M2GL025TS-FG484

Series:	IGLOO2
Part Status:	Active
Number of Logic Elements/Cells:	27696
Total RAM Bits:	1130496
Number of I/O:	267
Voltage - Supply:	1.14 V ~ 2.625 V
Mounting Type:	Surface Mount
Operating Temperature:	0°C ~ 85°C (TJ)
Package / Case:	484-BGA
Supplier Device Package:	484-FPBGA (23x23)

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Introduction to M2GL025TS-FG484The M2GL025TS-FG484 is an advanced field programmable gate array (FPGA), designed with embedded applications in mind. It is made up of four main components; the Core Logic array (CLU), the embedded access memory (EAM), the programmable logic block (PBL), and the input/output (I/O) peripherals. The FPGA is manufactured by Altera Corporation and is based on their Cyclone-III architecture.The main feature of the M2GL025TS-FG484 is its high integration level compared to other similar FPGAs. It is capable of supporting up to 384 Kbits of embedded EAM, 20 configurable PBLs and 48 I/O peripherals. It also features a dedicated 16bit Micro-controller, which can be used for automated configuration and on-board programming. The M2GL025TS-FG484 also features up to ten times the reconfiguration speed of competing FPGAs.Application Field of M2GL025TS-FG484The M2GL025TS-FG484 is designed with embedded applications in mind. This FPGA can be used to develop a variety of embedded systems, such as digital signal processors, microcontroller systems, telecoms, medical devices, and industrial automation. The high integration level provided by the FPGA makes it an ideal choice for projects with limited space and budget constraints.For example, the M2GL025TS-FG484 can be used in a medical device to create an embedded high-end diagnostic imaging system. The FPGA can be used to develop the data acquisition and control for the system, with its large embedded EAM and configurable PBLs providing a secure solution for storing patient data and other medical records.The FPGA can also be used in industrial automation projects. The FPGA can provide reliable real-time control over the machines, and help to reduce downtime and improve machine efficiency. The high reconfiguration speeds of the FPGA can also help to improve the scalability of the automation system.Working Principle of M2GL025TS-FG484The M2GL025TS-FG484 works on the basis of Field Programmable Gate Arrays, or FPGAs. As the name implies, FPGAs are programmable logic components, meaning that they can be configured and controlled to perform specific tasks.At the core of the M2GL025TS-FG484 is the Core Logic Array. This is the heart of the FPGA and is made up of small cells, each of which is capable of performing a Boolean logic function. The cells of the CLU can be programmed using Verilog or VHDL to create the logic of the system.The next component of the M2GL025TS-FG484 is the embedded access memory. This memory is used to store the data and instructions which are necessary to operate the system. The high integration level of the FPGA allows for up to 384 Kbits of embedded EAM to be used.The programmable logic block (PBL) is the next component of the FPGA. This block allows for the customization of the FPGA, allowing for the addition of new functions such as timers, counters, comparators, and other logic functions. The PBL can also be used to create custom datapaths and control logic.The last component of the M2GL025TS-FG484 is the input/output (I/O) peripherals. These can be used for connecting the FPGA to external hardware, such as sensors, controllers, and other peripherals. The I/O peripherals allow for the system to interact with its external environment.ConclusionThe M2GL025TS-FG484 is an advanced field programmable gate array (FPGA) designed with embedded applications in mind. It is designed with a high integration level, allowing for a wide range of embedded systems to be developed. It features a dedicated 16bit Micro-controller and up to ten times the reconfiguration speed of competing FPGAs.The M2GL025TS-FG484 is suitable for a variety of embedded applications, such as digital signal processors, telecoms, medical devices, and industrial automation. It can also provide reliable real-time control over machines, helping to reduce downtime and improve machine efficiency.The core of the FPGA is the Core Logic Array, which is made up of small cells, each capable of performing a Boolean logic function. The FPGA also features a dedicated embedded access memory for the storage of data and instructions, and a programmable logic block for creating custom logic functions. Finally, the I/O peripherals allow for the system to interact with its external environment.

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