Towards
self-reliance in
Microprocessor
Technology
Announcing the development of India's first indigenous 64-bit multi-core RISC-V based Superscalar Out-of-Order Processor
VEGA series of microprocessors
A series of 32-bit/64-bit Single/Multi-core Superscalar In-order/Out-of-Order high performance processors based on RISC-V ISA integrated with Multi-level Caches, MMU and Coherent Interconnect.
- Indigenous Technology
- Versatile Applications
- Opensource RISC-V ISA
- Secure and Scalable
Digital India RISC-V Program
Initiated and funded by MeitY with the mission objective to design and develop indigenously, a family of Microprocessors, related IPs and the complete ecosystem to enable fully indigenous product development that meets various requirements in the strategic, industrial and commercial sectors.
VEGA Microprocessors
A series of 32-bit/64-bit Single/Multi-core Superscalar In-order/Out-of-Order high performance processors based on RISC-V ISA integrated with Multi-level Caches, MMU and Coherent Interconnect.
ASTRA system & Peripheral IPs
A wide range of System and Peripheral IPs which are Silicon proven, comprising of the robust RTL, extensively verified and fully synthesizable technology independent IP cores which form the building blocks for an SoC implementation.
VEGA Ecosystem
The complete ecosystem for embedded design with the VEGA processors, comprising of Board Support Packages, SDK with integrated tool chain, IDE plug-ins and Debugger for the development, testing and debugging
Hardware Design Group
Who we are ?
Hardware Design Group is a department of C-DAC, Thiruvananthapuram Centre specialising on design and development in the area of VLSI and Embedded Systems
Thrust Areas
IP development for SoC implementation, ASIC design and FPGA implementations, Microprocessor Design, Analog and Mixed Signal IC design, Embedded System development, Product designs for Industrial, Consumer, Automotive and Bio-Medical Applications, High speed PCB design, Ergonomics, tooling and mechanical design, Precision assembly and testing.
Expertise
Commendable record of transfer of know-how to industry, Microprocessor & System IP Design Verification, Complex FPGA implementations, Million gate ASIC design in sub-micron and deep submicron technologies, Analog and Mixed Signal VLSI Design, Embedded System design and development, High Speed PCB Design, ergonomics, tooling and mechanical design Interface with major foundries.
