info@starvlsi.com
+91 89514 18316
+91 81238 88866

Facebook Linkedin Instagram Youtube

Home
Blogs
About Us
Trainings
- Offline
- Online
  - Physical Design
Career
Placements
Payments
Contact Us

Uncategorized

VLSI training and placement > Uncategorized

1. Continued CMOS Scaling with Advanced Lithography Moore’s Law may be slowing, but scaling has not stopped. Chapter 1 (page 2) explains how EUV (Extreme Ultraviolet) lithography, multi-patterning, and FinFET/GAA architectures push feature sizes below 3 nm, enabling denser and more complex SoCs. 2. The Impact of Dennard Scaling Slowdown Dennard scaling predicted that as transistors shrink, power density remains constant. However, below 5 nm, the chapter notes diminishing performance benefits—triggering: · new device structures · innovative integration techniques · smarter EDA (Electronic Design Automation) platforms 3. Heterogeneous Integration Becomes the Norm · SoCs of today combine: · digital cores · analog/mixed-signal blocks · RF transceivers · on-chip sensors · dense memories · specialized AI engines This allows each functional block to be realized in the most optimal technology. 4. Rise of Magnetic RAM and Non-Volatile Memory The book highlights new memory technologies such as STT-MRAM, SOT-MRAM, and VCMA-MRAM (page 4), likely to complement or replace SRAM caches in future designs. 5. Edge AI and Real-Time Inference With 5G, smart wearables, AR/VR, and autonomous systems, SoCs must perform AI inference on the edge—not in the cloud. The chapter states that analog compute-in-memory and domain-specific accelerators are key emerging directions. 6. Wafer-Scale SoCs The Cerebras wafer-scale AI chip is highlighted as an example of going "beyond chips to entire wafers" for extreme compute workloads. 7. Scalable Multi-Core CPU Fabrics Cloud/datacenter systems demand horizontally scalable architectures—breaking compute, memory, and I/O into modular partitions. 8. 3D-IC and Chiplet Architectures Chiplets stacked vertically using TSVs (Through-Silicon Vias) or silicon interposers form hybrid systems with unmatched flexibility. Chapter 1 explains that heterogeneous chiplets bring RF, memory, compute, and sensors together efficiently.

Uncategorized

A Deep Dive into System-on-Chip (SoC) Architectures and VLSI Trends

Dec 1, 2025 starvlsiadminComment on A Deep Dive into System-on-Chip (SoC) Architectures and VLSI Trends

SoC architecture lies at the heart of today’s hyper-connected digital world, powering smartphones, wearables, automotive

Uncategorized

Star VLSI – India’s Leading Institute for Chip Design Careers

Nov 28, 2025 starvlsiadminComment on Star VLSI – India’s Leading Institute for Chip Design Careers

India’s semiconductor industry is experiencing an unprecedented transformation. With the government’s push for domestic chip

Uncategorized

A Century Ago: The Forgotten Spark That Led to the FET Revolution

Nov 25, 2025

Floorplanning for modern multi-core, multi-voltage, and multi-clock SoCs requires a balance of architectural understanding, physical design expertise, and forward-looking planning. Each decision from domain boundaries to interconnect placement shapes the path to successful timing closure, power integrity, and manufacturability. With the right techniques and a disciplined methodology, physical design engineers can create efficient, scalable, and high-performance SoCs. At StarVLSI, we are committed, to empowering engineers with the knowledge and hands-on skills required to excel in these advanced design challenges in our Physical design course.

EDUCATION Uncategorized

Floorplanning in physical design for Complex Multi-Core, Multi-Voltage, and Multi-Clock SoC Designs

Nov 18, 2025

For a detailed industry overview, check out Synopsys Physical Design Solutions .

EDUCATION Uncategorized

Physical design process flow chip design

Nov 10, 2025

Uncategorized

Top Certifications for Aspiring VLSI Designers in 2026

Nov 3, 2025

EDUCATION Uncategorized

How to Learn VLSI Course in Bangalore: Step-by-Step Guide for Beginners

Oct 23, 2025 starvlsiadminComment on How to Learn VLSI Course in Bangalore: Step-by-Step Guide for Beginners

Are you a beginner wondering how to start a VLSI course in Bangalore? With the

Get In Touch

Mobile Number

+91 89514 18316
+91 81238 88866

E-Mail

info@starvlsi.com

Office Location

PWD Quarters, 1st Sector, HSR Layout, Bengaluru, Karnataka 560102

Social Media

Facebook Linkedin Instagram Youtube

Apply for screening test get upto 20,000/- off hurry!!

New Batches on November 3rd Physical Design

Fill your details to unlock exclusive deals and stay updated with the latest industry Trends in VLSI Designing. Never Miss Out!!

APPLY FOR SCREENING TEST GET UPTO 10,000/- OFF HURRY!!

New Batches Starting May 20 Advance Physical Design

Fill your details to unlock exclusive deals and stay updated with the latest industry Trends in VLSI Designing. Never Miss Out!!

Uncategorized

A Deep Dive into System-on-Chip (SoC) Architectures and VLSI Trends

Star VLSI – India’s Leading Institute for Chip Design Careers

A Century Ago: The Forgotten Spark That Led to the FET Revolution

Floorplanning in physical design for Complex Multi-Core, Multi-Voltage, and Multi-Clock SoC Designs

Physical design process flow chip design

Top Certifications for Aspiring VLSI Designers in 2026

How to Learn VLSI Course in Bangalore: Step-by-Step Guide for Beginners

Recent Posts

Recent Comments

Quick Links

Get In Touch

Mobile Number

E-Mail

Office Location

Social Media