A3P030-2VQ100I

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Field programmable gate arrays (FPGAs) are a type of integrated circuit (IC) that allow a user the flexibility to quickly change the behaviour of the chip in the field due to their programmable interconnects. The structures known as look up tables (LUTs) make FPGAs suitable for implementing complex logic designs in a short amount of time. A3P030-2VQ100I is an FPGA IC manufactured by Altera, a company founded in 1983 which offers a range of FPGA solutions designed to meet the individual needs of engineers.

A3P030-2VQ100I is part of Altera\'s A3P range of FPGAs that offers a wide range of features. The die uses a 180nm TSMC process technology combined with the programmable interconnect architecture of ABEL-X to deliver a performance which is comparable with comparable devices released in the same period. Additionally, the die offers noise immune configuration achieved through fuseless configuration via single port EPCS devices as standard.

The A3P030-2VQ100I has a total of 30K Gates and is suitable for a variety of applications including high speed networking and storage, embedded control, and industrial motor control. The device supports up to 100 I/O\'s and a variety of memory resources including up to 3Kb of RAM with parity built in. Additionally, the die supports embedded system development with a range of dedicated peripherals and buses as standard.

Altera offers a range of development kits to accompany the A3P030-2VQ100I, allowing engineers to quickly develop a prototype. The kits include the Altera Security Intrusion Monitor Evaluation Board which allows a user to detect and counter hacking attempts, and a range of expansion boards including processor and I/O boards, making it easier to integrate the FPGA into an existing system.

The Altera A3P030-2VQ100I FPGA is ideal for developers looking for a reliable and precise integrated solution that encompasses all the necessary logic to support a range of applications. The flexibility of the programmable interconnects and the dedicated peripheral resources allow for faster development time and make it easier for developers to create prototypes which can be modified in the field. Altera\'s development kits further simplify the process and open up a range of possibilities for engineers looking to make the most of this powerful FPGA.

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