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What Is VLSI Design and How Is It Done in the Embedded Systems Industry?

VLSI design is a critical step in the development of any embedded system. By creating custom chips specifically for a given application, engineers can optimize performance and reduce power consumption. This can be essential for devices that need to run for long periods of time on a limited power supply, such as portable medical devices or wireless sensors.<br>Read more: https://bjitgroup.com/vlsi-design

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What Is VLSI Design and How Is It Done in the Embedded Systems Industry?

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  1. What Is VLSI Design and How Is It Done in the Embedded Systems Industry? BJIT Ltd. YOUR NEXT DESTINATION Image Placeholder OF SOFTWARE OUTSOURCING

  2. Full Form, Definition & History of VLSI Design Full Form Definition: What is VLSI Design? History Very Large Scale Integration VLSI design is how Integrated Circuits or ICs are made. The process includes integration of millions of transistors onto a single chip. 1950 - SSI (Small Scale Integration). 1960 - MSI (Medium Scale Integration). 1970 - LSI (Large Scale Integration). 2 BJIT Japan Copyright @2019, BJIT Group. All Rights Reserved

  3. VLSI Design Basics ● Moore’s Law - 1965. ● Front-end (Software)of VLSI Designing. ○ VLSI Design Flow. ● Back-end (Hardware) of VLSI Designing. 3 BJIT Japan Copyright @2019, BJIT Group. All Rights Reserved

  4. VLSI Design Flow Front-end Part 1. Analyzing the system requirements. Thoroughly study “what is VLSI design?” 3. Creating the technical and visual design. 5. Modeling the circuit design The Final Design 2. Building the system architecture. 4. Prepare the logic gate design 5. Building the entire physical design 4 BJIT Japan Copyright @2019, BJIT Group. All Rights Reserved

  5. VLSI Back-end Implementation 01 Wafer Processing Silicone crystals are divided into wafers. 02 Photolithographic Processing Photolithographic techniques are used in the wafer for making patterns on it. Etching Technique 03 Making patterns in the wafer and protecting important parts of it. Semiconductor Ionization Infusing semiconductor characteristics into the wafer by ionization. 04 Metal Layer Implantantation Implanting an aluminium layer on the wafer. 05 Fabrication and Packaging The assembling and fabrication of all the materials that is followed by quality checking and further maintenance steps. To understand more about the fabrication process, you need to have a clear understanding of “what is VLSI design?” 06 5 BJIT Japan Copyright @2019, BJIT Group. All Rights Reserved

  6. EDA Tools For VLSI Design 6 BJIT Japan Copyright @2019, BJIT Group. All Rights Reserved

  7. Benefits of VLSI Designing Reducing circuit sizes ● Decreasing wafer space and helps in over space minimization. ● Cost feasible and speedy performance. ● High in performance. ● Lower power consumption. ● 7 BJIT Japan Copyright @2019, BJIT Group. All Rights Reserved

  8. BJIT - 20+ Years of Experience in the Offshore IT Industry Address: Plot No- 2740 & 2745 Pachkhola, Dhaka 1212. https:/ /www.facebook.c om/bjitltd/ https:/ /www.linkedin.com /company/bjit/ Email: info@bjitgroup.com Phone Number: 02-9889820 https:/ /twitter.com/bjit_ltd Our Official Website: https:/ /bjitgroup.com/ 8 BJIT Japan Copyright @2019, BJIT Group. All Rights Reserved

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