A54SX08A-TQ100

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The A54SX08A-TQ100 is an advanced Field Programmable Gate Array (FPGA)specifically designed for advanced embedded applications. Based on the 80 nm process technology, the A54SX08A-TQ100 features a maximum clock frequency of 100MHz and 720kbits RAM. It also has 4 IO banks providing a total of 476 I/O pins which are compliant with the LVDS standards. The FPGA operates at temperatures ranging from -40°C to 85°C.

The architecture of the A54SX08A-TQ100 allows for easy implementation of data acquisition, digital signal processing, and wired and wireless communications. This makes the FPGA suitable for a variety of embedded applications such as automotive related security, industrial automation systems, digital surveillance systems, and medical equipment.

The A54SX08A-TQ100 integrates an enhanced version of the Altera NIOS II embedded processor which allows for improved performance and increased flexibility in product design. The FPGA also offers integrated peripherals such as 16-channel mixed-signal A/D converters, 8-bit LCD controller, UART and general-purpose timer. These integrated peripherals reduce the need for external components, resulting in less board space, lower system costs and shorter time to market.

The A54SX08A-TQ100 is designed with a fully-customizable intellectual property core that offers an extensive library of instructions, which simplifies design and allows users to quickly develop their desired applications. This provides extensive configuration flexibility, allowing the user to customize the FPGA for their specific requirements. The FPGA is also compatible with Altera’s Quartus II development software which greatly simplifies the design process.

The A54SX08A-TQ100 is the perfect choice for applications requiring high-performance and flexibility in a reduced form factor. The FPGA is ideal for complex embedded applications that require a mixture of digital signal processing, data acquisition, wireless and wired communications, and user interfaces. The FPGA’s powerful yet flexible architecture makes it well-suited for use in a wide variety of embedded systems.

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