EP20K400FC672-3

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Embedded - FPGAs are integrated circuits which can be programmed to perform specific tasks, offering configurability and flexibility to any system. The EP20K400FC672-3 is one such Component, offering a range of features to enhance any embedded system.

The EP20K400FC672-3 has a wide application field, being highly suitable for a broad range of design requirements for high-bandwidth, low-power, multimedia, high- throughput communications systems. It is a cost-effective way to create designs that can be programmable and re-programmable within the same system.

The EP20K400FC672-3 has a FPGA fabric architecture that implements a very high-speed logic core with up to 160 MHz of performance. It provides up to 2000 Look-up Tables to accommodate detailed design logic. This device is designed to support dedicated and packetized data speeds up to 1 Gbps, with two independent Quad-Serializers for balanced support for multiple interfaces.

The EP20K400FC672-3 offers four independent DDR3/DDR3L SDRAM controllers with support for up to 32 GB of memory. It also offers enhanced memory applications that enable the transition from DDR3 to DDR3L, thereby optimizing power consumption. This device also offers a variety of interfaces for numerous application use cases, such as PCIe, USB, Ethernet and I2C.

In addition, the EP20K400FC672-3 has an innovative architecture which enables a highly efficient “on-the-fly” reconfiguration capability that allows the application to adjust to changing operational conditions and use cases. This feature helps to optimize system performance and increases the overall design flexibility.

The EP20K400FC672-3 also implements a low-power design approach. This approach helps to reduce power consumption while providing higher processing speeds, allowing the device to be used in battery-powered designs and providing greater flexibility in terms of system performance.

Moreover, the EP20K400FC672-3 device implements a configurable dual-core processor that uses a single instruction-fetch, instruction-decode, data-read, and data-write pipeline. This makes programming simple and efficient and allows for the smooth transition from one task to another.

Lastly, the EP20K400FC672-3 operates at 48 MHz, offering a wide range of design flexibility for different design applications. By utilizing a 3-stage pipeline, this device offers excellent execution speeds, even at a low clock frequency. This device also features an impressive 5-3-3-3 Active Mode standby current value of just 18 mA, allowing the device to be used in power-constrained designs.

In conclusion, the EP20K400FC672-3 offers a versatile platform with a wide range of features that can be used to design numerous cost-effective, energy-efficient and high-performance applications. With this device, the possibilities for embedded designs are practically endless.

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