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Sharp Taps MIPS Technologies’ Secure Data Processors to Develop Family of Next-Generation Smart Card Microcontrollers
The drive to consolidate consumer information on a single secure platform, combined with a dramatic increase in applications requiring a host of personal data, has increased the demand for smart card technologies. The next generation of 32-bit smart cards, based on the proven MIPS32™ architecture, will meet this demand by offering consumers higher levels of security while hosting multiple applications on a single card. MIPS Technologies' 4KS cores implement the patented SmartMIPS™ microarchitecture, featuring cryptography enhancements that bring a higher level of smart card processing security through special instructions designed for efficient cryptography processing. These integrated cryptography enhancements reduce the die size and power consumption while increasing cryptographic processing performance, eliminating the need for a coprocessor and reducing overall chip cost. "Smart cards and other secure data applications incorporating 32-bit technology offer enormous potential, and promise to significantly increase security and consumer confidence in a broad range of applications," commented Jack Browne, vice president of worldwide sales at MIPS Technologies. "Sharp, one of the world's leaders in the digital consumer market, is uniquely positioned to develop these market opportunities by coupling its world class design expertise and technology with our 4KS family of cores. We are delighted to welcome Sharp into the MIPS community." About MIPS Technologies
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