RELIABILITY Unmatched reliability. We understand that the single most important attribute of the Ideal Switch is its reliability. It has been designed to maintain its properties over time, in extreme environments, even managing high-power. Whether it is the material or its architecture, the Ideal Switch is built for dependability. While our GE heritage offered us a number of development advantages, the support of industry leaders helped drive reliability at scale. >3 Billion Actuations >3 Billion Actuations The Ideal Switch benefits from a metal conductor and a physical air gap. We have developed metal alloys for the Beam and Contact to ensure an absence of metal fatigue. As a result, we have a moving part that can operate at a stable performance across decades. Today we guarantee >3 billion actuations, with a roadmap to >20 billion actuations. As a comparison, electromechanical relays need to be replaced after <10 million actuations. Key takeaways Insertion loss change of +/-0.010 dB measured over ALL hot switch cycles before test stopped. Alloy development has eliminated beam or contact fatigue as a failure mode. Menlo Micro’s material science advances will lead to longer-life designs in the near future. Extreme Temperatures Solid-state switches are also called “semiconductors,” because they are not great conductors. Their relatively high resistance means they can heat up considerably, at times requiring heat-sinks and even fans. The Ideal Switch uses an extremely low-loss metal conductor and, as a result, does not generate much heat. This is a single MM5130 Ideal Switch heat profile operating at room temperature. A comparable semiconductor switch would require a bulky heat-sink and even higher power inputs to deliver the same signal strength and stability. MM5130, 25 W 2.4 GHz CW load, no heat sink In addition, the Ideal Switch performs well in extremely hot environments. Or cold ones, for that matter. The materials we’ve developed have proven to maintain their performance over broad temperature ranges. The Ideal Switch has superior temperature performance from -40C to +85C with much lower operational variation compared to solid-state technologies. Environmental Performance: -40C to +150C Environmental Performance: Cold We have even placed our Ideal Switch in a liquid nitrogen bath and a dilution refrigerator. In both cases the Ideal Switch maintained full functionality. Ideal Switch turned ON in bath of liquid nitrogen: -196C (77 K) Ideal Switch turned OFF in bath of liquid nitrogen: -196C (77 K) Ideal Switch setup in dilution fridge: <10 mK Image courtesy of Peter Märki, ETH Zürich We are taking advantage of these temperature performance characteristics and will apply our Ideal Switch technology to high-power applications. We will be introducing Ideal Switch solutions capable of handling kW of power in the near future. Extreme Shock & Vibration Electromechanical relays have a number of moving parts, each of which have considerable mass. When exposed to intense shock or vibration, the adverse movement of those parts can compromise the relay’s performance. Or they can break altogether and render the relay inoperable. While the Ideal Switch also features a beam that actuates, it is so small that its mass is negligible. As a result, any Ideal Switch delivers constant performance even during extreme shock and vibration exposure. The Ideal Switch exceeds IEC 60601/60068 and MIL-STD 810G standards. Electromechanical relays subjected to the same test fail. We are currently conducting tests exposing the Ideal Switch to even greater physical stressors to understand its outer bounds. Environmental Performance: Shock & Vibration Shock/Vibration test system: Westpak Labs, San Jose, CA Take a detailed look at the Ideal Switch architecture. How it works Our IP portfolio exceeds 65 patents. And we’re not stopping. See some of our innovations up-close Receive the latest updates and news from Menlo Micro. SUBSCRIBE 49 Discovery Ste 150 Irvine, CA 92618 TECHNOLOGY How It Works Performance Innovation Reliability Quality MARKETS Communications & 5G Aerospace & Defense Test & Measurement Medical PRODUCTS RF Switches RF Subsystems General Purpose Switches Power Relays COMPANY About FAQ Careers Contact Testimonials NEWSROOM All News Blog Press Releases News & Events Mentions Technical Papers Follow us: A heritage of GE innovation © 2021, Menlo Microsystems, Inc. All rights reserved.