From Communication Networks to Silicon through VLSI SOC Design: An Intel Journey for an IIT Kharagpur ECE Student
Agenda:
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Communication & data center networks — A system-level big picture
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RAN / vRAN / Cloud — how data navigates from users to cloud computing and back
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Intel Xeon processors & SoCs in communication and data center networks
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From system architecture to silicon — VLSI SoC design flows
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AI everywhere - adoption in day2day work to improve efficiency
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Connecting an IIT Kharagpur ECE student to industry roles and opportunities
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What to learn today to become more effective tomorrow
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Speakers
Mr. Ashis Maitra of Senior Director, Network & Edge Silicon Engineering, Data Center Group, Intel
From Communication Networks to Silicon through VLSI SOC Design: An Intel Journey for an IIT Kharagpur ECE Student
Agenda:
-
Communication & data center networks — A system-level big picture
-
RAN / vRAN / Cloud — how data navigates from users to cloud computing and back
-
Intel Xeon processors & SoCs in communication and data center networks
-
From system architecture to silicon — VLSI SoC design flows
-
AI everywhere - adoption in day2day work to improve efficiency
-
Connecting an IIT Kharagpur ECE student to industry roles and opportunities
-
What to learn today to become more effective tomorrow
Biography:
Mr. Ashis Maitra, M.Tech from IIT Kharagpur in 2000, is a senior semiconductor engineering leader with 25+ years of experience in SoC design, physical design, timing, synthesis, and design methodology.
He has been with Intel Corporation since November 2013, currently serving as Sr. Director, NES: End-to-End SoC Design Manager & End-to-End Physical Design Convergence and Signoff Owner in Bengaluru. His responsibilities include managing end-to-end SoC design for client/edge-server products and driving physical-design convergence and signoff across network SoCs.
Previously, he spent about 5 years at Freescale Semiconductor (later acquired by NXP) as a Principal Staff Engineer, working on STA, constraints, synthesis, physical design, and methodology leadership for complex automotive and industrial SoCs.
Earlier, he spent over 7 years at TranSwitch, working across RTL design, verification, synthesis, STA, DFT, formal equivalence, and physical-design activities. Core expertise: SoC architecture & implementation, physical design, STA, synthesis, timing constraints, DFT, RTL/verification, design methodology, and end-to-end signoff.