EP2C70F672C6N

EP2C70F672C6N belongs to Field Programmable Gate Array (FPGA) embedded systems. An FPGA device is a programmable logic device that can be electronically configured to perform a large range of high speed digital electronic functions. FPGA based products have revolutionized the design of many systems and have become the ‘de facto’ choice for applications needing more performance than what can be offered from a general-purpose microprocessor, DSP or ASIC. FPGA embedding technology allows for high speed communication nodes with low input/output delay and higher communication speed compared to the other types of embedded systems.

EP2C70F672C6N is an FPGA device developed by Altera, now Intel (INTC), which has 1,179 logic elements and up to 7mb of memory. It is perfect for powering telecoms, data processing, signal processing and automation processes relying on high-speed digital control, as well as embedded systems, military electronic, and industrial networking systems design.

EP2C70F672C6N features a high speed connection with its two native SERDES cores (EPIUS) and up to seven digital signal processing blocks. These features make it an extremely powerful FPGA device capable of speeding up almost any design process. It is also capable of executing complex algorithms in real-time with its on-chip memory, increasing the performance of embedded systems far beyond the capabilities of other types of embedded systems.

EP2C70F672C6N can also be used in high-speed networking/telecom applications due to its low latency, high speed communication and wide connectivity options. This makes it ideal for controlling telecom networks and high-speed communication with low input/output delay. The device also supports up to thirty-two SystemFlex soft processors, allowing for a high-level of flexibility when it comes to the development of the applications.

EP2C70F672C6N utilizes FPGA technology to define complex systems with its programmable logic. To program the FPGA device, a scripting language like VHDL (VHSIC Hardware Descriptive Language) or Verilog is required.

FPGA developers program the logic gates, flip flops and multiplexers and the device is compressed with the logic algorithm. EP2C70F672C6N’s non-volatile internal memory format is SRAM (Static Random Access Memory) and works by storing the programming information. The programming is usually stored along with the design data and then the FPGA is preprogrammed and tested in a lab environment.

EP2C70F672C6N’s logic gates and multiplexers are connected by buses and pathways to create the logic circuit required in the design. EP2C70F672C6N’s memory stores the programming data, and the logic circuits are placed on the board and the design is tested.

In addition, EP2C70F672C6N also provides customizable power management options to reduce power consumption and achieve better performance in efficiency. Its Automatic Voltage Control (AVC) technology enables the device to automatically adjust the supply voltage to the optimal level for a device’s current application. This helps reduce unwanted power consumption and prolong device life.