EX128-FTQ64 Integrated Circuits (ICs)

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Fixed Terminal Programmable Gate Arrays (FTPGAs) are a type of programmable logic device that provides increased performance, reliability and flexibility for embedded applications. The FTPGA has a wide range of possible uses in both consumer and industrial applications, due to its powerful, versatile and efficient architecture.

The FTPGA comes in two versions. The common and more affordable is the EX series, the EX128 being the most popular. The EX128 has a total of 128 dedicated logic cells paired with 64 DSP blocks. This combination makes it suitable for fast arithmetic, logic and signal processing operations. The second version of the FTPGA is the FTQ series, the FTQ64 being the most popular. This chip has a total of 64 dedicated logic cells with 64 DSP blocks, making it suitable for higher performance signal processing operations.

The FTPGAs have many features that make them attractive for embedded applications. First, they are programmed using an RTL language, allowing designers to specify complex and custom logic functions. Second, they have very low power consumption, reducing cost of ownership. Third, the FTPGA is designed to be fault tolerant and resistant to radiation, making them ideal for applications where reliability is essential. Furthermore, the FTPGA architecture allows for the partitioning of logic into separate partitions, which can be programmed independently of each other. This flexibility allows for the combination of complex and unique functions.

As with all FPGAs, the EX128 and FTQ64 chips must be programmed in order to be used in an embedded application. Programming an FPGA requires a software development environment and a compiler for the target language. Additionally, these chips require specialized programming hardware, such as an emulator, in order to be able to debug and program the chip. The programming process is labor intensive and requires knowledge of hardware and software engineering.

The EX128 and FTQ64 FPGAs have been widely used in a variety of embedded applications. These include analog-to-digital interfaces, digital-to-analog converters, audio processing, video graphic acceleration, digital signal processors and more. Utilizing the FPGA’s combination of logic, high-performance memory, and processor cores, these applications are able to provide a great deal of flexibility and performance to end users.

Ultimately, the EX128 and FTQ64 FPGAs have a wide range of uses in embedded applications, due to their powerful, versatile, and efficient architectures. They are programmed via RTL language, consume very little power and are fault tolerant and radiation resistant, making them an ideal choice for applications where reliability is essential. Furthermore, the FPGAs’ architecture also allows for the partitioning of logic into separate partitions, which can be programmed independently of each other. As a result, circuit designers and system integrators are able to customize their designs to meet the specific needs of their application with the EX128 and FTQ64 FPGAs.

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