Pakistan’s First Truly Indigenous Embedded Microprocessor Developed at NUST

The ‘NTiny-E,’ the rustic’s first completely indigenously designed embedded microprocessor, has handed complete useful certification at the National University of Sciences and Technology (NUST).

Pakistan’s First Truly Indigenous Embedded Microprocessor

Dr. Rizwan Riaz, Pro-Rector (Research, Innovation, and Commercialization), National University of Science and Technology (NUST), introduced this at a press convention on Monday along Principal SEECS, Dr. Ajmal Khan, and NTiny design and building staff chief, Dr. Rehan Ahmed.

Dr. Rizwan Riaz, who spoke at the development, mentioned that the embedded microprocessor chip used to be constructed by way of the NUST School of Electrical Engineering and Computer Science’s analysis staff (SEECS).

Semiconductor chips, he defined, are at the center of all electric units and client items that we use every day. In 2021, world semiconductor gross sales will exceed $556 billion, but Pakistan will fail to notice this profitable trade.

NUST has introduced a quest to make Pakistan self-sufficient on this vital era, in line with its venture of acting carried out analysis and innovation. The venture’s unique characteristic is that it used to be designed totally in-house, versus the extra widespread means of using open-source cores from different resources or out of the country collaborations.


As a outcome, the NTiny-E is a surely homegrown product, giving the design staff entire keep watch over over all parts of the chip. Taiwan Semiconductor Manufacturing Company Ltd, the sector’s biggest and maximum a hit business foundry, used to be selected by way of NUST.

(TSMC) for chip manufacturing the usage of the 65 nm procedure node, which is the trade same old. This illustrates the power of researchers to create semiconductors that meet global business design and manufacturing requirements. The instance represents a watershed second in Pakistan’s semiconductor panorama, striking the rustic some other step nearer to knowing Quaid’s preferrred of self-sufficiency. According to Dr. Rizwan Riaz, the NUST staff has now not most effective designed the chip itself. But has additionally created a complete setting for chip trying out and integration into finish units.

The PCB for chip trying out and prototyping of finish methods, in addition to supporting tool and building gear, have been additionally advanced in-house.

Also learn: Pakistani Startup Dastgyr Raises Record $37 Million

Related Articles

Leave a Reply

Your email address will not be published.

Back to top button