A42MX36-3BGG272I

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A42MX36-3BGG272I is an FPGA from the embedded series of application-specific integrated circuits (ASICs) designed to address a wide range of requirements from embedded applications to commercial solutions in the embedded and high-end computing markets. A42MX36-3BGG272I Field Programmable Gate Array (FPGA) is the fastest of its kind featuring an extensive array of high-performance features including single-cycle Multiplicity-3 (MC3) architecture, low-power SRAM-compatible embedded logic, and comprehensive device engineering. When compared to traditional FPGAs, A42MX36-3BGG272I significantly accelerates the time-to-market of embedded products and helps system designers maximize their project performance.

Application Field

A42MX36-3BGG272I FPGAs are suitable for a wide range of applications, including real-time embedded control, image and video processing, storage, network, and industrial automation applications. The device offers significant improvements over traditional FPGAs in terms of speed, power efficiency, and on-chip re-configurability. It is a perfect choice for applications requiring rapid prototyping, rapid development for embedded designs, and for meeting manufacturability challenges. Moreover, A42MX36-3BGG272I is suitable for applications where the requirement for customization, higher performance, and shorter time-to-market is critical.

Working Principle

A42MX36-3BGG272I is composed of multiplicity-3 (MC3) basic elements such as NAND, NOR, register, and other data path elements arranged in a structured grid. This type of architecture enhances system performance by providing high-speed data flow between the logic blocks and the interconnections. It also offers a single-cycle multiplication function which can be used to implement complex logic functions such as multipliers, comparators, and counters. With its built-in logic blocks, A42MX36-3BGG272I can be configured to achieve systematic optimization of the design with reduced overhead.

The MC3 architecture enables efficient implementation of the Boolean equations of an application, eliminating the need to build standard logic gates. This offers the advantage of reaching faster data-processing speed which significantly reduces the required development time and yields higher system performance. In terms of power efficiency, A42MX36-3BGG272I utilizes a low-power SRAM architecture, helping reduce the power consumption of a design solution. The device also features comprehensive device engineering, offering an optimized system architecture and easy device configuration via a comprehensive toolchain.

To sum up, A42MX36-3BGG272I is an advanced Field Programmable Gate Array (FPGA) from the embedded series of application-specific integrated circuits (ASICs) designed to bridge the gap between embedded systems and commercial solutions. It is suitable for many applications such as real-time embedded control, image and video processing, storage, network, and industrial automation. Thanks to its extensive array of features and comprehensive device engineering, A42MX36-3BGG272I can be used to achieve faster time-to-market, higher performance and lower power consumption.

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