µm
RSS µmUltra-High-Speed CMOS Interface Technology
White Paper This paper describes an ultra-high-speed CMOS interface that was manufactured experimentally using Fujitsu's 0.11 µm CMOS process. Enhancing the performance of the broadband Internet and the performance of computer and... [02 Jun 2006]
Optimization of Launch Conditions in 10 Gb/s Links Using Next Generation Multimode Fibers
White Paper Following historical trend to standardize links comprised of short wavelength (850nm) sources and multimode fibers in multi-gigabit Local Area Networks (LAN), like Ethernet and Fibre Channel, the IEEE 802.3ae standard, also known as 10... [12 Apr 2005]
Signia Technologies Uses Agilent Technologies Solutions to Improve Bluetooth IC Design Predictability
White Paper Improving design predictability for a highly integrated 0.25 µm RFCMOS transceiver IC was a major goal for Signia. Signia Technologies is a wireless solution provider with expertise in wireless communication products. [01 Jul 2004]
Thick Photoresist Imaging Using a Three Wavelength Exposure Stepper
White Paper This paper will evaluate the performance of a novel low numerical aperture (NA), broadband g, h and i-line exposure system with thick photoresist processes and compare the results to baseline 50 µm and 100... [30 Apr 2004]
The Printability of 1X Reticle Defects for Submicron Design Rules
White Paper These conditions included changes in the optical parameters of the illumination system, including numerical aperture (NA) and partial coherence (s), and pitch variations in a 0.65 µm design rule area. [25 Feb 2004]
50 µm Optical Fiber Q&A
White Paper This white paper asks 50 µm Fiber Q & A. Answers questions and concerns surrounding 50 µm fiber. [25 Feb 2004]
A Novel High Density, Low Voltage SRAM Cell with a Vertical NDR Device
White Paper Experimental measurements show standby cell currents lower than 10pA/µm 2, switching speeds faster than ns, and operating voltages as low as 1.5V. A novel 8F 2 NDR-based cell for giga-scale SRAMs on silicon substrates is... [25 Feb 2004]
