- "A 9.95–11.3-Gb/s XFP Transceiver in 0.13µm CMOS", presented in ISSCC 2006 Conference.
- "Square Root Domain'' Filter Design and Performance.
- A 9.95–11.3-Gb/s XFP Transceiver in 0.13µm CMOS, published in JSSC.
- Enhanced Efficiency Threshold-Cancellation based Rectifier for RF Energy Harvesting Applications
- Design and Measurement of RF Energy Harvesting Circuits
Revsemi RFIC Design Examples
- Energy Efficiency Enhancement of Sub-threshold Digital CMOS
- Differential Drive CMOS Rectifiers for RF Energy Harvesting
To help the global analogue/RF IC design community with the experience and knowledge, Revolution Semiconductor gained over the years, we are starting a series of design notes accessible from our website.The first the design note is titled Differential Drive CMOS Rectifiers for UHF RFID and is authored by Dr. Murat Eskiyerli.
The Turkish semiconductor sector has, regrettably, not developed as much as it could have over the past thirty years. There are a couple of reasons for this comparative underdevelopment vis-a-vis other sectors, such as construction, where Turkish companies have now the second highest volume of international portfolio of projects after the Chinese companies.
Ankara, Turkey and New Delhi, India : Revolution Semiconductor Labs, Turkey and Cyber Media Research Ltd. (CMR), India today announced signing of an agreement extending Cyber Media Research’s services of market research, consulting and advisory in several verticals including Information Technology, Telecoms, Semiconductors, Electronics, Energy, Healthcare and Smart Infrastructure.