AX500-FG484

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Field-programmable gate array (FPGA) are integrated circuit devices that can be customized to perform a wide range of functions. They are commonly used in the embedded world for high-performance computing, DSP and control applications. The FPGA-booted AX500-FG484 is a single-chip FPGA optimized for embedded applications. This article will discuss the application fields and working principles of AX500-FG484 FPGAs.

The AX500-FG484 series FPGAs from Lattice Semiconductor Corporation are optimized for embedded applications. This FPGA family was designed for low power and high performance, and contains a powerful, programmable embedded processor, advanced signal processing and high-speed communications features. A single AX500-FG484 device can replace an entire SoC, and its ultra-low power consumption and small size makes it suitable for use in mobile, embedded and small form factor applications. The AX500-FG484 can also be used in automotive, industrial, avionics, medical, test and measurement and other embedded markets.

The AX500-FG484 FPGA contains four versatile, independent configurable I/O blocks, which provide up to eight configurable serial ports dedicated to driving peripherals. These serial ports support data rates up to 5 Gbps and accommodate many different types of transmission protocols. An internal memory controller facilitates the transfer of data from the FPGA to on-chip and external memories. And the device is capable of both traditional parallel and serial communication up to 5 Gbps operation.

The AX500-FG484 FPGA has an embedded microprocessor for control applications. The processor provides two independent 32-bit cores, each with 32 kBytes of instruction RAM and 16 kBytes of data RAM. The processor is configured and programmed through the so-called High Level Language Programming facility. It supports standard C/C++ codes and also offers an ANSI C-compliant library. This gives developers the flexibility to quickly create applications and their associated libraries.

The AX500-FG484 is also highly efficient, consuming only 6 mW of active power at 100 MHz operation. The low power consumption of this FPGA reduces the total application power, which helps extend battery life in mobile applications. It also helps reduce cooling requirements in high-density, high-performance applications.

A key feature of the AX500-FG484 is its high level of programmability. The FPGA is programmed with a subset of the Verilog or VHDL hardware description languages. The programming language is Verilog, and the development tools used to program the AX500-FG484, include the XPLD FPGA compiler from Lattice Semiconductor.

Host applications typically interact with FPGAs through a dedicated interface. On-board peripherals on the AX500-FG484 include dual- and quad-channel USB ODMs, 10/100 ethernet and full-speed PCIe interconnects. A dual-channel MoCA (Multimedia over Coax Alliance) interface is available for video networking applications. Additionally, the AX500-FG484 FPGA supports the Lattice IP Core Library, an extensive library of configurable IP cores for implementing protocol-specific applications.

The AX500-FG484 supports multiple data interfaces, including I2C and SPI, which enable communication with custom firmware and with off-the-shelf I/O devices. In addition, the AX500-FG484 FPGA offers on-chip power management features and comprehensive security features for protecting user data and applications.

In summary, the AX500-FG484 FPGA is a single-chip FPGA optimized for embedded applications. It has an efficient power consumption and small size, as well as a powerful embedded processor, advanced signal processing, multiple data interfaces and a wide range of capabilities. With its programmability and flexibility, the AX500-FG484 can provide the perfect platform for developing innovative, cost-effective embedded applications.

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