Modular RF and Microwave Design Platform
X-Microwave
X-Microwave helps RF and microwave engineers move from concept to prototype to production using modular X-MWblocks, prototype stations, reference design kits, integrated microwave assemblies, layout tools, and rugged OpenVPX module options.
RF and Microwave Development Without Starting From Scratch
X-Microwave gives engineers a modular way to evaluate components, build cascaded RF signal chains, validate system architecture, and transition proven designs toward custom integrated microwave assemblies or rugged OpenVPX hardware.
Fast Component Evaluation
Use X-MWblocks to evaluate amplifiers, mixers, filters, switches, attenuators, synthesizers, couplers, detectors, and complete RF signal-chain combinations on a modular platform.
Prototype on the Grid
Build and revise signal chains using prototype plates, solderless interconnects, bias/control support, housings, and accessories before committing to a custom RF layout.
Path to Production Hardware
Move validated modular designs into production-grade integrated microwave assemblies, connectorized solutions, custom layouts, or rugged 3U OpenVPX module architectures.
Featured X-Microwave Technology Areas
The X-Microwave booth is centered around the modular design system and the ways engineers can use it for RF evaluation, prototyping, system design, and production transition.
X-MWblocks
Modular RF and microwave building blocks designed to accelerate development of cascaded signal chains and subsystem architectures.
Prototype Stations
Protoplate-based design environment for building RF systems “on the grid” with repeatable mechanical and electrical interfaces.
Integrated Microwave Assemblies
Production-grade IMA development based on validated modular signal-chain work, with mechanical, thermal, RF, and manufacturing considerations addressed.
3U OpenVPX
Rugged RF card assemblies for defense and aerospace systems, including standards-aligned OpenVPX and SOSA-focused architectures.
Reference Design Kits
Ready-to-use RF and microwave reference designs that help engineers evaluate common architectures and shorten early design cycles.
Layout and Quote Tools
Online tools and documentation help engineers configure signal chains, evaluate layout approaches, and prepare designs for quoting or assembly.
Data Sheets and Resources
Use these resource links to help engineers quickly find the correct X-Microwave capability area for their program.
- X-Microwave Overview Modular RF prototyping and production platform homepage
- Products X-MWblocks, IMAs, OpenVPX, prototype stations, accessories, and reference design kits
- X-MWblocks Modular RF and microwave building blocks for evaluation and cascaded assemblies
- 3U OpenVPX Rugged OpenVPX RF card assemblies and SOSA-aligned development path
- Documentation and Guides Starter guide, layout tool, and getting-started resources
- X-Microwave Catalog Catalog of modular blocks, reference design kits, and RF system components
Ask the X-Microwave Applications Engineer
Use this embedded assistant to explore X-MWblocks, RF signal-chain prototyping, component evaluation, prototype stations, integrated microwave assemblies, 3U OpenVPX options, reference design kits, and production transition questions.
Why Bring X-Microwave Into a Design Review?
X-Microwave is a strong fit when the RF architecture needs to be proven quickly, modified repeatedly, or migrated from an evaluated modular signal chain into a more rugged or production-ready implementation.
- Early RF architecture validation before custom layout
- Cascaded amplifier, mixer, filter, switch, synthesizer, and attenuator evaluations
- Fast reconfiguration when frequency plan or gain/loss budget changes
- Prototype-to-production transition planning
- OpenVPX and SOSA-aligned RF module discussions
- Custom IMA development after modular proof-of-concept work
Contact MHz Marketing for X-Microwave Support
Use MHz Marketing as the local technical sales contact for X-Microwave modular RF design, X-MWblocks, prototype stations, integrated microwave assemblies, 3U OpenVPX, reference design kits, and production transition discussions.