EP4CE115F29C8L

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FPGA (Field Programmable Gate Array) is an integrated circuit designed to be programmed in the field by the end user. The EP4CE115F29C8L FPGA is a high performance FPGA developed by Altera to deliver superior levels of system performance. It is suitable for use in a wide range of applications including aerospace, defense, telecommunications, automotive, industrial and consumer applications.

The EP4CE115F29C8L has a 112K logic cell capacity, with a variety of 18 function blocks. It offers 40 user I/O pins, 2Gb of DDR3 SDRAM and a parallel processor system with 4 ARM Cortex-A9 cores. It also has a wide selection of hard intellectual property (IP) cores and soft IP, including support for a variety of popular development platforms such as NIOS II, NIOS II soft processor, Qsys, and Embedded Designer.

The EP4CE115F29C8L FPGA can be programmed using a variety of development tools and languages, such as Verilog, VHDL, and SystemVerilog. It supports a large selection of Altera intellectual property (IP) cores, allowing for the rapid development of complex designs. This FPGA is ideal for high performance and high speed applications, such as digital signal processing, audio, video and telecom applications.

The EP4CE115F29C8L is based on a two-level voltage clocking architecture, which allows the logic cells to switch between two different levels of logic supply voltages. This architecture is what enables the FPGA to efficiently toggle between two different supply voltages, providing higher system speed and performance.

The working principle of an FPGA is simple. It consists of an array of programmable logic blocks which contain logic primitives such as AND and OR gates. These logic primitives are then interconnected by an array of configurable switches. When a design is loaded onto the FPGA, the configurable switches are connected in a particular arrangement to create the user’s desired logic function.

The EP4CE115F29C8L FPGA is ideal for many different embedded applications, allowing for the rapid development of complex designs. It can be used for a variety of medical, automotive, industrial, and consumer applications. It is especially suitable for high speed and high performance digital signal processing, audio, video, and telecom applications due to its two-level voltage clocking architecture which enables faster switching between two different logic supply voltages.

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