RF and wireless communication system development is resource-intensive, often requiring significant time and materials. Typical programs can take months or even years to reach the market. A suite of solutions is available to speed up development and reduce costs, including off-the-shelf hardware, customizable hardware, licensable design files, and open-source software.
Featured Design Accelerator Platforms
These platforms leverage fundamental radio elements to simplify and speed up RF system development. By combining essential building blocks with flexible design options, they provide a foundation for creating advanced wireless communication solutions. Ideal for prototyping and evaluation, these accelerators help reduce complexity, shorten development cycles, and enable rapid innovation.
RadioOxygen
6–26 & 24–44 GHz Frequency Converters with Synthesizer
Programmable 8 output frequency synthesizer. Available as a standalone signal source or in combination with the RadioThorium frequency converter platform to enable multi-channel phase synchronous systems.
BytePipe™
2T2R, 30-6000 MHz with DPD
Credit card sized radio subsystem based on a wideband 2T2R transceiver IC, this capable SoM enables quick development of any sub-6 GHz SDR application.
RadioCarbon
1T1R, 4400-5000 MHz, 30W Psat
SDR-based radio platform with integrated high-power RF front end and digital predistortion, supporting 2T2R from 30–6000 MHz and band-specific optimization.
Software-Defined Radio Solutions
A full suite of software-defined radio (SDR) solutions is available—ranging from individual components to fully integrated modules and systems. The offering includes development tools, licensable reference designs, and professional design services, enabling faster innovation and streamlined deployment for advanced communication platforms.
RF Front End Reference Designs
RF cards with amplified transmit and receive signal paths, with integrated switches and filters for enabling high power communications systems. Integrates with SDR tools to develop SoM evaluation platforms.
SDR System on Module (SoM)
Radio card with integrated FPGA on the board. Add carrier board to develop an SDR development Kit. Standard, off-the-shelf OEM radio module in a compact package. Hardware customization available. Design files are available under license.
SDR Development Kit
SDR System on Module with carrier board for easy access to I/O, Ethernet, USB, JTAG and serial connections. May include bundled technical support with purchase. Recommended for hardware development.
Communication System Platforms
Multiple board kit that contains SDR SoM, carrier board, and RF Front End. Supports power amplifier linearizing solutions, such as, Digital Pre-Distortion (DPD) or Envelope Tracking (ET).
SoM Carrier Boards
Carrier or Break-out-Board SDR prototyping platform that contains all ncessary interfaces and I/O expansion required for SDR System on Modules. Every SDR SoM is compatible with at least one carrier board option, either integrated into a SDR Development Kit or as a standalone option.
RF FMC Card Reference Designs
Radio card that easily integrates with known FPGA boards in order to develop a radio system. Standard, off-the-shelf prototyping tool. Hardware design files are available and supporting software is available under license.
FPGA Mezzanine Card (FMC)
The Zynq®-7000 All programmable SoC evaluation kit provides a data capture platform for many ADI Radioverse wideband transceiver evaluation boards. Supports up to 12.5 Gbps JESD204B Lane Rates.
SDR Demonstration Kit
Fully functional SDR unit in plastic or metal enclosure. Applications are web-based and come included at no extra charge when purchasing hardware.
Data Acquisition Hardware (DAQ)
Powerful and precise multifunction data measurement tools that can replace expensive lab equipment. Applications are web-based and come included at no extra charge when purchasing hardware.
