Paper 13350-22
Lightwave and millimeter wave optoelectronic computing with the sub-1nm microwave photonic CMOS technology - circuit design considerations suitable for nano wireless ultra-large-scale integration
28 January 2025 • 4:45 PM - 5:05 PM PST | Moscone South, Room 308 (Level 3)
Abstract
Traditionally, CMOS is not considered a light emitting device. Similar to laser or LED, and microwave devices, Photonic Millimeter Wave CMOS transistors are both light as well as microwave emitting devices. Hundreds of billions or trillions of metal wires in an ULSI circuit may be eliminated by the microwave photonic CMOS technology. The metals connecting the CMOS blocks are superseded by microwaves and light waves. Microwaves can replace multiple levels of metalized interconnects. This traditional multiple levels of mentalization cause severe delays and lots of heat. Wireless Ultra Large Scale Integration stands for using microwaves and light waves from microwave photonic CMOS to replace the metal wires in an ULSI.
Presenter
Northrop Grumman Corp. (United States), American Enterprise and License Co. (United States)
James Pan is a senior principal engineer in Northrop Grumman Corporation (Linthicum, Maryland, USA). He used to work for Semicoa Corporation (Costa Mesa, California), Fairchild Semiconductor (West Jordan, Utah), IBM T. J. Watson Research Lab. (Yorktown Heights, New York), IBM Microelectronics (Fishkill, New York), Advanced Micro Devices (Sunnyvale, California), Atmel Corporation (Colorado Springs, Colorado), and Micron Technology (Boise, Idaho). He received a Ph.D. degree from Purdue University (West Lafayette, Indiana), MSEE from University of Texas at Austin, and BSEE from National Taiwan University. In 2009 he started American Enterprise and License Company (AELC). Dr. Pan holds more than 80 patents.