NEC Unveils Industry's First Mobile Phone Application Processor with Parallel Processing Capabilities

Sep 27, 2004
NEC Unveils Industry's First Mobile Phone Application Processor with Parallel Processing Capabilities

NEC Electronics Corporation today introduced the MP211, the industry's first application processor for mobile phones with three internal CPU cores. The new product leverages NEC Electronics' parallel processing and low power consumption technologies, enabling high performance multimedia processing such as terrestrial digital broadcast reception, videophone, and music playback while maintaining low power consumption.

Main Features of the MP211:

- Three ARM CPU cores and new software enable optimized processing for multiple mobile phone applications and offer higher performance. Compatibility with software previously used with single-CPU application processors minimizes development time.
- Linux OS platform offers greater flexibility and efficiency in software development, allowing development using open source software.
- Includes NEC Electronics' proven digital signal processor (DSP), with industry-leading sales of more than 160 million units in Japan, which allows optimal processing of multimedia applications via software. With this DSP, high performance applications such as terrestrial digital broadcast reception and videophone functions can be operated without accessing the hardware.
- New bus architecture allows the three CPU cores and the DSP to share just one memory unit, simplifying circuitry around the memory chip and enabling high speed data transfer, leading to improved performance compared to previous single-CPU architectures.
- Combination of above-mentioned multi-CPU and DSP technologies, together with low power consumption technologies, reduces power consumption by approximately 30 percent (for terrestrial digital broadcast reception and videophone operations, compared with single-CPU application processors).

"Parallel processing technology is a key to enabling enhancement of future applications, especially those that require both high performance and low power consumption," stated Yoshiharu Tamura, General Manager, Mobile Terminal Unit, NEC Corporation. "With the addition of the Linux operating system, we can expect greater usability and more efficient development."

Recently, mobile phone requirements have shifted dramatically from traditional functions such as standard calling and camera features, toward feature-rich functions such as videophone, animation and games, music playback, e-money, navigation systems, and terrestrial digital broadcast reception. In coming years, an even greater array of services is expected.

With these changes, hardware and software development for mobile phones has become increasingly complex, requiring greater resources. For mobile phone developers, it is critical to solution that simultaneously enables both high performance and low power consumption, while minimizing development time by ensuring backward compatibility with existing application software.

However, adding high performance functions such as image and audio processing to current single-CPU application processors results in higher CPU operating frequencies, which leads to higher power consumption and ultimately reduced talk time and standby time.

The MP211 application processor solves this dilemma by simultaneously providing higher performance and lower power consumption, and will be an integral part of NEC Electronics' lineup of solutions for the mobile phone space. NEC Electronics will demonstrate the MP211, as well as other new products, at CEATEC Japan 2004, beginning October 5th at Makuhari Messe.

Explore further: User-friendly electronic 'EyeCane' enhances navigational abilities for the blind

add to favorites email to friend print save as pdf

Related Stories

TSMC, ARM see impressive results with FinFET process

Oct 05, 2014

Technology from a Taiwanese semiconductor foundry is to bring considerable benefits in performance and power efficiency to big.LITTLE implementations, in the name of FinFET. Hsinchu, Taiwan-based TSMC announced ...

Advances in computer mobility, connectivity and networks

Oct 03, 2014

Today, many people run computer applications on devices that move around, whether they are computers on buses or trains, in cars or in other transportable places, or in a pocket or purse, such as the ubiquitous ...

Recommended for you

Robots recognize humans in disaster environments

6 minutes ago

Through a computational algorithm, a team of researchers from the University of Guadalajara (UDG) in Mexico, developed a neural network that allows a small robot to detect different patterns, such as images, ...

Researchers developing algorithms to detect fake reviews

26 minutes ago

Anyone who has conducted business online—from booking a hotel to buying a book to finding a new dentist or selling their wares—has come across reviews of said products and services. Chances are they've also encountered ...

Skin icons can tap into promise of smartwatch

3 hours ago

You have heard it before: smartwatches are cool wearables but critics remind us of the fact that their small size makes many actions cumbersome and they question how many people will really have them on their ...

User comments : 0