EP1K10FI256-2

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FPGAs are a family of programmable logic devices, which provide programmable arrays of logic gates and can thus be used as a general-purpose digital circuit platform. They are widely used in embedded systems, including communications, industrial automation, medical, aerospace, military and consumer applications. In particular, EP1K10FI256-2 is a device family of Compact FPGAs, which are highly configurable field-programmable gate array (FPGA) devices. Specifically, EP1K10FI256-2 is an FPGA device from the EP1K family. It has a logic element (LE) count of around 10,000 and 5Mb of embedded SRAM.

Overview of EP1K10FI256-2

EP1K10FI256-2 is a 28nm embedded Flash FPGA with programmability embedded in the design. There is no need for external PROMs, creating a "small foot print" that allows it to run at maximum performance with a power efficiency that is second to none. The main features of the device are:

• 10,000 logic element blocks
• Supports embedded Flash
• SRAM- and NAND Flash-based configuration
• Low-power, low-jitter source synchronous clocks
• 8 input/output Banks and 360 I/Os
• 2 Power Islands and 3 Core Voltage Regions
• Supports up to 256 SERDES channels
• Embedded Hard IP support

Application Field and Working Principle of EP1K10FI256-2

The EP 1K10FI256-2 is appropriate for variety of system applications, from high-speed networking to low-power, low latency embedded system designs. It is also used for applications such as industrial, automotive, aerospace, and consumer.

The EP1K10FI256-2 is a field programmable gate array (FPGA) device that is used to implement a digital circuit design in hardware. It executes user-defined logic functions based on the programmed input and output patterns. The device is configured by means of a two-dimensional array of configurable logic blocks (CLBs) that are interconnected through programmable interconnects. The CLBs can be programmed to perform various logic functions; they also include embedded RAM blocks and a network of programmable interconnects.

EP1K10FI256-2 also has multiple power islands, embedded Hard IPs and higher number of input/output (I/O) and low power capabilities, making it an excellent choice for system designs with challenging requirements. Moreover, the EP1K10FI256-2 is designed for low jitter clock operation, high speed SERDES and embedded Flash with multiple hard IPs. The device is also designed for low power consumption and has a large number of I/O pins.

At the heart of the EP1K10FI256-2 is its programmable logic fabric, which is configured via a software-defined design process. The software-defined design process maps a specific logical function to the EP1K10FI256-2’s FPGA architecture. This process includes connectivity, logical implementation, and timing settings that help to optimize the performance of the device. In addition, the user can also configure the EP1K10FI256-2’s clock network and power/ground features to match the requirements of the specific application.

Once the design is complete, the firmware is downloaded onto the flash memory of the EP1K10FI256-2, allowing the device to execute the desired logic functions upon power-up. The device then works in a continuous loop, executing the desired logic functions as long as the power is applied. The EP1K10FI256-2 can be programmed using a variety of tools and development boards, which make the design process easier and faster.

Conclusion

In conclusion, EP1K10FI256-2 is a highly configurable field-programmable gate array (FPGA) device that is used to implement a digital circuit design in hardware. It is widely used in embedded systems, including communications, industrial automation, medical, aerospace, military and consumer applications. The device is highly configurable and has a logic element (LE) count of around 10,000 and 5Mb of embedded SRAM. It is also designed to support multiple power islands, embedded Hard IPs and SERDES, along with low-power, low-jitter source synchronous clocks. Therefore, EP1K10FI256-2 can be an ideal solution for system designs with challenging requirements.

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