Electronic System Level Tools Aim at Sundance

Compile C code for Sundance FPGA Platforms

Impulse C allows users of Sundance FPGA platforms to generate optimized VHDL or Verilog from C code and create FPGA software/hardware applications for easier and more efficient FPGA implementation.

Visit ImpulseAccelerated.com or contact Impulse directly to find out how your C applications may be accelerated on an FPGA.

Board support packages and C-based signal processing libraries are available for the Sundance SMT105 PCIe/104 and EVP6472 solutions.

XDS560v2: the New cost-effective solution for all DSP kits

The new SEED-XDS560v2 is based on the XDS560v2 system trace reference design from Texas Instruments. The XDS560v2 design is the next-generation of high-performance XDS560-class technology.

The SEED-XDS560v2 utilizes USB2.0 (480Mb/s) and Ethernet RJ45 (10/100Mb/s) ports for either local or remote debugging. It is supported by the latest Code Composer Studio versions (CCS4.x and CCS5.x), and is suitable for all the TI-based DSP systems including DM816x and C66xx.

Zoom in on LTE applications

LTE-Advanced Features in LTE PHY Lab v2

Sundance's partner IS-Wireless announces the availability of the first LTE-Advanced baseband reference library for MATLAB LTE PHY Lab v.2.

The product is released as a MATLAB Toolbox and brings new 3GPP Release 9 and 10 functionalities to the already well-established LTE PHY Lab v.1 implementing 3GPP Release 8.

LTE PHY Labs can be used at all stages of the software, hardware and IPR development, from research, prototyping and implementation, up to system benchmarking, verification and testing.

The LTE PHY Lab v2 is suitable to model LTE-Advanced algorithms on the dedicated Sundance MIMO Wireless development platforms: MIMO LTE 4x4 while the sibling WiMAX PHY Lab on the MIMO WiMAX platform.