Meet India’s Atmanirbhar Microprocessor Chip “Moushik” For IoT Devices

Researchers at IIT-Madras effectively started (initialized) ‘Moushik.’ An endemic microprocessor designed and manufactured in India. Moushik is a cum-on-chip (SoC) chip system. This implies that, as a processor, it can execute the instructions. Also, as an SoC, completely different rooms could be connected to it. It’s the third inside – the arrangement of six laptop chips being designed as part of this Shakti microprocessor program.

Speaking of the client functions of the chip, Prof. V. Kamakoti from the RISE (Intelligent Systems Engineering) group is reimbursable. There is the Department of Computer Science and Engineering. IIT-Madras states that they can be used in playing credit cards. This includes electronic voting machines (EVMs). It also adds surveillance cameras and secure locks. It can customize health management systems. This comes with an elevator of different Web of Things (IoT) units.

“This is really a 180nm chip with a throughput of 100 MHz. It can accommodate various small appliances and also household appliances. In terms of cost, there could be an order for a million components. The price can be reduced to $ 1 per processor. There is even less processing power. India demands countless such chips. It’s for a variety of functions, ”he informed WION.

Flea Growth is a concerted campaign. It is between Indian universities and scientific services as there was the Microprocessor Plan, Motherboard PCB. Its own meeting and post-silicon kickoff was done at IIT Madras. Foundry specific backend design has been undertaken. The manufacture of was undertaken in the semiconductor laboratory. This is the Indian Space Research Organization (ISRO) in Chandigarh. The production of the motherboard was carried out in Bengaluru. Shakthi Moushik SoC will unveil the center of a locally developed motherboard known as “Ardonyx 1.0”.

Notably, Moushik’s predecessor is Risecreek. 22nm chip designed in India and manufactured by Intel. It is already in use in the strategic sector of India. Risecreek, an industrial grade chip adapts to 100-350Mhz speed phase. Rimo is another variation with this command. It also relied heavily on 180nm expertise. It was created and developed in India. “Now we have three chips ready and another class of processors is in the works. It must serve increased computing speeds. We can use the current Moushik chips. Then combine them like building blocks and climb, ”Professor Kamakoti added.

At present, India’s manufacturing services have a limited supply. It can only power expert processors up to 180 nm. The elegance and activity of the processors improves with all the decrease in nm. For example, some of the processors turn on. It is smartphones to date, and laptops use 5nm and 22nm vary. It is assumed that Indian services will likely increase their expertise in the years to come.

IIT says that other people can use Shakti control microprocessors because they are comparable to global standards and can pave the way for a global industry. Given their open nature, startups and businesses could customize its layout largely to suit their own needs. Native style and expansion can be reduced. Manufacturing also reduces the chances of using (imported) apps. It can be infected with backdoors and hardware Trojans. This growth will take on enormous importance. While strategic sectors adopt programs based mainly on SHAKTI chips. These are very similar to defense, atomic energy installations, and government agencies and departments.

The Indian government has also established the Swadeshi microprocessor problem. While startups in this area may present options. It can help with complex designs around the in-house processor ecosystem. It meets all global and domestic needs.

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