INDIA's First Micro Processor
SHAKTI processors are based on the RISC-V (Reduced Instruction Set Computer-5) ISA(Instruction Set Architecture). The processors are based on 22 nm FinFET(Fin Field Effect Transistor) technology. SHAKTI has envisioned a family of processors as part of its road-map, catering to different segments of the market. They have been broadly categorized into "Base Processors", "Multi-Core Processors" and "Experimental Processors". The E and C-classes are the first set of indigenous processors aimed at Internet of Things (IoT), Embedded and Desktop markets. The processor design is free of any royalty and is open-sourced under the Modified BSD License.
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https://shakti.org.in/ |
Base Processors
E-Class
The E-Class is a 32/64 bit microcontrollers capable of supporting all extensions of RISC-V,aimed at low compute applications and low-power.
C-Class
The C-Class is a 64 bit microcontroller processor, aimed at midrange embedded applications.It gives a high performance in Linux based applications.It can also customized up to 2 GHz.
I-Class
The I-Class is a 64 bit processor which targets the Compute,Mobile,storage and Networking platforms.The operational clock frequency of this processor is 1.5-2.5 GHz.
Multi-Core Processor
M-Class
The M-Class is a combination of C and I - Class Cores.The M-Class Processor targets the general purpose compute,low end server and Mobile applications
S-Class
The S-Class is 64 bit Processor aimed at Desktop,Enterprise server Application.Its supports 2-16 cores with a clock frequency of about 1.2–3 GHz.
H-Class
The H-Class is a 64 bit processor aimed at highly parallel enterprise, HPC and Analystics Applications.It has up to 128 cores with multiple accelerator per core.
Experimental Processors
T-Class
The T-Class is aimed to provide additional hardware support for securing information from Memory based attacks.Its design focuses on a unified hardware framework for mitigating spatial and temporal memory attacks.
F-Class
The F-class is a fault-tolerant version of the base class processor. Features include redundant compute blocks (like DMR and TMR), temporal redundancy modules to detect permanent faults, lock-step core configurations, fault localization circuits, ECC for critical memory blocks and redundant bus fabrics.
If you want to Know about Shakti Processor visit:https://shakti.org.in/
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