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Electric Vehicle / Hybrid-Electric Vehicle (EV/HEV) technologies are becoming increasingly important for realizing fuel-efficient vehicles. In particular, maximizing the energy efficiency of motors, while enhancing power and speed requires high-performance semiconductor devices, such as microcontrollers (MCU) and power devices. However, high-performance MCUs suitable for EV/HEV applications have yet...
We have developed a new processor architecture for microcontrollers which integrate high-capacity FLASH memory and many peripheral functional modules. This paper describes processor core architecture for low-power microcontrollers and our approach for reducing energy consumption with instruction fetch mechanisms. A large fraction of the total power budget of the microcontroller is the energy consumption...
An 80 Gbps dependable communication SoC with four 4X PCIe Rev.2.0 ports has been developed that acts as a communication link with high transfer capability. By using the PCIe I/F, the SoC can address two computing nodes as peers, breaking the traditional PCIe limit of only linking to a single master processor. The SoC also employs an intelligent ICU that supports an initiate data transfer function...
The PCI Express Adaptive Communication Hub (Peach) is an eight-core communication system on chip with four PCI Express Revision 2.0 ports, each with four lanes. Peach realizes a high-performance, power-aware, highly dependable network that uses PCI Express not only for connecting peripheral devices but also as a communication link between computing nodes. This approach opens up new possibilities for...
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