In response to the fast-growing IoT application market, Intel announced the introduction of Intel Cyclone 10 Programmable Logic Gate Arrays (FPGAs), which are manufactured using TSMC's 20nm advanced process. The FPGA is designed to provide fast, power-saving processing and is suitable for a wide range of applications including automotive, industrial automation, professional AV and vision systems.
As the variety of "objects" becomes more and more connected and can share a large amount of real-time data with each other, the data becomes less and less easy to handle. Information transmission speeds from various sensors and cameras in buildings, factories, homes, and vehicles are constantly increasing, so microprocessors and microcontrollers (MCUs) alone cannot handle them smoothly.
High-performance processing devices like Intel FPGAs collect and send data and make instant decisions based on the input of IoT devices. Moreover, FPGAs can provide specific computing power and various functions as different IoT applications require. Different Cyclone 10 FPGAs, including Cyclone 10 GX and Cyclone 10 LP, have unique features to meet the needs of different design teams.
Intel said that unlike other low-cost FPGAs, the Cyclone 10 GX supports 10G transceivers and hardware floating-point DSPs (digital signal processing). In addition to twice the performance of the previous generation Cyclone, the IEEE 754 single-precision, hardware floating-point DSP module is an innovative architecture that enables processing speeds of up to 134 GFLOP (1 billion floating point operations per second). It is important for engineers who need to use FPGAs for higher performance for applications such as mobile or motor control systems.
The Cyclone 10 GX target market is an application that has critical requirements for high I/O performance and core speed, and can be used in industrial machine vision and smart city applications for parking, road, and bridge monitoring. In addition, the Cyclone 10 GX is also ideal for supporting professional audio and video technologies such as video streaming applications.
Furthermore, the use of FPGAs such as the Cyclone 10 GX can help operators significantly reduce the overall cost of ownership of the entire product line. For example, operators can use Cyclone GX to integrate industrial networking and functional security into a single chip, thereby reducing bill of materials costs.
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