AGL400V2-FG256T

Series:	IGLOO
Part Status:	Obsolete
Number of Logic Elements/Cells:	9216
Total RAM Bits:	55296
Number of I/O:	178
Number of Gates:	400000
Voltage - Supply:	1.14 V ~ 1.575 V
Mounting Type:	Surface Mount
Operating Temperature:	0°C ~ 70°C (TA)
Package / Case:	256-LBGA
Supplier Device Package:	256-FPBGA (17x17)
Base Part Number:	AGL400

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Embedded FPGAs (Field Programmable Gate Array) is a specialized type of microprocessor with capabilities that aim to improve and optimize the performance of embedded systems, such as memory, input/output, communications, and control applications. AGL400V2-FG256T is an embedded FPGA design based on the Altera Nios II/s processor, and is used for a variety of purposes in a wide range of application fields. This article provides an overview of the application fields and working principles of the AGL400V2-FG256T.

Application Fields of AGL400V2-FG256T

The AGL400V2-FG256T is a powerful embedded FPGA, and is often used for a variety of different applications in multiple fields. A few of the primary application fields for the AGL400V2-FG256T include:

• Industrial Automation: AGL400V2-FG256T can be used in a variety of industrial automation applications. It is often used to control various industrial machines, such as conveyors, robots, and other automated equipment. The FPGA can be used to efficiently create a closed-loop control system with all the necessary diagnostics and functions.
• Telecommunications: AGL400V2-FG256T can be used in a variety of telecommunications applications, such as cell phones, radios, and other telecommunications networks. The FPGA can quickly process large amounts of data and provide efficient routing for communications networks.
• Medical Devices: AGL400V2-FG256T is often used in medical devices to improve efficiency and accuracy in data processing. The FPGA is used to process data from different areas, such as biological signals, medical images, and patient monitoring.
• Surveillance and Security: AGL400V2-FG256T is also used in surveillance applications and for providing an added layer of security. The FPGA can be used to quickly process data from security cameras and other surveillance equipment. It can also be used to store and analyze data in order to detect any suspicious activities.
• Scientific Instrumentation: AGL400V2-FG256T is often used in scientific instrumentation applications, such as in brain imaging instruments and chemical analysis systems. The FPGA can process data quickly and accurately, and can be used to control the various components of scientific instruments.

The Working Principle of AGL400V2-FG256T

The AGL400V2-FG256T utilizes the Altera Nios II/s processor. This processor combines a multi-tasking processor core with a set of enhancements, such as memory scalability and a dual-layer interconnect. This allows for faster data movement and more efficient operations. The core of the AGL400V2-FG256T is a Field Programmable Gate Array (FPGA). This means that it can be configured to perform specific tasks by using programmable logic. It can be programmed to perform a variety of functions, such as data processing, communications, control, and storage. In addition to its programmable logic, the AGL400V2-FG256T also contains a set of peripherals. These peripherals can be used to connect the FPGA to external devices, such as memory, communications, and other hardware components. The peripherals also provide additional support for any tasks that the FPGA is processing. The AGL400V2-FG256T supports a wide range of standard interfaces, such as Ethernet, USB, and UART. These interfaces enable data transfer and communication between the FPGA and other devices or equipment. The FPGA can also be connected to external memory, allowing it to store and retrieve data quickly and efficiently. Overall, the AGL400V2-FG256T is an incredibly powerful and versatile embedded FPGA. It is used in a variety of different application fields, and its multiple peripheral capabilities enable it to perform a wide range of activities. The FPGA is capable of quickly processing data, and its programmable logic allows for it to be optimized for specific tasks.

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