CENGLH75401-11-101HC

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Embedded systems are used for a variety of applications in the industrial, automotive, and consumer sectors. These embedded systems often rely on microcontrollers, microprocessors, and FPGAs for their processing needs. CENGLH75401-11-101HC is an advanced FPGA module that offers high performance, low power consumption, and high reliability. This module is designed for applications requiring complex computation or large data processing.

CENGLH75401-11-101HC main features include a Compact Flash interface, 45Gbps SERDES interfaces, DDR3 SDRAM, up to 1.2 terabits/sec memory bandwidth, on-board system resets, low active power consumption, four 10Gbps Transceiver Fibre channels with AVMM protocol support, and a JTAG security engine. The module also features a built-in ECC function, built-in logic emulation, and a modular design to simplify scalability and reconfigurability.

The application field of the CENGLH75401-11-101HC module can be used in a wide range of applications such as multimedia streaming, video encoding/decoding, digital signal processing, storage domain functions, packet routing, packet acceleration, broadband access, secure communication, and digital rights management. The module has also been designed to meet the requirements of high-end FPGAs for industrial communications, industrial control, and embedded devices.

The working principle of the CENGLH75401-11-101HC is based on a two-stage structure, where the first stage is the logic synthesis for synthesis and optimization of the logic design. In the second stage, the compiled logic design is embedded into the FPGA fabric and configured to form the final logic design. The logic optimization in the first stage is accomplished through the use of an instruction and functional unit level optimization techniques. This optimization reduces the overall size of the design while still preserving its functionality.

The CENGLH75401-11-101HC FPGA also employs clock domain optimization techniques to maximize the throughput while minimizing the power consumed. The module is also programmed through the use of ‘calibration’ operations which allow the logic to adapt and maximize the performance of the FPGA fabric based on the clock frequency and timing constraints.

The CENGLH75401-11-101HC is also designed for general purpose embedded applications where the device can be programmed in assembly, C, or Verilog. This module is specially designed for embedded applications where fast data processing, storage, and communication are required. It is also suitable for applications that require high performance and low power, such as medical, automotive, and industrial systems.

In conclusion, the CENGLH75401-11-101HC is a high-end FPGA module with advanced features, high performance, low power consumption, and high reliability. Its two-stage structure based on logic synthesis and embedded FPGA fabric programming gives it the perfect balance of flexible design, scalability, and faster performance. Its application fields and working principle make it suitable for a variety of embedded applications.

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