Filtronic develops advanced RF filters for quantum computing
We excel in tackling complex RF, microwave, and mmWave challenges
Despite quantum computing’s origins in the 1980s, the technology has evolved faster than its supply chain in recent years. In quantum computers, microwave technology can play a key role. Microwave circuits can be used to both excite and read back the quantum states within the quantum computer’s processor.
At Filtronic, we excel in tackling complex RF, microwave, and mmWave challenges, delivering innovative solutions for demanding applications, including quantum computing. Our award-winning UK design and manufacturing facilities enable us to design (300MHz to 300GHz), manufacture (300MHz to 115GHz), and test (300MHz to 140GHz) RF components and subsystems. As leaders in filters, diplexers, and low-noise amplifiers, we offer significant expertise to the quantum computing sector.
As a premier RF design and manufacturing company, we provide quantum computing manufacturers with the following benefits:
- Accelerated market entry by reducing development and design time for RF components and subsystems.
- Lower development and lifecycle costs for complex projects.
- Risk mitigation by minimizing quality and delivery costs.
- Delivering high-quality, reliable solutions tailored to the unique needs of the quantum computing field.
RF components can be integrated with existing quantum computing platforms, facilitating the development of more compact and efficient quantum processors.
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Filtronic creates products, that help shape the future
Over 45 years of innovation in RF filters for complex applications:
Low noise amplifiers
In-house MMIC engineers and proven LNA expertise ensure high-performance solutions.
Diplexers
Proven expertise in customised diplexer and multiplexer solutions for quantum computing.
Filters
Radio frequency testing and 5G wireless network measurement
Hybrid manufacturing services
Precision hybrid manufacturing facilities including mmWave characterisation.
Who we help
Quantum computing manufacturers
Customised filter solutions
How we help
Adaptive filtering
Our switched filter banks are helping Quantum manufacturers to adjust radio frequency parameters dynamically, mitigating interference, enhancing signal reception, and optimising performance in varying environments including cryogenic.
Cryogenic temperatures
Experts in complex mmWave adaptive filtering at cryogenic temperatures. Operating in cryogenic environments necessitates a unique approach to material selection due to fundamental changes in material properties at superconducting temperatures.
Benefits
Agility
We have an agile culture, fostering adaptability, innovation, and rapid response to changes, enabling our customers to outmanoeuvre their competitors and seize opportunities effectively.
SWAP-C
System integration experts, minimising size and weight and improving performance.
High performance
Our signature offerings include Switched Filter Banks, which can be seamlessly integrated into single modules, facilitating intricate switching and filtering operations within a compact footprint.
Customisation
We offer a range of customised solutions including, the custom design of RF modules, leveraging our proven track record across complex applications.
Speed to market
Our diverse array of filter technologies, including waveguide-based solutions, serve as proven building blocks, expediting the development cycle for our clients.
RF filters for Quantum
At Filtronic, we excel in tackling intricate RF, microwave, and mmWave hurdles head-on. Our forte lies in crafting innovative solutions for even the most demanding applications, with Quantum Computing being no exception. With a rich history of delivering cutting-edge solutions, our UK-based design and manufacturing facilities stand as testaments to our commitment to excellence.
As pioneers in RF components and subsystems, we leverage our extensive expertise to make significant strides in the quantum computing arena. Specialising in filters, diplexers, and low-noise amplifiers, we bring unparalleled proficiency to the table.
Our signature offerings include Switched Filter Banks seamlessly integrated into single modules, facilitating intricate switching and filtering operations within a compact footprint. Additionally, our diverse array of filter technologies, including waveguide-based solutions, serve as proven building blocks, expediting the development cycle for our clients.
