MPF100TL-FCG484E

Series:	PolarFire™
Part Status:	Active
Number of Logic Elements/Cells:	109000
Total RAM Bits:	7782400
Number of I/O:	244
Voltage - Supply:	0.97 V ~ 1.08 V
Operating Temperature:	0°C ~ 100°C (TJ)

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Whenever engineers plan to use any third-party IP core in their work they have to consider FPFAs (Field Programmable Gate Array). The main advantage of the FPGA is that it is a Reconfigurable Logic device. The design engineer can configure the chip according to their needs and reconfigure the same FPGA in case the electronics part of the system requirement is changed. This has tremendous advantages as the designer can replace hundreds of standard logic gates with just one FPGA, thus reducing the design cycle time considerably. The MPF100TL-FCG484E is a particular FPGA that is especially useful in embedded systems. It has a low power device and it is scalable to 32000 gates. It has the capability to configure itself for 16 bits data width and can support up to 300mA current. The MPF100TL-FCG484E also integrates a wide range of on-chip peripherals such as UARTs, CAN bus controllers, SPI, USB and interrupt controllers.The application field of MPF100TL-FCG484E is mainly in the embedded systems. The device has been designed to deal with complex tasks that require multiple data paths and reliable data handling. The use of FPGAs can make the embedded systems more reliable, more extensible and more powerful. For example, the power efficiency of an embedded system can be vastly improved by introducing FPGA based accelerators. Also, the FPGA based designs can optionally support reconfigurability, reducing the overall system cost. The working principle of MPF100TL-FCG484E is similar to that of any FPGA device. It consists of a number of logic blocks such as PLA (Programmable Logic Array) and LUT (Lookup Tables). These blocks are connected via a network of multiplexers. The programmable interconnect points of the FPGA can be programmed to provide the desired paths to form the desired logic gates. The MPF100TL-FCG484E has the capability to load the logic configuration from a file into its internal memory. Once the configuration file is loaded, the logic gates will be assembled as per the instructions of the configuration file. Once the design is loaded, the FPGA starts working as per the logic described in its configuration file. The MPF100TL-FCG484E is an ideal choice for any embedded application where complex data paths and reliable data handling are needed. The device is low power, scalable, provides on-chip peripherals, supports 16-bit data width, integrates advanced security features like CAPTCHA and comes with a rich set of features and tools. The experts in the embedded systems domain can easily program the MPF100TL-FCG484E to suit their requirements. The FPGA provides an efficient way to increase the performance of the system while reducing the overall system cost.

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