GXSC FPGA Replaces XC7K160T-FFG676 (Xilinx) in Industrial Cameras

Industrial cameras are key components in machine vision systems, and their fundamental function is to convert light signals into structured electrical signals. The system primarily consists of major modules such as image sensors, front-end signal conditioning, main control logic processing, image algorithm units, and high-speed data transmission. Among these, the parallel processing capabilities, real-time performance, and interface bandwidth of the FPGA-based main controller determine the frame rate, imaging quality, and service life of the industrial camera.

GXSC’s high-performance FPGAs are primarily designed for the development of systems requiring high-speed data processing, complex signal operations, and multiple interfaces. They can replace the XC7K160T-G676 (Xilinx) to build an industrial camera system featuring high-speed data acquisition, low-latency transmission, high reliability, and flexible scalability. This chip supports a transmission rate of 12.5 Gb/s per channel, making it ideally suited for high-bandwidth, low-latency applications, with superior link throughput and overall bandwidth.

The GXSC FPGA chip features 1,866 Mb/s high-speed memory, enabling faster data support and providing quicker data access capabilities for high-bandwidth applications. With a core voltage of 0.8V, it reduces core power consumption by 36% for equivalent performance, significantly lowering power consumption. This effectively reduces power consumption while maintaining performance, helping the solution achieve better energy efficiency and thermal management. Its key parameters are as follows:

• LC(K): 170

• ERAM(Kb): 11,700

• CMU: 8

• DSP: 600

• DDR3: 1,866 Mb/s

• Core Voltage (V) (Standard Version): 0.9

• Core Voltage (V) (Low-Power Version): 0.85

• Temperature Range: 0°C–85°C, -40°C–105°C

The FFG676 package of this GXSC FPGA chip facilitates high-density board-level integration and ensures excellent signal integrity. It also features a rich set of configurable high-speed I/O interfaces. This package supports LVDS, a wide range of interface standards, and multi-level compatibility, flexibly adapting to complex interconnect requirements and significantly enhancing system integration and scalability.