FPGA Design

FPGA development is an important part of the system design activity. Time-critical and logic-intensive designs are implemented in the FPGA to get a real-time response. FPGAs are extensively used for signal-processing applications. They are used along with a processor or in standalone mode. FPGAs are very flexible and the logic implemented can be reconfigured to meet the needs of the application.

What we have done:

Architectural Designing for signal processing applications using MATLAB (Simulink, System generator)
RTL Design & Coding and verifying at module level for RTL Sign Off.
Design Synthesis and STA Using GENUS and Tempus tools
Serial Protocols UART, SPI and I2C.
High speed Serial Protocols like PCIe and Ethernet Protocol Controller IP
DO-254 Safety Standard in develop and testing the safety critical systems
VHDL Assertion based test bench with safety critical standards
On-Chip High speed bus protocols - AHB, APB, AXI
Functional verification in compliance to standards.
FPGA custom HW Board Bring-up.

Interface and IP integrations:

Interface	IP
Soft Processor	Microblaze
Clock Input	Clocking wizard
DAC	AXI SPI
Sensors	AXI IIC
Transceivers	AXI UART
USB	AXI USB2.0
Digital I/O	AXI GPIO
LVDS / Differential Signals	Buffering
Memory	DDR3, LPDDR4 and DDR5
Booting Mechanisms	QSPI
Interfaces	Ethernet, SPI, I2C, UART, Backplane

FPGA Used:

Manufacturers: Xilinx, Altera, Lattice, and Actel,

Device Families: Xilinx Spartan3, Spartan 3A DSP, Virtex4, Virtex6 and ZYNQ 7000 Series, Altera Max5, Max10, ARRIA10, Agilex FPGAs, Lattice FPGA, Cyclone 10 GX, Artix - 7

EDA Tools:

Xilinx (ISE, VIVADO), Altera Quartus Prime PRO, Lattice Diamond, Model SIM, SPY Glass (Linting, CDC), GENUS(Synthesis), Tempus (STA), Active HDL, Questa SIM, Xcelium (Cadence), SIM Vision

Hardware Descriptive Languages:

VHDL, Verilog HDL, System Verilog

Programming Languages:

C, Assembly Languages