Industry applications. The XC7A200T-2FBG484C delivers the industry's highest DSP compute density in an Info small form factor package as an Artix UltraScale+ FPGA that delivers high-speed graphics processing and pre-processing for factory automation. Line rates of 12Gbs and 16Gbs ensure support for the latest connectivity standards, including 10GigE Vision for cameras and frame grabbers and CoaxPress 21, and PCIe Gen3 and Gen4* with support for high-speed x86 CPU communication. High-performance SLVS-EC v20, mipi and sub-lvds support more than 1State-of-the-art sensor technology with 500 million pixel resolution. The MicroBlaze processor in the FPGA architecture enables system management for highly robust embedded vision cameras.
AI Assistant Creation Season Basic attributes. First, the XC7A200T-2FBG484C has 215,360 logic units and 2,888 kbit of distributed RAM, enabling complex computational and data processing tasks. In addition, a variety of digital signal processing devices, such as MMCM and PLL, are built into the chip to enable functions such as high-speed clock generation and signal locking. At the same time, the chip's power consumption is relatively low, with a maximum supply voltage of 105v。It is housed in a 484-pin BGA package with 285 user I.O ports and supports clock frequencies up to 628 MHz. Data ratefor6.6 gb/sThe chip is mainly used in high-speed digital signal processing, data storage, and communication applications.
The chip is so programmable that users can write HDL (Hardware Description Language)** for different applications. In addition, the chip also supports a variety of development tools and boards, such as the Vivado development kit and the Zedboard development board, allowing users to quickly and easily develop and test.
In summary, the XC7A200T-2FBG484C chip is an FPGA chip with a wide range of applications, but it is necessary to pay attention to the relevant hardware design and programming technology, as well as comply with the corresponding specifications and application requirements. At the same time, users can choose the appropriate development tools and peripheral components according to their own needs to achieve a more efficient, stable and reliable system design.
Finally, he has rich experience and technology accumulation in the field of FPGA. In addition to the Artix-7 series, the company also produces FPGA chips including Kintex, Virtex, ZynQ, and other series, covering different performance and application needs. At the same time, it also provides rich development tools and support, such as Vivado development kit and IP core library, so that users can design and develop FPGA systems more conveniently.