Volumes

March 1, 2007

Electronic system level design for embedded systems

There is a growing productivity gap in the design of embedded systems. One recent survey estimated that the number of lines of embedded code written per year is growing at a rate of 46% a year, although the number of developers available to write it is growing at only 7.5%. The problem is further compounded […]

Article  |  Tags:
March 1, 2007

Double figures for DATE

DATE 07 (April 16-20) marks an important milestone for the Design Automation and Test in Europe conference as it reaches its tenth edition. As we went to press, the main technical program was still being finalized, but DATE has again received record submissions, 933 against last year’s 834. The most obvious change in 2007 is […]

Article  |  Tags:
December 1, 2006

Left shifting DFM analysis into the PCB design flow

What do we mean by a ‘left shift’ in design for manufacturing (DFM) analysis? Think of it as moving the DFM analysis from a tool run by the manufacturer into an integrated solution within the printed circuit board (PCB) design system. It is a major advance in the design of PCBs, allowing users to ultimately [...]
Article  |  Tags: , ,
December 1, 2006

Using self-timed interconnect to accelerate SoC timing closure

Timing closure is one of the major problems faced by SoC designers. The inclusion of several, often diverse, IP cores that need to communicate with each other on a chip makes it difficult for a designer to meet the complex timing requirements between these cores. Furthermore, as process nodes shrink, process variability becomes a more […]

Article  |  Tags:
December 1, 2006

Start here

Simple question. But it’s one aimed specifically at the designers. In the last five years, have you ever been to the Consumer Electronics Show in Las Vegas – or, indeed, any of its international equivalents like CeBit in Hanover? The IDMs – Sony, Toshiba, IBM et al – will have hundreds of people at these […]

Article  |  Tags:
December 1, 2006

Silicon carrier for computer systems

Applications ranging from gaming to digital media to data analytics continue to grow more complex and constantly demand increasing computing power from computer systems. Historic growth in microprocessor performance has primarily been responsible for assuring a steady growth in the computing power of computer systems. Traditionally, this growing performance has been sustained by scaling down […]

Article  |  Tags:
December 1, 2006

Reducing power demands with specialized coprocessors

Consumer electronics is a difficult business.Market windows open and close quickly. Cost is critical. Requirements change unpredictably. Risk is high. Functionality and performance increase with every product generation, while both manufacturing-limitations and feature-driven demand require low power implementations. Of all these, power constraints have the largest impact on current product architectures. As CMOS reaches its […]

Article  |  Tags:
December 1, 2006

Power under control

In late 2001, Nick Baker and other members of the Ultimate TV team at Microsoft learned that the company was ending development work on the product. For a still youthful engineer whose curriculum vitae already took in some ill-fated early-days video card work at Apple and the short-lived 3DO games console, Baker could have been […]

Article  |  Tags:   |  Organizations:
December 1, 2006

Left shifting DFM analysis into the PCB design flow

What do we mean by a ‘left shift’ in design for manufacturing (DFM) analysis? Think of it as moving the DFM analysis from a tool run by the manufacturer into an integrated solution within the printed circuit board (PCB) design system. It is a major advance in the design of PCBs, allowing users to ultimately […]

Article  |  Tags:
December 1, 2006

Leakage power optimization for a wireless comms SoC

Leakage has become a critical concern for sub-100nm silicon process technologies. It had started to become a significant factor in a chip’s overall power profile at 130nm, but by 90nm things had worsened with leakage accounting for perhaps 30% of a chip’s total power consumption. At 65nm, leakage represents more than 50% of power consumption. […]

Article  |  Tags: