M2GL005S-FGG484

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Field Programmable Gate Array (FPGA) is an integrated circuit used in embedded systems that can be reprogrammed while being connected to an external device. The M2GL005S-FGG484 is a FPGA part produced by Magnas semiconductor that has been designed for applications in industrial devices, particularly in the Automotive, Consumer Electronics, Home and Office Automation, Communications, and Broadband markets. The M2GL005S-FGG484 FPGA consists of 4 million 4-bit lookup tables, providing 4 bits of user adjustable logic. The device built-in non-volatile memory includes 16 kilobytes of programmable memory to store configuration information, which makes it possible to quickly download and store large amounts of data. Furthermore, two blocks of SRAM provide 8 kilobytes of cache memory to store frequently accessed information.

The M2GL005S-FGG484 FPGA integrates several components for reduced design complexity, as well as smaller board size and board area. It is designed with up to four-phase lock loops (PLLs) which provide precise and continuous control of the clock signals. PLLs distribute clock signals on the main device, while the onboard clock generator can provide up to four different clock frequencies. Additionally, the M2GL005S-FGG484 FPGA is equipped with single-ended differential bus buffers, which are ideal for high frequency or long distance signals transmission.

The M2GL005S-FGG484 FPGA contains dedicated logic to offload processor workload, such as the programmable logic array (PLA). Low leakage switching transistors, along with the on chip capacitors and resistors, facilitate faster response time and higher accuracy, providing improved performance over a wide range of operating conditions. Furthermore, the majority of energy is dissipated off-chip, resulting in efficient power usage. For example, the FPGA can support a total power consumption of up to 12 W for a number of I/O pins, such as serial ports and 3D video graphics processing.

The M2GL005S-FGG484 FPGA has several additional features. The design includes multiple levels of logic protection and configurable security features based on the National Institute of Standards and Technology (NIST) 800-172. Through the use of a configurable chip interface, external devices can access the hardware configuration of the device, control its operation, and provide safeguard support that requires multiple levels of authentication. The FPGA also supports low latency direct memory access (DMA), allowing peripheral devices to transfer data without repeatedly checking the status of the processor.

The M2GL005S-FGG484 FPGA provides significant advantages, such as faster implementation time, reduced power consumption, and improved security, reliability, and protection. This makes the FPGA the ideal choice for applications which require high performance, efficiency, and reliability. With its onboard circuit complexity, the FPGA can be utilized in a wide range of industrial applications, from automotive and consumer electronics to home and office automation.

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