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Electrical and Information Technology

Faculty of Engineering LTH | Lund University

 Babak will continue to lower the power

Attacking power dissipation

-I’ve been mostly focused on the transistor- and gate level but also touched on the module- and architecture level during my research, says Babak. More functionality, higher performance and millions of transistors also means higher power dissipation in modern integrated circuits.  

EITs fresh doctor, Babak Mohammadi, kept a strict focus during his PhD-studies on attacking this problem from transistor to architectural levels. His work helps to counteract the accelerating global power demand we see as a result of the increased IoT and digitalization rollouts all over the world.

Larger circuits and lower supply voltages

When the circuit technology reached 800 nm a new trend in integrated circuit design started, namely careful design around power saving and developiment of methods around that.

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Text: Anders Borgström, Photo: Yunus Ökmen

 

2017-06-21 Babak will continue to lower the power

Babak Mohammadi responding   Text: Anders Borgström, Photo: Yunus Ökmen Attac....

2017-06-15 Early summer IEEE CAMAD event hosted by EIT

Text Anders Borgström  -We are pleased being able to gather such a wide range of leadin....

2017-06-07 Battle of Bara bräcker Barsebäck

Text: Anders Borgström/Anders Karlsson, Bild: Richard Lundin Institutionsmästerskapet i....

2017-06-07 EIT researchers awarded "best paper" at Test Symposium in Amsterdam

At the 21:st IEEE European Test Symposium (ETS) held in Amsterdam, The Netherlands, in May 2016, the....

2017-06-01 COST-meetings hosted by EIT in E-Huset

Text and Photo: Anders Borgström LTH and EIT organized the IRACON “Inclusive Radio Com....

2017-06-19 Early summer IEEE CAMAD event hosted by EIT

Date: June 19-21, 2017 Place: E:A, E:3139  More info on the event with detailed program c....