IWRFSOC8X8 Xilinx RFSoC 3U 4-Channel/ DC-4GHz

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Product Description

Production-ready 8X8 direct RF sampling with 4GHZ analog bandwidth

3U algorithm evaluation module

InterWiser IWRFSOC8x8 3U algorithm evaluation modular system designed for integration into deployed RF systems with small size, low power consumption and real-time processing requirements. The IWRFSOC8x8Xilinx Zynq UltraScale+™ RFSoC Gen 1 is featured with 8 RF-ADCs and 8 RF-DACs. The IWRFSOC8x8 modules and comprehensive software suite, enables rapid prototyping, allowing you to develop application code for IWRFSOC8x8, conveniently shortening product development cycles for rapid verification and deployment. Sample code and tutorials demonstrate Xilinx RFSoC multi-tile synchronization (multi-converter synchronization) and multi-board synchronization analog capture.

Performance indicators:

FPGA chip
Zynq UltraScale+ XCZU27DR-ffve1156 RFSoC
RF interface
X8ADC (12-bit, 4.096GSPS) ports
X8DAC (14-bit, 6.554GSPS) port
Optical port rate
Compatible with 100Gbps/40Gbps (1)
Compatible with 10Gbps (1)

Memory
PS 4xDDR4 (4GB, 64bit, 2400MT/s)
PL 2xDDR4 (4GB, 64bit, 2666MT/s)
Hard disk
1 SATA hard disk expansion interface (6G speed)

Board power supply
ATX power supply interface (DC +12V)

PS interface
2x QSPI flash (512MB, 8bit) fixed configuration file
1x SATA .M2 hard disk expansion interface (6G speed)
1x 10/100/1000 Ethernet RGMII (RJ45) network port
1x USB_JTAG/UART debug interface
1x JTAG debug interface
x Micro SD Card
PL interface
8-channel ADC (12-bit, 4.096GSPS) port
8-channel DAC (14-bit, 6.554GSPS) port
2x GPIO X16 PMOD Port
Clock
Support external clock

Power Consumption
25W (depending on the purpose, based on the actual measured value) Ambient temperature requirement
-40℃~110℃ when working

Empowering innovation with cutting-edge Digital-Analog Hybrid Systems, designed for superior performance in high-speed signal processing. Our solutions integrate FPGA + DSP + AD/DA designs and optimize signal transceiver modules to meet diverse communication and radar requirements.