MPPA MANYCORE
Product Summary
Kalray\'s MPPA ® MANYCORE is a family of programmable and many core processors, suitable for numerical calculations and embedded applications, and achieves excellent low power consumption.
Kalray\'s proprietary multi-objective processor architecture, which is a core technology cultivated through years of research results, enables application scaling.
Product features
- Provide up to 8 TOPS or 5 TFLOPS 64 to 1024 cores
- Highest processing power / power consumption ratio
- C / C ++ / Fortran based parallel programming solution
- VLIW (Very Long Instruction Word) Core
- IEEE-754 Single Precision and Double Precision Floating Point Unit (FPU)
- High-speed network communication on chip (NoC)
- NoC enables data transfer time prediction
- High-speed interface, Ethernet, DDR 3, PCIe Gen 3, NoCX
- Low latency processing
Key Benefits
- Compared to other computer solutions 5 to 10 times capacity / power ratio
- Compared with GPU, power consumption in main application is 1/10
- Shorter development time compared to FPGA or ASIC design by less than half
- Rapid Product Upgrade with Software Development MPPA® MANYCORE has been realized through the aggregation of the following technologies.
- Advanced silicon technology
- High speed arithmetic processing capability
- Each processor in the chip operates with an optimal clock, and the inter-core connection in the high-speed network (NoC)
- High-speed interface with the outside
- Comprehensive software development tool
Application areas
The MPPA® MANYCORE processor family is power efficient by combining low power consumption and high performance functions and is ideal for embedded applications such as:
- Image and audio process: HD / UHD encoding, broadcasting, video surveillance, augmented reality
- Signal processing: radar, communication, medical
- Big data: oil and gas, finance, video live streaming, numerical simulation, bioscience
- Control, control: aviation technology, industrial automation
- Telecom: router, cryptology, software radio, base station