The
Creonic DVB-S2X decoder is a silicon-proven, scalable solution that
allows for symbol rates of up to 100 MSymbols/s on state-of-the-art
FPGAs.
DVB-S2X is the next generation satellite
transmission standard which is an extended version of its
well-established predecessor DVB-S2. The new specification allows for spectral efficiency gains of up to 50% by offering lower roll-off factors, higher modulations and a finer code rate granularity compared to DVB-S2.
Interested? Contact us!
Kevin Christoffers
Director - Business Development & Sales
Product Brief
Download for more information.
- Satellite communication
- Applications with the highest demands on forward error correction
- Applications with the need for a wide range of code rates (1/10 to 9/10)
- Compliant with DVB-S2 and DVB-S2X
- Support for decoding of BBFRAMEs
- Support for ACM, CCM, and VCM
- Support for very low SNR modes (VLSNR) with SNRs below -9 dB
- Support for short, medium, and normal frames (16,200 bits, 32,400 and 64,800 bits)
- Support for BPSK, QPSK, 8-PSK, 16-APSK, 32-APSK, 64-APSK, 128-APSK, and 256-APSK
We are ISO 9001:2015 certified
Our customers can rely on consistently high quality, guaranteed by our certified quality management.
- Validated against 3rd party DVB-S2X modulators
- Silicon-proven IP core
- Based on industry-proven design for DVB-S2
- Soft-Decision demapper, block deinterleaver, LDPC decoder, BCH decoder, descrambler, and CRC checks included
- Low-power and low-complexity design
- Frame-to-frame on-the-fly configuration
- Design-time configuration of throughput for optimal resource utilization
- Faster convergence due to layered LDPC decoder architecture
- Early stopping criterion for iterative LDPC decoder, saving a considerable amount of energy
- Configurable amount of LDPC decoding iterations for trading-off throughput and error correction performance with on-the-fly selection in ACM/VCM modes
- Collection of statistics (error rates, average number of iterations, signal-to noise ratio (SNR))
- Deliverable includes VHDL source code or synthesized netlist, HDL simulation models, VHDL or SystemC testbench, and bit-accurate Matlab, C or C++ simulation model
- Available for ASICs and FPGAs (AMD / Xilinx, Intel / Altera, Microchip)
