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Rapport develops next-generation, low cost massively parallel chips that can be dynamically configured for compute-intensive applications at extremely low power.  The KC256 What does this mean for your applications? Perform many functions on a single chip, accelerate applications, reduce your power needs, and increase your processing power. Current market initiatives include mobile media, acceleration of PowerPC® applications, security, communications and image processing. Rapport is also working with partners and customers on applications where power consumption, computing power and cost are important. Learn More about Kilocore®...
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NEWS FLASH!
Rapport Completes Growth Round Funding of $18.5 Million
Rapport, Inc. announces the closing of $18.5 million in Series C financing led by Centurion Holdings. These funds will be used to expand growth in the government and commercial sectors for Kilocore-based boards and systems.
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"We are pleased to announce a newly formed Defense, Intelligence and Aerospace Division (DI&A) headed up by industry veteran William Brooks. Mr. Brooks brings tremendous expertise from his experience working with top government agencies and major defense contractors. The DI&A business unit will be a key driver for commercial market success."
Frank C. Sinton,
President and COO
Rapport, Inc.
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Kilocore® processors use a powerful new parallel computing architecture that dramatically lowers power consumption for equivalent computational performance. Kilocore® technology utilizes arrays of dynamically reconfigurable parallel processing elements optimized for performance. This architecture is scalable, flexible in that functions can be changed in a single clock cycle and highly efficient so that a single small chip provides unprecedented performance, simultaneous computing of multiple functions and extremely low power consumption. KC256 - Parallel Processing using 256 Processing Elements.
 Each processing element in a Kilocore® stripe can be dynamically reconfigured in one clock cycle. Kilocore® tools support both dynamic reconfiguration of processing elements and formatting of all types of data. Conventional technology is unable to meet the processing and power consumption requirements of many of today’s complex products such as audio, video and data processing “securely” on mobile devices. In addition, evolving standards and next generation functional requirements often move faster than today’s development design cycle creating product obsolescence before shipment. Kilocore® products can be upgraded in the field via software, enabling delivery of next generation features while creating potential downstream revenue models. Kilocore® enables greater flexibility, higher performance, lower power, a faster time-to-market and a substantial lowering of cost for new, state-of-the-art, feature-rich products.
Rapport is a member of Power.org and is collaborating with IBM to enable applications that leverage the PowerPC® architecture in combination with Kilocore® technology.
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In The News
- Dr. Frederick Furtek presents : Multi-core is here, but what is a core?
Next Generation Power Architecture panel discussion at the Power Organization Developer's Conference, Sept. 24-25.
- Dr. Kolarov, Rapport’s VP Biz Dev Presents “Power in Parallel”
Rapport attends
Asian Power.org
Communications Tour
- Andrew Singer IEEE EDP 2007 keynote : So Many Cores, So Little Time ...
Andrew Singer, Rapport CEO, Keynote "So Many Cores, So Little Time ..." at IEEE EDP 2007 April 13, 2007
- Rapport and the Intel 80 processor chip
San Francisco Chronicle - Feb 12, 2007
- 1,000 Cores on a Chip
Technology Review - July 11, 2006
- Power.org member claims processor design breakthrough
EE Times - April 4, 2006
- I.B.M. to Work With Start-Up on Chip that Uses Less Power
New York Times - April 4, 2006
- Start-Up Rapport to Set Plans To Try to Enhance Chip Design
The Wall Street Journal - April 4, 2006
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