Perfectly combined with Ku115 and Enchip's P2040 processor, Vadatech launches the AMC module of integrated Kintex UltraScale Ku1115 FPGA

For the Vadatech Technical Team, we are not stranger, but in fact it is a more dynamic company, mainly for current technology research and development bottlenecks to provide some PUSH-based technologies. For example, they can provide users with some breakthrough technologies that can be configured, integrated, and low-risk in low-risk conditions. At the same time, in order to get the latest innovative technology in the first time and quickly develop board cards. In the form of entering the market, Vadatech Technology team tends to maintain more intimate relationship with some Silicon suppliers, such as our Xilinx. AMC583 FPGA DUAL FMC + carrier Perhaps you think Vadatech has been launched by the JESD204B high-speed serial interface to connect four AD9371 chips, and integrate a Kintex UltraScale Ku115 (integrated up to 5520 DSP48E2 SLICES) FPGA chips in the Xilinx UltraScale DSP series, and three DDR4 SDRAM BANK (two 8GB Bank and a 4GB of Bank, a total of 20GBs) range of 300MHz ~ 6GHz wide frequency transceiver is very cool, but if you think, you may not develop a radio. . SO, on this problem, recently, Vadatech provides another way. It launched an AMC module that integrates a Kintex UltraScale Ku1115 FPGA chip. This module is the AMC583 FPGA dual FMC + carrier board (as shown below), On this carrier board, the UltraScale DSP monster Ku115 and a NXP (previous Freescale) of the Qoriq P2040 quad-core PowerPC processor are combined, and it is divided into two 8GB DDR4 SDRAMs in two In standing banks to facilitate data storage and access. In addition, two "big guys" on the board, QoriQ processor, and UltraScale FPGAs, they are communicating through a high-speed 4-Lane PCIE interface or the processor local BUS, and two on the board A FMC interface, one of which is used to connect to the Kintex UltraScale FPGA chip, and the other can be used to extends some of the balance. VADATECH AMC583 block diagram In addition to the advantages described above, if users need some high-speed AD class I / O ports that can be modulus transitions when design, Vadatech can be applied to the FMC250 designed for users who specialize in this need, which is an FMC. The intermediate module integrates two 12bit, 2.6G sample rate per second, and a 16bit, a DAC module of 12G per second (shown below). FMC250 Summarize As far as the current needs of users, they not only need powerful FPGA chips, but also need to have convenient scalability, but the control of these two aspects also requires themselves to choose to meet this high-flexible AMC583 carrier board card. It is really very popular and developers like it. However, it is true that we also broaden the application market for our Xilinx FPGA. I believe that our Xilinx's FPGA will inevitably get more and more. Original link: https://www.eeboard.com/news/vadatech/ Search for the panel network, pay attention, daily update development board, intelligent hardware, open source hardware, activity and other information can make you master. Recommended attention! [WeChat scanning picture can be directly paid]