Blogs

SFAL would like to invite all the college students to explore the semiconductor world where we are introducing them VLSI and Chip Design concepts via Design Hackathon mode. Government of India is pushing hard to propel innovation, build domestic capacities to ensure the digital sovereignty, build semiconductor ecosystem that requires 85,000+ highly trained engineers. Working towards this vision statement, we have planned a 3 Week Design  Hackathon which is to provide an opportunity to students to innovate, create state-of-the-art design and integrate it into real world semiconductor application. Also, Purpose of this Hackathon drive is to select best committed candidates for the high paying Semiconductor companies of World for various job profiles. ​ Please encourage students from all engineering fields interested to start their career in Semiconductor Industry.      Register @  https://bit.ly/3qVdi3j_SFAL_Recruitment_Hackathon_Drive_Reg For any queries, please contact Anagha Ghosh(VSD team) :  8548037643 /Montu Makadia(Technical & Business Consultant, SFAL) : 9980040046

MathWorks in association with Semiconductor Fabless Accelerator Lab (SFAL) invites you for an exclusive 3-part Webinar series, where we bring together Industry experts and application engineers share and discuss some of the most crucial and interesting areas in the Wireless technology space: Few Highlights: Eclectic live 40 mins sessions by MathWorks engineers covering next generation of Wireless Communication Systems in relevance to the semiconductor industry.Special talk by Dr. Satya Kumar Vankayala from Samsung India sharing his insights on Machine learning in 5G systemsBe part of the community, interact with speakers directly and share your views Agenda Wireless Connectivity and Scenario ModelingThursday, March 10 | 15:00 IST Machine Learning for 5G Wireless Systems – SamsungFriday, March 11 | 15:00 IST Design and Simulate RF Transceivers for Wireless SystemsThursday, March 17 | 11:00 IST Register @ https://bit.ly/3HqN3rS

The Indian electronics industry saw growth in the early years of the 21st century, encouraged both by government policies and incentives and by international investment. Its key and most resource-intensive segment, the semiconductor industry benefitted from domestic demand growing briskly. Semiconductors were required by a large number of industries, including telecommunications, information technology, industrial machinery and automation, medical electronics, automobile, engineering, power and solar photovoltaic, defence and aerospace, consumer electronics, and appliances. Here comes an article on the views of startups by  Digitimes Asia, a premier media outlet for Electronics/Semiconductor  industry, based on the interview given by SFAL companies Aryyabhatta Circuits and Research Labs and Saankhya Labs To know more, click https://www.digitimes.com/news/a20220328VL204/india-fabless-chip-makers.html

The field of VLSI design is continuously evolving, and it’s crucial to stay updated on the latest trends with SFAL. Here are some of the most exciting advancements to watch out for: 📌Advanced Semiconductor Processes: New manufacturing techniques enable the creation of smaller and more powerful chips. 📌3D Integration Revolution: Chips are stacked in three dimensions, leading to significant performance improvements. 📌AI & ML Integration: Automation of design tasks and optimization of chip performance using AI and machine learning. 📌Photonics Integration: Utilizing light for data transmission on chips, promising faster and more efficient communication. 📌Quantum Computing Exploration: Exploring quantum mechanics for the development of entirely new chip types. Stay informed with the latest in VLSI design! Brochure: SFAL_VSD_SNPS_SOCImplementationProgram For more details, do visit: https://www.vlsisystemdesign.com/sfal/

Embark on the remarkable journey of Calligo Technologies, a trailblazing fabless semiconductor startup based in Bengaluru, India. Since its inception in 2012, Calligo has been a driving force in the realms of High-Performance Computing (HPC), Big Data, and AI/ML, reshaping the global semiconductor landscape with cutting-edge innovations. Guided by a leadership team boasting over a century of collective experience in VLSI, systems design, and software engineering, Calligo has introduced revolutionary products such as CRISP-core and TUNGA Silicon. These advancements highlight their expertise in optimizing computing performance through innovative hardware solutions. At the forefront of industry collaboration, Calligo was the inaugural partner of the Semiconductor Fabless Accelerator Lab (SFAL), leveraging state-of-the-art EDA tools and forging key partnerships with leading foundries like TSMC and GlobalFoundries. Supported by India’s Design Linked Incentive (DLI) Scheme, administered by C-DAC through the ChipIN centre, Calligo has received crucial financial incentives and design infrastructure support, further enhancing its capabilities in semiconductor design and fabrication. With investor interest on the rise, recognizing their potential to revolutionize HPC, AI, and Big Data sectors, Calligo Technologies is poised for its next phase of growth. As they continue to set new benchmarks in semiconductor innovation, Calligo exemplifies the successful synergy between government initiatives and industry leadership, paving the way for future advancements in computing technology. For more details do visit: https://www.calligotech.com/

Discover the inspiring journey of AB Circuits and Research Labs (ABCRL), a trailblazer in the automotive semiconductor industry. Founded in 2019 by Rajesh Jagasia and later joined by semiconductor expert Tushar K. Bhattacharyya, ABCRL has quickly become a leader in smart automotive electronics. Their flagship product, Tire Synapse®, is a groundbreaking tire monitoring ASIC with integrated Bluetooth®. This innovative chip offers advanced features such as tire wear prediction, road condition detection, load detection, wheel alignment measurement, and balancing assessment, setting new standards in vehicle safety and efficiency. Supported by India’s prestigious Chips to Startup (C2S) scheme, ABCRL has advanced its chip design capabilities, aligning with India’s goal of becoming a silicon manufacturing nation. Despite initial funding challenges, ABCRL has attracted significant investor interest due to their cutting-edge technologies and proven track record. With plans to tape out their first chip soon, ABCRL is poised for a major milestone. Incubated at SFAL and tested at the Center for Electric Vehicle and Intelligent Transport Systems (CEVITS) at IIT Indore, ABCRL is ready to meet the automotive industry’s demands. Backed by strong government initiatives and industry partnerships, ABCRL is revolutionizing the automotive semiconductor landscape, contributing to India’s emergence as a global leader in semiconductor design and manufacturing. For more details do visit: https://abcrlabs.com/

Founded in 2006 through the Technology Entrepreneurship initiative of the Indian Institute of Science (IISc) at Bangalore, Morphing Machines embarked on a mission to revolutionize the semiconductor industry. With a vision anchored in innovation, the company introduced its groundbreaking product, REDEFINE™—the world’s first truly runtime reconfigurable many-core processor. Securing $2.76 million in seed funding led by Speciale Invest, Morphing Machines accelerated its growth, solidifying its position as a leader in high-performance, energy-efficient systems. The company’s cutting-edge technology, incubated at the Semiconductor Fabless Accelerator Lab (SFAL) and supported by the Ministry of Electronics & Information Technology, continues to gain recognition and support. Under the expert leadership of Deepak Shapeti and the pioneering efforts of Dr. Ranjani Narayan and Dr. S. K. Nandy, Morphing Machines is driving the future of telecom, AI-ML, healthcare, and high-performance computing. This success story is a testament to their dedication and groundbreaking innovations in the semiconductor sector. For more details do visit: https://www.morphing.in/