
What is CRPR in VLSI?
Static timing analysis is critical in ensuring timing closure in current IC designs. Additional pessimism(a procedure to observe the wrong aspects in the design), on
Chipedge now offers Intigrated Internship courses for Students / Freshers (Enquire now).Â
Static timing analysis is critical in ensuring timing closure in current IC designs. Additional pessimism(a procedure to observe the wrong aspects in the design), on
When designing integrated circuits (ICs), electrical engineers must consider propagation delay in VLSI CMOS design. The propagation delay of a logic gate is defined as
Routing in VLSI is making physical connections between signal pins using metal layers. Following Clock Tree Synthesis (CTS) and optimization, the routing step determines the
Metastability in VLSI is an unstable equilibrium occurrence in digital electronics in which the sequential element is unable to resolve the state of the input
Electromigration in VLSI physical design is a major concern, particularly at lower technology nodes where the cross-sectional area of metal interconnects is relatively small. If
As we dig deep into lower technology nodes in IC (integrated circuit) design, we always witness a downscale of design relative to earlier technology nodes.
Static timing analysis is critical in ensuring timing closure in current IC designs. Additional pessimism(a procedure to observe the wrong aspects in the design), on
When designing integrated circuits (ICs), electrical engineers must consider propagation delay in VLSI CMOS design. The propagation delay of a logic gate is defined as
Routing in VLSI is making physical connections between signal pins using metal layers. Following Clock Tree Synthesis (CTS) and optimization, the routing step determines the
Metastability in VLSI is an unstable equilibrium occurrence in digital electronics in which the sequential element is unable to resolve the state of the input
Electromigration in VLSI physical design is a major concern, particularly at lower technology nodes where the cross-sectional area of metal interconnects is relatively small. If
As we dig deep into lower technology nodes in IC (integrated circuit) design, we always witness a downscale of design relative to earlier technology nodes.
Copyright (c) 2020. ChipEdge Technologies Pvt Ltd.
Copyright (c) 2020. ChipEdge Technologies Pvt Ltd.
Hussain brings 26+ years of experience in business development, strategy in FinTech, Telecom, Edutech.
He worked in the Telecom Industry(VSNL, C-DOT, Marconi Communications, Sasken Technologies) in 1G/2G/3G/4G Network product development. He was one of the Board of Directors for Resonous Technologies (4G LTE Network Product Developing Startup), and was instrumental in LTE Base Stations business with Kapsch, France.
Presently, he serves as Board Member in ChipEdge and Supernet Technologies.
Hussain earned a bachelor’s degree in Electronics and Communications from Jawaharlal Nehru Technological University, Hyderabad.
To know more about Shaik Khadar Hussain, please visit: LinkedIn
Venkat has over 23+ years of experience in Semiconductor industry, with a mix of design, application engineering and entrepreneurial experience.Â
Prior to founding ChipEdge, he was with Cadence Design Systems (India) Pvt Ltd, Bangalore and was responsible for synthesis solutions. He worked with Time to Market (india) pvt Ltd (acquired by cyient), Hyderabad and was responsible for Physical Design projects.
Before moving back to india, Venkat was with Cadence Design Systems Inc (SanJose, California) and was responsible for synthesis solutions. Â He started his career with Qualcore Logic Pvt Ltd, hyderabad.
Venkat holds a Bachelor’s Degree in Electronics and Communications from Andhra University.Â
To know more about Venkat Sunkara, please visit:Â LinkedIn