Custom MMIC

MMIC distributed amplifier

MMIC distributed amplifier

DC through 50GHz

MMIC Mixer

MMIC Mixer

I/Q, Image-Reject and fundamental Mixers through 32GHz

MMIC Switches

MMIC Switches

SPDT to SP5T switches up to 28GHz

From next-generation wireless broadband networks to long range military radar systems, microwave signal chains are being pushed to new limits—and no one understands this more than Custom MMIC. Founded in 2006, we’ve been entrusted by government and defense industry OEMs with their biggest microwave circuit challenges.

Custom MMIC is a fabless, ISO-certified company offering a rapidly growing family of performance-driven MMIC products to complement our innovative custom design services. We have longstanding relationships with world-class MMIC foundries and offer the highest reliability, including military and space qualification.

Signal Chain

Review our advanced high performance off-the-shelf MMIC solutions and custom design services and allow us to solve your various microwave signal chain challenges.

Product Range:

Amplifier Products: Our amplifier products provide industry-leading gain flatness and stability, noise figure, and linearity, and also offer unique benefits such as positive gain slope, positive biasing, and 50 ohm matching. Models include ⇒ LNAs, ⇒ Driver Amplifiers, ⇒ Power Amplifiers, and ⇒ Distributed Amplifiers.

Control Device Products: Our switching and frequency conversion portfolio offer state-of-the-art insertion/conversion loss, bandwidth, and isolation. These products include ⇒ SPST to SP4T Switches, ⇒ Phase Shifters, and ⇒ Voltage Variable Attenuators.

Mixer and Multiplier Products: Our gain and phase control products provide the highest accuracy, along with low loss. Our mixer models include ⇒ Fundamental Mixers, ⇒ Dual Mixers, and ⇒ I/Q (I/R) Mixers. Our ⇒ Multiplier family includes both passive and active solutions.

Almost our entire MMIC portfolio can be screened for space qualification per MIL-PRF-38535 Class K.

Custom MMIC is ISO9001:2015 certified.