M2GL025T-FG484I

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Field Programmable Gate Arrays (FPGAs) have revolutionized the modern embedded systems and allows for today’s advanced microprocessor architectures to be implemented in such a way that would have been impossible in the past due to time and cost constraints. The M2GL025T-FG484I is an FPGA from LSI Logic and is widely used in a variety of applications due to its unique feature set. This article will discuss the application field and working principle of the M2GL025T-FG484I.

Features:

The M2GL025T-FG484I is a 4-input-LUT-based FPGA with a voltage and temperature operating range of 1.65V to3.465V and -40°C to +100°C. It is available in two package types: ball grid array (BGA) and package ball array (PBA). This device is equipped with four dedicated clock resources and an array of high-speed I/Os with LVDS up to 1050mA, datarate up to 500MHz, and PCIe® hardware support. In addition, the M2GL025T-FG484I offers customizable and configurable logic block architectures for power planning and performance optimization. It also includes a built-in flash memory for configuration storage, and enhanced integrity, reliability and robustness.

Application Field:

The versatile M2GL025T-FG484I FPGA has been widely adopted in the fields of digital video processing, multimedia, wireless communications, industrial automation, and data communications. It is often used as an adapter for digital video interfaces, or as an embedded processor for complex computing algorithms. Additionally, it is an ideal choice for embedded systems with high speed I/O and memory requirements, as it provides an optimal combination of features and performance at an affordable price.

Working Principle:

The working principle of the M2GL025T-FG484I is based on the logic blocks, also known as configurable or programmable logic devices (CLDs). These blocks are composed of several interconnected elements such as multiplexers (MUXs), storage elements (FFs, SRs), and Combinatorial Logic Elements (CLEs). The overall structure of each element can be programmed and reconfigured as needed in order to provide the necessary signal processing and/or data processing functionality.

The operation of the FPGA is based on the user programming it using a dedicated software tool. This software allows the user to select pre-designed functions (e.g. multipliers, dividers, counters, etc.) to customize their design. The resulting configuration is then written to the FPGA’s internal memories in order to configure it for the specific application. The configuration is stored until the FPGA is powered down, after which time it can be reprogrammed with a new configuration.

Conclusion:

The M2GL025T-FG484I Field Programmable Gate Array from LSI Logic is a versatile embedded processing solution ideal for digital video processing, multimedia, wireless communications, industrial automation, and data communications applications. This FPGA is based on 4-input-LUT-based logic blocks and offers a voltage and temperature operating range of 1.65V to3.465V and -40°C to +100°C. Moreover, the device is equipped with four dedicated clock resources and an array of high-speed I/Os. In addition, the FPGA includes customizable and configurable logic blocks and a built-in flash memory for configuration storage and enhanced integrity, reliability, and robustness.

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