A Field Programmable Gate Array (FPGA) is a type of semiconductor device that is composed of logic gates and other complex logic elements, such as memory blocks and register files. FPGAs are typically used for embedded applications, and hence, AGNL125V2-ZVQ100 is one of them. This particular FPGA optimizes for low-power applications and provides high system integration, with the promise of a high reliability and performance.

Application Areas

AGNL125V2-ZVQ100 is suited for a variety of embedded applications, ranging from high-speed navigation, aerospace and military to consumer electronics, healthcare, industrial and automotive. This FPGA is designed to power a wide range of complex digital designs, including data converters, audio processors and digital signal processors.

• Power control - AGNL125V2-ZVQ100 can be used to monitor and manage power consumption in various embedded systems, including industrial and automotive applications.
• Networking applications – This FPGA is suitable for reliable network components, such as firewalls, routers and switches.
• Video applications – AGNL125V2-ZVQ100 enables the integration of high-performance video processing into a wide range of applications, such as broadcasting, surveillance and medical imaging.

Working Principle

The AGNL125V2-ZVQ100 is a low power, low-cost FPGA that is programmed using VHDL (Very High-speed Integrated Circuit HardwareDescription Language) or Verilog, the two most commonly-used hardware description languages. This FPGA is programmed via a ConnectedProgramming Interface (CPI), which allows the user to quickly configure the FPGA to their specifications and write the necessaryinstructions onto the FPGA. Once programmed, the AGNL125V2-ZVQ100 executes the commands as recorded on the FPGA.

Benefits

AGNL125V2-ZVQ100 offers a variety of benefits to its users, including reduced time to market, lower power consumption, and flexibility. By lowering power consumption and using a smaller form factor, users can reduce their total system cost and save on power consumption. Additionally, this FPGA also offers increased system integration, allowing users to reduce the number of components and cables, which in turn reduces system complexity. AGNL125V2-ZVQ100 can also be programmed to customize the operating frequencies, eliminating the need for additional components, such as clocks and voltage regulators.