Comprehensive coverage of the challenges IC designers face, the most significant technologies produced by providers of EDA (electronic design automation) tools and IP (intellectual property) cores, and the design methodologies other IC designers are using to become successful.
The merger aims to bridge the language-based design and IP-assembly worlds and will exploit the fact that the two organizations have been working in complementary areas of front-end design and verification.
IMEC (Interuniversity Microelectronics Center) reports having used ASML’s EUV (extreme-ultraviolet) Alpha lithography tool to print the contact and metal patterns for a 22-nm-node SRAM cell—apparently, the first application of the tool for multiple layers at this density. The SRAM cell is both tiny—at 0.
RF-engineering company Nujira has extended the reach of its efficiency-boosting technology for power amplifiers into the handset. The company has until now focused on the infrastructure side of communications, selling its HAT (high-accuracy-tracking) power-line modulators into applications such as base stations.
Researchers at IMEC (Interuniversity Microelectronics Consortium) and at Ghent University recently demonstrated results from a 3-D integration process using highly thinned ICs with flexible packaging, materials to create fully flexible circuit assemblies. Researchers thinned an IC die to a thickness of 25 microns.
GUEST OPINION: Plenty of commentary has been written about the promise of ESL and how it remains unfulfilled. The truth is that engineers have been successfully designing with ESL tools for years.
Most of the custom chips today, including ASICs, ASSPs (application-specific standard products), and special-purpose custom chips, have function blocks that do not require leading-edge processes.
GUEST OPINION: If history is any indicator, innovation, not the business cycle, will pull the semiconductor industry out of recession. But this time young, innovative companies jumping on advanced processes may play a disproportionate role.
Starting with the basics of PWM (pulse width modulation) counters, this clip discusses their usefulness in multiple applications and demonstrates how to implement a PWM counter in an FPGA. Presented by Shelley Gretlein of National Instruments.; FPGA; national instruments; PWM counter; tutorial; video design idea; Using an inexpensive buck converter and a red LED, you can employ optical feedback to stabilize the output level of a high-intensity LED.; buck regulator; led; video design idea; Metastability of digital circuits can become a problem if you don't properly account for setup and hold times in synchronous circuits, or at random in the case of asynchronous inputs. Presented by Scott Davidson, Tektronix. ; asynchronous; setup and hold time; synchronous; Tektronix; video design idea; Dhananjay V Gadre of the Netaji Subhas Institute of Technology in New Delhi, India, details and demonstrates the use of "Charlieplexing" to drive 20 LEDs using six available I/O pins on an 8-pin microcontroller.; AVR; led; microcontroller; Tiny13; video design idea; Dhananjay V Gadre of India's Netaji Subhas Institute of Technology explains how an LED can double as a photosensor and a visual indicator of ambient-light intensity.; EDN.com; led; microcontroller; sensors; video design idea; Bonnie Baker, senior applications engineer at Texas Instruments and regular EDN columnist, demonstrates a simple way to add DAC functionality to a microcontroller-based system using only an op amp and two passive components.; analog design; Bonnie Baker; DAC; EDN.com; op amp; video design idea; Mark Thoren, mixed-signal application engineering manager with Linear Technology, demonstrates an amplifier-based circuit design for a relatively inexpensive precision voltage source.; amplifier-based circuit design; linear technology; Mark Thoren; mixed-signal application; precision voltage source; Jim Williams, staff scientist with Linear Technology, explains why PC clocks are invariably wrong, and how engineers can surmount the extreme measurement challenge involved in solving the problem.; cell phones; computer clocks; jim williams; linear technology; nanoamps; quartz crystals; video design idea; Dhananjay V. Gadre from New Delhi, India:
Demonstrating a battery-less electronic dice, made using a faraday voltage generator, an AVR Tiny13 microcontroller and 7 blue LEDs.; AVR; electronic dice; Faraday Generator; microcontroller; shake shake generator; Tiny13; EDN Tech Clips deliver technical depth and tutorial design information for engineers involved in analog circuit design, power management, embedded-system design, board-level design, signal integrity, and more. http://link.brightcove.com/services/link/bcpid27475330001http://www.brightcove.com/channel.jsp?channel=959007201
Jun 29 2009 6:34PM | Comments (0) Following an active panel on DDR3 DRAM, last week's Denali Memcon offered up a second panel topic: low-power memory design. That's a wide enough to... « Read and comment »
Jun 29 2009 7:50AM | Comments (0) One sure indication that low-power FPGAs are beginning to penetrate the domain of small ASICs in power-constrained applications is that the FPGA ve... « Read and comment »
Jun 29 2009 7:43AM | Comments (0) Many—maybe even most—SoC design teams use C or C++ to explore algorithms and the behavior of their system before they begin implementat... « Read and comment »
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Texas Instruments serves the world's most innovative electronics companies, helping them develop new ideas that change the way we live. By providing semiconductor technologies that promote greater power efficiency, enable more features, enhance...
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