Intel and Altera Jointly Announce New Generation Atom Processor E600C Series, Combining Altera's Field Programmable Gate Array (FPGA) Technology, Integrating Multiple Core Components into a Single Package, and Having Various Input/Output Controls (IOH) will expand the Intel product application landscape and break through the defenses of ARM and AMD.
According to JONathanLuse, Intel's director of low-power embedded products, the new generation of Intel embedded processor E600C can run on mobile devices with existing architecture and improve system performance.
According to JonathanLuse, Intel's director of low-power embedded products, the series is compatible with existing hardware, software and ecosystem solutions that are based on Intel architecture, with a frequency of 1.3GHz, thermal design power (TDP) range of 4 to 6 watts, and average 3.3 watts for high-performance computing needs such as machine vision, handheld medical devices, smart grids, and mobile networked devices (MIDs). It is understood that the company is actively collaborating with FPGA vendor Altera. The embedded processor AtomE600C series is available in four models, E645C and E645CT have been released, and E625CT and E625C are expected to be in volume production in the first quarter of 2011.
It is worth noting that, at the end of 2011, Andromeda International will publish the Cortex-A15 embedded processor with the MaliT604 general-purpose graphics processor (GPGPU) with 2.5GHz frequency. In addition, Dachang Chaowei (AMD) has also been The financial conference will show the product blueprint for 2011, and will release an accelerated processor (APU) Fusion that combines the functions of a CPU and a graphics processor before the second quarter of next year. At that time, the embedded processor market will open a new wave of attack and defense. .
As for the doubts about whether the next-generation Atom can keep pace with the company's Cortex-A15, Luse said that it cannot comment on the performance of competing products. However, the company has been highly compatible and efficient in expanding its embedded processor application landscape. Can be applied to multi-platform development and this time through cooperation with Altera, E600C series components use single-chip integrated system (SOC) design, a single chip can integrate memory controller, graphics processor (GPU) and audio, video encoding and decoding Other core components and support for PCI Express-compatible devices have significantly reduced bill of materials (BOM) costs, power consumption, board area, and complexity, improving the performance of embedded networking devices and the adoption of existing Intel architecture. Internet devices such as smart phones, smart TVs, set-top boxes, vehicle-mounted products, and other terminal products.
According to JONathanLuse, Intel's director of low-power embedded products, the new generation of Intel embedded processor E600C can run on mobile devices with existing architecture and improve system performance.
According to JonathanLuse, Intel's director of low-power embedded products, the series is compatible with existing hardware, software and ecosystem solutions that are based on Intel architecture, with a frequency of 1.3GHz, thermal design power (TDP) range of 4 to 6 watts, and average 3.3 watts for high-performance computing needs such as machine vision, handheld medical devices, smart grids, and mobile networked devices (MIDs). It is understood that the company is actively collaborating with FPGA vendor Altera. The embedded processor AtomE600C series is available in four models, E645C and E645CT have been released, and E625CT and E625C are expected to be in volume production in the first quarter of 2011.
It is worth noting that, at the end of 2011, Andromeda International will publish the Cortex-A15 embedded processor with the MaliT604 general-purpose graphics processor (GPGPU) with 2.5GHz frequency. In addition, Dachang Chaowei (AMD) has also been The financial conference will show the product blueprint for 2011, and will release an accelerated processor (APU) Fusion that combines the functions of a CPU and a graphics processor before the second quarter of next year. At that time, the embedded processor market will open a new wave of attack and defense. .
As for the doubts about whether the next-generation Atom can keep pace with the company's Cortex-A15, Luse said that it cannot comment on the performance of competing products. However, the company has been highly compatible and efficient in expanding its embedded processor application landscape. Can be applied to multi-platform development and this time through cooperation with Altera, E600C series components use single-chip integrated system (SOC) design, a single chip can integrate memory controller, graphics processor (GPU) and audio, video encoding and decoding Other core components and support for PCI Express-compatible devices have significantly reduced bill of materials (BOM) costs, power consumption, board area, and complexity, improving the performance of embedded networking devices and the adoption of existing Intel architecture. Internet devices such as smart phones, smart TVs, set-top boxes, vehicle-mounted products, and other terminal products.
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