Satellite Communications Reference Applications

Integrate prebuilt and verified satellite communications transmitter and receiver subsystems into system design

Implementing satellite communications standard-compliant functionality in hardware requires specialized skills and knowledge. These satellite communications reference applications provide fixed-point Simulink^® designs with hardware implementations for satellite communications subsystems.

You can use these designs as-is to deliver packet information to your unique application and to generate synthesizable VHDL^® or Verilog^® code (requires HDL Coder™). The designs also show best practices for implementing satellite communications algorithms on ASIC or FPGA or SoC hardware.

For a general description of how MATLAB^® and Simulink can be used together to develop deployable models, see Wireless Communications Design for ASICs, FPGAs, and SoCs.

Topics

GPS HDL Reference Applications Overview
Explains the relationships between the family of GPS HDL reference applications.

Related Information

Satellite Communications Toolbox

Featured Examples

DVB-S2 HDL PL Header Recovery

Implement DVB-S2 time, frequency, and phase synchronization and PL header recovery using Simulink® blocks optimized for HDL code generation.

Open Script

DVB-S2 HDL Receiver

Implement DVB-S2 receiver using Simulink® blocks optimized for HDL code generation.

Open Script

DVB-S2 HDL Transmitter

Implement DVB-S2 transmitter using Simulink® blocks optimized for HDL code generation.

Open Script

CCSDS TM HDL Receiver

Implement Consultative Committee for Space Data Systems (CCSDS) Telemetry (TM) receiver using Simulink® blocks.

Open Script

GPS HDL Acquisition and Tracking Using C/A Code

Acquire and track multiple GPS satellite signals from a GPS baseband waveform.

Open Script

GPS HDL Data Decode and Position Estimation

Perform bit synchronization and frame synchronization, data decoding, and position estimation on GPS LNAV symbols.

Open Script

Deploy Satellite Communications HDL Reference Applications on FPGAs and SoCs

Deploy satellite communications algorithms that are optimized for hardware.