Overview of Intel SoCs for Embedded Systems
Intel SoC Features
The system architecture of the Intel SoC provided by Intel is as follows and has various features.
processor |
|
Dual-core ARM Cortex-A9 MPCore processor | |
4,000 MIPS (up to 800 MHz per core) | |
NEON™ coprocessor with double-precision FPU | |
32 KB / 32 KB L1 cache per core | |
512 KB of shared L2 cache | |
DDR3 and LPDDR2 up to 533 MHz | |
DDR2 up to 400MHz | |
Mobile DDR up to 200MHz |
|
Integrated ECC support | |
HPS-FPGA interface over 100 Gbps | |
FPGA-SDRAM interface over 100 Gbps | |
Cost and power optimized FPGA fabric |
|
Lowest power transceiver | |
Up to 1,600 GMACS, 300 GFLOPS | |
Internal RAM up to 25 Mbit | |
More Hard IP (Intellectual Property): PCIe® and Memory Controllers | |
Achieving Low Power Consumption in Intel SoC | |
Cross trigger (ARM and FPGA co-debug on Intel SoC) | |
Intel SoC Community Portal Site | |
start development | |
Preparation for development | |
Get started with SoC development | |
5 Reasons to Design with Intel SoCs
Reduced board size
Minimize board size and complexity by reducing the number of devices on the board by integrating FPGA, microprocessor, and DSP functions on a single chip
Reduced power consumption
インテル SoC を利用すれば、インテルに最適化された 28nm Low-Power (28LP) プロセス・テクノロジ、豊富なハード IP 群、および低消費電力シリアル・トランシーバを活用可能
Reduce total system cost
必要なディスクリート・デバイス、電源レール、およびオシレータの数が少なくてすむため、部品 (BOM) コストの削減を実現
Design with FPGA flexibility
Quickly build a custom ARM processor system by choosing the best IP cores. In addition, flexible FPGA fabric supports changing industry standards and market demands. In addition, you can quickly develop custom hardware designs using the Quartus® II development software and Qsys system integration tools
Common development tools
Leverage ARM's strong ecosystem of software development tools, operating systems and middleware
Further Expanding 28nm FPGA Portfolio
Intel offers a complete 28nm device portfolio to suit your diverse design requirements.
SoC FPGAs expands on the extensive Cyclone V SoC FPGA and Arria V SoC FPGA families. Each device family is differentiated by part number by optimizing requirements for performance, I/O resources, package size, power consumption and cost.
Intel SoC details and reference information
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