Wavelet Lab is proud to introduce the latest addition to its SDR line, sSDR, a cutting-edge high-performance M.2 software-defined radio card with components on one side. The sSDR features 2 RX/TX channels and an RF range spanning from 30 MHz to 8.5 GHz.

This next-generation SDR device is poised to transform the development of custom RF solutions, making it the ideal tool for telecom, networking, and frequency analysis applications.

Unmatched RF Range and Versatility

With a broad frequency range covering 30 MHz to 8.5 GHz, this sSDR supports cutting-edge communication standards, including the latest Wi-Fi and 5G networks (7.125 GHz). It provides robust capabilities for establishing dedicated wireless networks through eNodeB and gNodeB systems using open-source solutions like srsRAN or Amarisoft. This versatility allows users to implement custom cellular communication networks, create high-frequency radio links, and build advanced frequency analysis devices.

Comprehensive Software Support

The sSDR is compatible with legacy tools like GNU Radio, srsRAN, and SoapySDR. It also integrates seamlessly with the WSDR.io web platform, providing a streamlined environment for rapid RF solution development using an application builder tool or choosing from ready-to-use apps. It enables effortless creation, deployment, and scaling of RF applications from spectrum analysis to complex wireless communication systems leveraging cloud platforms.

Features & Specifications

• Frequency range: 30 MHz to 8.5 GHz RX / TX
• Bandwith: 0.5Mhz - 90 MHz
• Sample rate: 0.1 MSps - 100 MSps
• GPS or external 1 PPS sync
• Reference Clock: Internal 26 MHz (0.28 ppm) or external clock
• Form Factor: M.2 2242 B+M key (USB 2.0 & PCIe 2.0 x2)
• RFIC: LMS7002M + LMS8001
• FPGA: XC7A35T

Simplified Block Diagram

Open Source

sSDR shares the same host codebase as the standard uSDR board, released under the MIT license. The universal support libraries are hosted on our GitHub. This allows for an easy transition from the small uSDR project to suSDR and xMASS with minimal software modification.

Check out our GitHub page for more details.

Pre-built packages are hosted on Launchpad. Our FPGA gateware is released under the CERN-OHL-P-2.0 license and can also be found on our GitHub page.

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