Arithmetic Processing IP Core for MP3 Decoders Feature Smallest Circuit Size and Lowest Power Consumption

July 12, 2010 -- Murata Manufacturing Co., Ltd., in collaboration with Mathematec Corporation, has developed an arithmetic processing IP core for MP3 decoders that uses less than 10% of the power required for conventional general software processing.

With the proliferation of mobile devices with audio music playback features, and other increasingly advanced functions, the challenge is to find ways of reducing power consumption in future designs.

Using Murata's original hardware processing, we have developed an arithmetic processing IP core that will significantly reduce the arithmetic processing load within MP3 decoders. ^*1

By optimizing circuits with original Murata architecture, used in conjunction with the Spinor^® circuit compression technology developed by Mathematec Corporation, we have succeeded in achieving a circuit size and power consumption level that rank among the smallest and lowest ever to have been developed. ^*2

This product will be made available to customers as a synthesizable soft macrocell. In addition to providing hard macrocells optimized for specific processes, we can also address customer unique requirements.

Features

• Use less than 10% of the power required for conventional software processing ^*3

• Small circuit size of 32000 gates + 76 kbit RAM

• Low power consumption of 0.35 mW when implemented in IBM9SFLP process

• Allows for real time decoding of MP3 bit streams at a 6 MHz clock rate

Basic Specifications

Compliant with MP3 (ISO/IEC11172-3, ISO/IEC13818-3) standards

Production

Product available starting July, 2010

Annotations

About Mathematec Corporation

The Mathematec Corporation carries out research and development in circuit reduction technology for system LSI and FPGA, as well as the commercialization of this business area. The company integrates mathematical science and technology to design basic electronic circuits which dramatically improve performance and cost efficiency.