XCV300E-6FG456C Overview

There is a 456-BBGA package that includes this component. Fpga chips consists of FIELD PROGRAMMABLE GATE ARRAY elements. The device has 312 I/O ports for more coherent data transfer. In order to construct a fundamental building block, 6912 logic elements/cells are required. An electrical supply voltage of 1.8V powers it. An FPGA part from the Field Programmable Gate Arrays family. An FPGA module can be attached to a development board with a Surface Mount-pin. Fpga chips operates at a voltage of 1.71V~1.89V and uses a battery to supply power. There are many types of FPGAs in the Virtex?-E series, this is one of them. Fpga chips is important to maintain the operating temperature wFpga chipshin the range of 0°C~85°C TJ when operating the machine. In this device, 312 outputs are incorporated in order to provide you with maximum flexibility. In order to save space, this FPGA model has been contained in Tray. In total, the terminations of this piece are 456. A device like this one offers 131072 RAM bits, which is a considerable amount of memory. Its base part number XCV300E can be used to find related parts. During the configuration of this FPGA module, the RAM si16kBe reaches 16kB to ensure that the program runs normally. 456 pins are designed into the device. A total of 1536 LABs/CLBs make up this FPGA array. As long as this FPGA is mounted in Surface Mount, it could work fantastically according to its specifications. Design engineers can fully take advantage of its flexibility when operating at 1.8V supply voltage. 411955 gates make up the basic block of its construction. Fpga semiconductor is equipped wfpga semiconductorh 456 pin count. It usually uses a crystal oscillating at a frequency of 357MHz in order to do its work. In order to implement this design, 82944 equivalent gates are used in the FPGA.

XCV300E-6FG456C Features

312 I/Os
Up to 131072 RAM bits
456 LABs/CLBs

XCV300E-6FG456C Applications

There are a lot of Xilinx Inc. XCV300E-6FG456C FPGAs applications.

• Automotive Applications
• Random logic
• Industrial Ethernet
• Cryptography
• Software-defined radios
• ASIC prototyping
• Medical ultrasounds
• Industrial IoT
• Data center search engines
• Integrating multiple SPLDs