EP4CGX30CF19I7N

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Field programmable Gate Arrays, or FPGAs, are an incredibly powerful tool for embedded systems design. These devices allow developers to tailor the circuit for their specific needs, and can be quickly reconfigured for future projects without the need for costly re-designs. The Cyclone FPGA from Altera Corporation, the EP4CGX30CF19I7N, is an example of this technology.

At the heart of any FPGA is a network of programmable logic elements. These are small, electronically switchable logic blocks that can be configured to implement the logic of your design. The EP4CGX30CF19I7N FPGA boasts over 1 million logic elements and 7 million Flip-Flops that can be used by the developer to quickly create a wide array of functionalities. This hefty load of elements, coupled with their large amount of I/O pins, makes the EP4CGX30CF19I7N a strong candidate for embedded systems design.

The EP4CGX30CF19I7N also features a vast array of peripherals, both internal and external to the device. Included in these features are over 40 separate I/O banks, 70 SerDes transceivers with integrated clock and data recovery, over 20 user configurable memory, and over 500 I/O pins. Users can also easily expand the functionality of their design by using the Altera Virtual Socket Architecture, a powerful design framework for implementing custom IPs. This extends the EP4CGX30CF19I7N’s capabilities beyond what is included in the base package.

Improving on its predecessor, the EP4CGX30CF19I7N has also been designed with a power conscious design methodology. Utilizing Adaptive Body Bias for Core Voltage Adaptation, the FPGA is able to adapt its operating frequency based on the core voltage needed for its current workload. In addition, Altera’s Power Estimator can be used to help users accurately predict the power consumption of their project. To further support power savings and chip area utilization, the device also offers over 20 innovative power optimization techniques.

The EP4CGX30CF19I7N is a powerful tool for designing embedded systems, boasting a host of features that are well suited for the task. With over 1 million logic elements, over 500 I/O pins, 70 SerDes transceivers and Adaptive Body Bias for Core Voltage Adaptation, developers have the tools they need to create sophisticated embedded systems. Additionally, programming is fast and painless with Altera’s Quartus Prime Pro software and the included Virtual Socket Architecture allows developers to easily extend the functionality of their design.

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