Qorvo and X-Microwave collaborate to provide RF and microwave engineers with modular building blocks for evaluating components, during prototyping, and in production applications.
A growing library of Qorvo components are available in the X-Microwave modular format. Each block is carefully crafted to use individually in a full signal chain. When paired with matching bias or control block, active components are immediately ready to use.
Each X-Microwave block can be used on the prototyping plate, integrated into a connectorized housing as an individual block, or combined with other blocks to build a complete product assembly "on the grid."
Questions?
Call X-Microwave at +1.512.355.7115 or email support@xmicrowave.com.
The X-Microwave prototyping
plate allows individual parts to be evaluated independently or combined with
other blocks to design systems. Each X-MWblock serves as its
own functional block and features one or more Qorvo devices. The common 50-ohm
launch on each RF port enables common connectivity to every port using the
X-Microwave probe. When required, bias and control signals are provided from
the bottom side of the prototyping plate, enabling quick high-performance
evaluation that is reusable for prototyping and production.
Every X-MWblock can be combined with any other block to build full system
prototypes. The patented solderless interconnect allows for multiple devices
to be connected in any configuration on the prototyping plate. System
prototypes are clean, compact, and perform remarkably close to that of a
custom integrated design. Modular walls, lids, and shield allow you to build a
cavity around your design and address potential production issues before
they occur.
Each individual block can also be placed in a connectorized housing for
production applications or combined to build production subassemblies
or IMAs. Individual X-Microwave blocks can be combined and miniaturized
on-the-grid at lower cost and lower risk, improving your chances of
first-pass success.
What Do You Need To Get Started?
Learn more at xmicrowave.com.