ideal solution for replacing traditional RF limiter switches in applications where high power/voltage blocking and low insertion loss are critical parameters.
MM5230 DC to 26 GHz High Power RF Switch: Learn about Menlo Micro’s newest high-power and wide frequency range SP4T micro-mechanical switch which provides ultra-low insertion loss and superior linearity as an SP4T from DC to 18 GHz, and greater than 3 billion switching cycles. The MM5230 can also be configured in Super-Port mode that extends the frequency operation to 26 GHz.
Join Menlo Micro at their partner, RFMW's booth #502J to learn about the latest advances in Ideal Switch® technology.
Click here to see everything RF’s coverage of EuMW 2024.
Click here to learn more about Menlo Micro.
