LAXP2-8E-5TN144E

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Embedded FPGAs are electronic systems that are designed to enable the user to program their own hardware logic circuits into them for a specific application. An FPGA, or Field Programmable Gate Array, is a type of integrated circuit used to design logic circuits and to instantaneously configure a circuit, to achieve a desired functionality. The FPGA can easily be reprogrammed and adapted to implement different applications in ways that would traditionally require dedicated chips or circuit boards. The type of programmable logic being programmed is an array of programmable logic blocks with routing wires connecting them together.

The LAXP2-8E-5TN144E is an embedded field programmable gate array (FPGA) used in control and signal processing applications. It is based on the company\'s PE2-8L family, which is heavily optimized for the products of low power, low latency, and high signal bandwidth. The FPGA uses the Lattice Programmable I/O pins to keep the associated power to a minimum while offering a high signal throughput. This FPGA contains 144Kbit of 65nm non-volatile, on-chip embedded memory to store the program while operating.

The LAXP2-8E-5TN144E FPGA also offers JTAG, UART, SPI, and I2C interfaces for programming and debugging. It also supports up to nine I/O Power Islands, which helps the user to reduce system power and to isolate I/O for failsafe applications.In addition, it\'s loaded with lots of advanced features like optimized clock programmability, configurable pin muxing, dual clock domains, and more.

The FPGA also provides advanced clock management features, like configurable phase jitter limit and dynamic clock skew, over the entire device, which helps to ensure optimal timing performance. Additionally, it also provides power consumption optimization options, like dynamic clock gating, low power standby current, and adjustable supply voltage margining.

The LAXP2-8E-5TN144E embedded FPGA is a cost-effective, high-performance solution for applications requiring an optimal balance between system performance, power consumption, and flexibility. This FPGA gives users access to a number of features, such as high-speed signal I/O, low power consumption, and dynamic clock skewing, that are essential to demanding embedded applications. As such, it is ideally-suited for use in high-speed embedded control and data-processing applications, as well as consumer applications like IP cameras, robotics, and connected appliances.

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