Products

In the realm of pioneering GNSS technology, GNSS-SDR stands as a testament to collaborative innovation. The developer team has passionately dedicated their skills and insights to create an open-source project that revolutionizes Global Navigation Satellite System software-defined receivers. Their collective vision has materialized into a flexible software platform, allowing users to configure a fully-customized GNSS receiver. This platform offers interchangeability and customization of signal sources, processing algorithms, and output formats, facilitating seamless interoperability with various systems.

It can not be a surprise that the available products revolve around GNSS-SDR and its usage in different environments. Our first commercial products are IP cores for the embedded GNSS-SDR, described below, but there are more to come!

GNSS-SDR embedded SoC hardware accelerators (IP cores)

The pinnacle of the GNSS-SDR endeavor is to be able to run it at full capabilities in a lightweight, low-consumption, and small form-factor device. This is now possible in selected System-on-Chip devices via the utilization of FPGA IP cores, ensuring a balance between computational demands and power efficiency for an optimal GNSS signal processing experience.

  • Key Features:
    • Customization: Tailor your GNSS receiver according to your specific project needs. Maintain the ability to inspect internal signals and customize acquisition or tracking loops parameters, showcasing the adaptability inherent in GNSS-SDR.
    • Cost-Effectiveness: Optimize costs while achieving top-notch performance.
    • Accelerated Development: Speed up your development cycle with our pre-designed IP Cores.
    • Scalability: Easily scale your GNSS solution as your project grows. Multi-band, multi-constellation receiver configurations available.
  • Use Cases:
    • Research and Experimentation: Ideal for academic research and experimentation, providing the tools needed to push the boundaries of GNSS technology.
    • Commercial Applications: Empower commercial ventures with the capacity to innovate and tailor GNSS solutions for specific market needs.
    • Educational Platforms: Facilitate learning and understanding for undergraduate and graduate students in the field of satellite navigation.
  • What you get:
    • IP Cores G-ACQ-ST and G-TRK-ST core binaries for Vivado 2021.2.1, from which you can build a full-featured GNSS baseband engine with GNSS-SDR running on an AMD/Xilinx SoC.
    • Auxiliary IP Cores (e.g., dynamic bits selector).
    • Extensive documentation including:
      • G-ACQ-ST v1.0 Product Specification document.
      • G-TRK-ST v1.0 Product Specification document.
      • G-LIB-ST v1.0 Auxiliary IP Cores document.
      • Embedded GNSS-SDR Configuration document.
      • Example project for embedded, FPGA SoC accelerated GNSS-SDR using Vivado 2021.2.1 and Analog Devices’ adrv9361-z7035 developer board (Vivado license and hardware not included).
      • Example project user manual document.

More info about our IP cores here.