Company News
Miller MMIC Develops Wideband High-Power GaN RF MMIC for Frequencies up to 40 GHz
Miller MMIC has successfully developed a wideband high-power GaN RF MMIC capable of operating at frequencies up to 40 GHz. This breakthrough in GaN (Gallium Nitride) technology is expected to have significant implications for industries such as defense, telecommunications, and radar systems, where high-power and wideband solutions are critical.
The new GaN MMIC offers superior power efficiency and performance across a broad frequency range, positioning Miller MMIC as a leader in the development of cutting-edge RF components for high-frequency applications.
“This is just the beginning,” said John Miller, GM of Miller MMIC. “Our team has made tremendous strides in pushing the boundaries of GaN technology, and we are excited to reveal more high-frequency, high-power solutions in the near future.”
The development of this wideband GaN MMIC reflects Miller MMIC’s commitment to innovation and its focus on providing high-performance RF solutions for next-generation systems.
Miller MMIC Unveils AI-Based RF Design Tool at EuMW 2024
During European Microwave Week 2024 in Paris, Miller MMIC introduced RapidRF, an AI-powered platform for RF and microwave integrated circuit (MMIC) design. This innovation promises to enhance the design process for engineers by leveraging machine learning to automate key stages, from simulation to layout generation.
The demonstration of RapidRF at EuMW 2024 attracted significant attention from industry professionals.
According to Miller MMIC’s R&D head, "RapidRF will help us redefine the way complex MMICs are designed, enabling faster development times and higher accuracy."
Miller MMIC to Showcase Extensive Product Portfolio at IMS 2025 in San Francisco
Miller MMIC has confirmed its participation in the International Microwave Symposium (IMS) 2025, set to take place in San Francisco, USA. The company is eager to present its huge product portfolio to a global audience, showcasing its innovative RF and microwave integrated circuit (MMIC) solutions.
IMS 2025, one of the premier global events for microwave technology professionals, will serve as the perfect platform for Miller MMIC to demonstrate its wide range of products designed for various industries, including aerospace, defense, telecommunications, and automotive.
“We’re excited to connect with our global customers at IMS 2025 in San Francisco,”, Chief Marketing Officer at Miller MMIC. “With hundreds of MMIC designs in our portfolio, we’re eager to showcase how our solutions meet the needs of modern RF systems. We look forward to sharing our expertise and innovation with industry professionals from around the world.”
Miller MMIC invites attendees to visit their booth to explore the company’s latest advancements in MMIC technology and discuss potential collaborations.
Miller MMIC Expands Packaging Options for RF MMIC Bare Die Products
Miller MMIC, renowned for its extensive portfolio of RF and microwave integrated circuit (MMIC) bare die products, has announced the introduction of QFN packaging options for both ceramic and plastic enclosures. This new offering caters to a variety of applications across industries, providing greater flexibility and enhanced performance.
With hundreds of RF MMIC bare die products already in its catalog, Miller MMIC’s expansion into QFN (Quad Flat No-lead) packaging is a significant step toward meeting the needs of customers requiring robust and scalable solutions. The QFN ceramic packages offer higher thermal conductivity, making them ideal for high-power applications, while plastic packages provide a cost-effective solution for consumer electronics and lower-power applications.
“By offering both ceramic and plastic QFN packages, we aim to deliver tailored solutions for different applications, from defense and aerospace to commercial and industrial sectors,” said Miller MMIC’s packaging engineering director
This development underscores Miller MMIC's commitment to providing end-to-end solutions for its clients, enabling more versatile integration of their MMIC products into diverse systems.
