EPC8QC100N

The Intel model 'EPC8QC100N' is a high-performance Cyclone V FPGA device designed to deliver enhanced system performance with low power consumption. The device is built on a 28nm process technology and is designed to offer multiple high-speed connectivity options, memory bandwidth, and a range of low-power transceivers.

The main features of the Intel EPC8QC100N FPGA device include 83K logic elements, 266 user I/Os, 8 GB deep-sea memory, and 18 PCIe lanes. The device also supports high-speed Ethernet protocols such as 10G Ethernet, SPI-4.2, 200MHz DDR3, and QDR IV SRAM. The memory controller can be configured for DDR3 or QDR IV SRAM configurations.

The Intel EPC8QC100N FPGA is designed to support a wide range of application fields, including Aerospace Defense, Transportation, Medical, Industrial, and Test and measurement. In aerospace defense applications, the device is used in radar systems that require high-speed signal processing and low power consumption. In transportation applications, it is used in advanced driver assistance systems, control systems, and infotainment systems. In medical applications, the device is used in portable ultrasound machines, Magnetic Resonance Imaging (MRI) systems, and radiation therapy systems.

In industrial applications, the device powers machine vision systems, real-time control systems, and servo motor controls. It is also used in high-speed data acquisition and control systems that require extensive memory bandwidth. In Test and measurement applications, the device is used in logic analyzers, oscilloscopes, and digitizing systems designed for high-speed signal processing.

Overall, the Intel EPC8QC100N FPGA device offers high-speed connectivity, low-power consumption, and a powerful processing platform designed for a wide range of applications fields.