Menlo Micro
Menlo Micro, based in Irvine, California, uses material science technology to develop advanced MEMS (Microelectromechanical Systems) switches, which it calls Ideal Switches. The Ideal Switches are similar to mechanical transistors and can be used for communication equipment, battery management, electric vehicles, and medical instrumentation. Their low loss and low resistance make them helpful in handling the high power required for RF tuning of 5G networks. The Ideal Switches' ability to remotely control circuit breakers without drawing a lot of power makes them also suitable for home automation and industrial Internet of things (IoT) applications.
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Menlo Micro MM5620 64GT/s Dual DP3T Relay with LoopbackSupports the high-speed differential signal switching required in PCIe Gen 6, SerDes, and similar.5/22/2023 -
Menlo Micro MM101 Evaluation KitTests and evaluates the MM101 8-Channel MEMS High-Voltage Driver.3/7/2023 -
Menlo Micro MM101 8-Channel MEMS High-Voltage DriversParallel converters with push-pull outputs and an internal charge pump converter.2/24/2023 -
Menlo Micro MM1200 6-Channel SPST Signal Relay6-channel SPST optimized for high-density signal switching applications in both AC and DC circuits.8/16/2022 -
Menlo Micro MM5120 DC to 18GHz High-Power SP4T RF SwitchHigh-power, SP4T switch built on Ideal Switch® technology and capable of 25W power transfer.8/16/2022 -
Menlo Micro MM3100 DC to 3GHz 6-Channel SPST RF Micro SwitchHigh-power, normally open, micro-mechanical switch for RF and microwave switch applications.8/16/2022 -
Menlo Micro MM5600 DC to 20GHz DPDT Differential SwitchDPDT switch operating up to 40Gbps, perfect for high-speed differential signal switching.8/16/2022 -
Menlo Micro MM5140 DC to 6.0GHz High-Power SP4T RF SwitchHigh-power SP4T switch built on Ideal Switch® technology with integrated charge pump/driver circuit.8/16/2022