In addition, the inability of existing technologies such as field programmable gate arrays (FPGAs) and standard-cell ASICs to meet the requirements of medium-volume (more than 10,000 units) applications is further bolstering demand for structured ASICs.

"Structured ASICs are proving to be highly promising components for next-generation devices and combine the performance/cost advantage of standard-cell ASICs and the low-risk nature of FPGAs while dramatically simplifying the design process," explains Frost & Sullivan Research Analyst Sivakumar Muthuramalingam.

The structured ASICs cuts the nonrecurring engineering (NRE) expenses by more than 85 percent in derivative chips and is set to become a crucial element in the upcoming deep sub-micron (DSM) designs.

"A significant percent of FPGA design wins could now be lost to structured ASICs that lowers cost and time to market, while increasing performance," observes Muthuramalingam.

Despite the several benefits of structured ASICs, researchers still need to address issues such as cross talk and signal integrity when implementing designs at DSM levels. Further, in the more advanced process nodes, power leakage is a serious issue that needs to be resolved.

Another major challenge lies in generating awareness and popularizing structured ASICs across a diverse range of end-user applications.

The initial target markets for structured ASICs will be applications such as telecommunications, data storage and digital computing/networking that demand high performance, but require modest production volumes.

Structured ASIC technology is capable of supporting many of today's demanding system-on-chip (SoC) applications because of its unique configurable nature along with the availability of high-speed block RAMs, and mask programmable input/output as well as its ability to support soft synthesizable IP.

Currently, the communications industry is poised to be the largest user of structured ASIC products, with the wireless and wired communications, and mobile base station segments using the majority of applications.

The other major end-user category for structured ASICs will be the industrial sector, with the major applications being in the medical, industrial automation and instrumentation space.

Emerging Trends in Structured ASIC/FPGA Technologies Impacting the Electronics Markets is part of the D918 vertical subscription service and reviews the advancement and promising areas in the field of IC design along with the emergence of structured/platform ASICs in the semiconductor industry. It also focuses on the various chip design methodologies prevalent today, placing major emphasis on emerging IC design technologies and how they stack up against existing ones. Executive summaries and analyst interviews are available to the press.

If you are interested in a virtual brochure, which provides manufacturers, end users, and other industry participants with an overview of the latest analysis of the Emerging Trends in Structured ASIC/FPGA Technologies Impacting the Electronics Markets then send an e-mail to Tori Foster - Corporate Communications at Email Contact with the following information: your full name, company name, title, telephone number, e-mail address, city, state and country. We will send you the information via email upon receipt of the above information.

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    Emerging Trends in Structured ASIC/FPGA Technologies Impacting the
                             Electronics Markets
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Keywords in this release: integrated circuit, IC, structured application specific integrated circuits, ASICs, structured ASICs, field programmable gate arrays, FPGAs, nonrecurring engineering, NRE, deep sub- micron, DSM, telecommunications, data storage, digital computing, networking, system-on-chip, SoC, wireless and wired communications, mobile base station, industrial automation, instrumentation

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