“C” to FPGA and Software
Overview
The customer required Design and Development of large OFDM MIMO System with Complete ownership of Software and hardware life cycle management, along with system Architecture and component selection.
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Challenges
Complex Cloud Environment
Eight FPGAs were required to implement the logic and it involved complex algorithm understanding and implementation
Limited Security Expertise
Power requirement, interface and synchronization between FPGA’s Configuration, 10G MAC interface with higher layer without stack in FPGA
Evolving Threat Landscape
Complexity in realization of optimistic RTL from Matlab/C Model and Turbo Decoder from third party vendors supporting up to 35 Mbps speed. VHDL/Verilog is used for RTL Design.
Benefits
Leverage the data for clinical and operational decisions to support and deliver value-based healthcare
Improved Security Posture
Enhanced Visibility
Reduced Costs
Compliance Adherence
Benefits
Leverage the data for clinical and operational decisions to support and deliver value-based healthcare
Improved Security Posture
Enhanced Visibility
Reduced Costs
Compliance Adherence
Outcomes
Leverage the data for clinical and operational decisions to support and deliver value-based healthcare
- Matlab algorithm implementation
- Floating to Fixed point conversion and BER Measurement
- Fixed point and C-Model to RTL Conversion
- Implemented in Altera Stratix-V FPGA’s and Cyclone V FPGA (28nm technology)