LCMXO640C-3BN256C

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Embedded FPGAs are integrated circuits that are reconfigured after fabrication. They allow a circuit design to be tailored to match the specific requirements of a project, as opposed to making a project adhere to the pre-fabricated limitations of an integrated circuit. The LatticeECP/ M CO640C-3BN256C FPGA is a high-performance device well-suited to complex embedded systems.

The CO640C-3BN256C is an advanced low-power, high-performance FPGA optimized for embedded applications. It is part of the LatticeECP/ M family, featuring a powerful combination of ultra-low power consumption, high-speed performance and on-chip memory capabilities. The device is built on the latest technology, providing end users with the highest system performance and power efficiency in the industry. It is well suited to applications requiring high-speed, complex processing such as video capture, signal processing, protocol control, signal routing, and memory control.

The CO640C-3BN256C is a high-density, low-power FPGA with an impressive range of features. It offers up to 256 flip-flops for logic implementation, unlimited resource routing, two levels of dedicated memories for sharing data between logic and IOs, a programmable clock divider for frequency scaling, and even a Neumann corrector for relaxed timing requirements. All of these features combine to make the device an ideal choice for a number of embedded applications.

The CO640C-3BN256C is also highly configurable in terms of its physical footprint, as it features BGA packaging with up to 62 I/Os. This allows designers to flexibly configure their circuit around their specific project requirements. In addition, the device offers up to 636 user-defined I/O configurations. This allows for both easy application development and fast porting of existing designs. Furthermore, the device features a wide operating range of 1.5V to 3.3V and a maximum power rating of just 5W, making it highly energy-efficient.

The CO640C-3BN256C is a powerful, high-speed FPGA designed for embedded applications, offering a great combination of low-power, high-speed performance and extensive customization capabilities. It offers high-density flip-flop and resource-routing resources, as well as two levels of dedicated memories, a programmable clock divider, and Neumann corrector for relaxed timing requirements. And with up to 256 flip-flops and a wide operating range from 1.5V to 3.3V, the device is highly configurable and energy-efficient. As such, the CO640C-3BN256C should be the go-to solution of choice for any embedded systems project requiring high-speed, complex processing.

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