What made you select the Guerrilla RF’s GRF0020D?
I’m excited to feature the GRF0020D this month, one of the first of a new class of GaN-on-SiC bare die power amplifiers from Guerrilla RF designed to meet the growing needs of industries such as wireless infrastructure, military, aerospace, and industrial heating. This product is the perfect solution for customers looking to integrate bare die into their custom MMICs. Offering up to 30W of saturated power when using 50V supply rails and 19W with 28V rails, the GRF0020D is engineered for high-performance applications, supporting frequencies up to 7 GHz and delivering a gain range from 13.8 dB to 24.3 dB. Its advanced GaN-on-SiC technology ensures exceptional efficiency and reliability, making it an ideal choice for demanding applications.
One of the key features of the GRF0020D is its use of GaN-on-SiC technology, which provides superior power density, thermal conductivity, and ruggedness. This makes the GRF0020D suitable for a wide range of demanding operating environments. The product is delivered as a bare die, allowing customers the flexibility to integrate it into their own designs with minimal footprint. Guerrilla RF also ensures that each device is 100% DC production tested for KGD (Known Good Die) compliance, providing reliability and confidence for high-performance use cases.
Learn more about the new GaN Power Amplifiers from Guerrilla RF here.
What are the key features and specifications of the GRF0020D?
Key Features include:
- Bare Die
- Up to 30W PSAT
- DC–7 GHz
- Operating Drain Voltage: 28V and 50V
- 18.7 dB of Gain @ 3 GHz
- 51.8% Saturated Drain Efficiency (P2dB)
What are the common markets and applications of the Guerrilla RF GRF0020D?
The GRF0020D is ideal for the following markets/applications:
- Telecom/Infrastructure (5G MIMO, Macro RRUs)
- Military Radar and SATCOM
- Broadband Multi-Market
- Marine Radar
- ISM Heating
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About Steven Darrow

As a Supplier Business Manager at RFMW, Steven Darrow specializes in diode solutions, RF switching applications, and MEMS-based technologies. He first gained an interest and understanding of the RF industry as a Communications Officer and qualified Nuclear Engineering Officer and earned his BS degree from the United States Naval Academy. Steven feels privileged to work with the best and brightest engineers in the industry who are working on the most cutting edge technology in RF/Wireless communication.
