Applied SoC Designs

   
  Low-power Design in Deep-SubMicron Implementations for
Multimedia SoC
   
 
Vision
In the last two decades, the semiconductor industry has been driven by hypes of different applications, from PC, network equipment, and telecommunication to trendy products in current consumer electronic market. These applications are driving the need for higher IC complexity, stronger performance (processing frequency) and lower power consumption. On IC manufacturing side, the wafer fabrication processing is being targeted at ultra deep-submicron level, such as 0.13um or even 90nm. However, the IC power consumption problems become severe.

Meeting all the above criteria in System-on-Chip (SoC) designs has become a very challenging task for most IC chip makers nowadays. Particularly for portable devices that are driving current consumer electronics market, a SoC with good low-power control is very critical now.
 

Methodology and Solutions
The project aims to provide a low-power solution for multimedia application SoC. The solution provides low power management and implementation methods ranging from System Level Design, Architecture definition, RTL Synthesis, Backend Place and Route and final manufacturing. The target applications are Portable Media Players (PMP) and Voice over IP (VoIP), where power saving techniques are required.

Applications
The solution is expected to help electronics companies in the region to build and own their processing competence for mass products, especially for the toys, electronics and communication industries. In return, the companies can produce lower-power, lower-cost, more reliable and more competitive electronic products.