Home > Processor Ecosystem > SHAKTI: An Open-Source Processor Ecosystem

SHAKTI: An Open-Source Processor Ecosystem

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                     Fig. 7. Sample Instruction histogram generated from RiTA for the Dhrystone Benchmarkeq17

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Fig. 8. Sample Histograms from RiTA for the Dhrystone Benchmark

 

7. Current Team and Collaboration

 
The SHAKTI processor program is being co-ordinated by Prof. V. Kamakoti and Mr. G. S. Madhusudan.

Dr. Neel Gala is the tech lead of the team. As of today the SHAKTI team includes:

—Full-time project staff:

(1) Paul George
(2) Anmol Sahoo
(3) Deepa N. Sarma
(4) Lavanya Jagan
(5) Vishvesh Sundaraman
(6) Gopinathan Muthuswamy
(7) Raja Nainar Mohamed
(8) Madan Kumar
(9) Sathya Narayanan
(10) Ushakumari
(11) Aditya Mathur

—Students:

(1) Arjun Menon (Masters)
(2) Rahul Bodduna (Masters)
(3) Vinod Ganesan (PhD)

—Remote Collaborators:

(1) Luke Leighton – An advocate for Libre licensed hardware and software.

Each of the members work in different specializations of SHAKTI: core design, peripheral development, operating systems, verification, specialized accelerators, etc. The SHAKTI team is always open for any sort of collaboration and interested users/parties are requested to reach out to either Prof. V. Kamakoti, or         G. S. Madhusudan or Neel Gala for any queries.

 

8. Conclusion

 
With a powerful ISA like RISC-V being open-source, the hardware community (like the software com- munity) will start seeing its share of plethora of industrial grade open-source processors and tools in the near future. Enabled by an open HLS language like Bluespec System Verilog, SHAKTI aims to be forerunner in providing not just one, but a family of open-source processors catering to distinct market domains. With history of four years of development and research, SHAKTI today offers upto two stable processors, robust verification environment, trace analysis tools, associated OS ports like Linux, sel4, FreeRTOS and much more. Moving forward, SHAKTI plans to create a critical mass CPU architects in India, create a vigorous concept-to-fab eco-system for processor development and provide a sturdy and practical CPU design engineering curriculum.

 

9. Acknowledgments

 
The authors would like to thank current members of the SHAKTI team – Rahul Bodduna, Vinod Ganesan, Vishvesh Sundaraman, Gopinathan Muthuswamy, Lavanya Jagan, Deepa Sarma, Ushakumari, Sathya Narayanan, Madan Kumar, Mohamed Raja – for their continuous effort to make SHAKTI a successful and viable eco-system. We would also like to thank all the interns over the past years at RISE Lab, who have contributed in various ways to the SHAKTI program. We would like extend our gratitude to the Ministry of Electronics and Information Technology, Government of India, who have sponsored significant activities of the SHAKTI program. Our sincere thanks to Niraj Sharma and the Bluespec Inc. for providing continuous support to the SHAKTI verification effort. Credits also extend to HCL Tech and Intel corporation who have provided a pillar like support during the tapeout process of the RISECREEK chip.

 

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