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65f7d93374fd6b1219de8a02 Xilinx Zynq UltraScale+RFSoC Gen3 ZU47DR FPGA chip integrated RF direct sampling data converter high-speed transceiver ZU47DR https://www.componentstores.com/s/59c9e4669bd3e7c70c5f5e6c/65f7d63d420ffe06ad35ebac/c.jpg

RFSOM integrates hardware and software to help you provide a prototype of a high-performance wireless receiver system and perform air signal acquisition and analysis. In addition, RFSOM adopts a RF direct sampling structure with eight independent transmitter and receiver channels. It integrates a programmable Xilinx RFSoC FPGA minimum system, supports software defined radio development architecture, has large bandwidth and large-scale computing processing capabilities, and can be used for wireless communication prototype verification, spectrum monitoring, signal intelligence, and broadband acquisition and recording applications. The RFSOM is also equipped with a 19.2 MHz constant temperature crystal oscillator (OCXO) reference clock, which improves frequency accuracy and synchronization.

The main interfaces and resources of FPGA

Core configuration:

· Intgrateed Device of ZU47DR RF System on Chip (RFSoC)
· Equipped with built-in digital up and down conversion and interpolation extraction functions
· Supports 8-way transmission and 8-way reception

SOM minimum system:

Simulate RFMC connectors
1. ADC/DAC fully differential lead out, supporting DC or AC coupling
2. VCM export supports setting common mode level

Digital RFMC connector
1. GTY export, supporting PCIE4.0X8 rate transmission
2. MIO export, supporting expansion of Ethernet, USB and other peripheral interfaces, supporting peripheral level
3. GTR export, supporting expansion of storage interfaces such as Sata/PCIE hard drives, and supporting external device levels
4. HD IO output, supporting peripheral device level

CACHE
1. PL DDR4 32bit single channel DDR4 cache supports 2600MHz, 2GB capacity
2. PS DDR4 64bit single channel DDR4 cache supports 2133MHz and 4GB capacity
3. QSPI flash, 1GB capacity

Debug Interface
1. JTAG lead out
2. Reset signal lead out

Cascading interface:

·Built in LMK04828 dedicated clock circuit
·Integrated 19.2MHz OCXO
·External clock synchronization
·Trigger synchronization
·SYSREF synchronization

Power supply:

·5V single power supply
·Heat sink embedded fan
·Typical power consumption, running 50% logic,8TX&8RX,TBD Watt

Sampling rate support:

·API supports real-time bandwidth of 30.72/61.44/122.88/245.76/491.52/983.04MHz (maximum support for 2.5GHz bandwidth)

Product parameters

Core board -ACRF47

FPGA model -XCZU47DR-2FFVE1156I

kernel CPU -Quad-core ARM Cortex-A53, MPCore/Dual-core ARM Cortex-R5F, MPCore

Memory -PS  DDR4,4GB /PL  DDR4,2GB

14 bit 5.0GSPS RF-ADC -8

14 bit 9.85GSPS RF-DAC -8

Decimation/ interpolation -1x, 2x, 3x, 4x, 5x, 6x, 8x, 10x, 12x, 16x, 20x, 24x, 40x

GTY / GTR -PL  GTY8 / PS  GTR4

System Logic Cell -930K

CLB LUTs -425K

Max.Dist.RAM -13.0Mb

Total Block RAM -38.0Mb

UltraRAM -22.5Mb

DSP Slices -4272

PCIe Gen4 x8 -1

Applications

  • 5G FR1/FR2 RF and baseband

  • Phased array system

  • Radar system

  • Software Radio

  • Spectrum monitoring

  • Medical system

 

TT-XIL-ACRF47
in stockINR
Xilinx
1 1
Xilinx Zynq UltraScale+RFSoC Gen3 ZU47DR FPGA chip integrated RF direct sampling data converter high-speed transceiver ZU47DR

Xilinx Zynq UltraScale+RFSoC Gen3 ZU47DR FPGA chip integrated RF direct sampling data converter high-speed transceiver ZU47DR

Sku: TT-XIL-ACRF47

Product Enquiry

Sold By: tenettech
Features
  • Lead time is 3-4 weeks

Description of product

RFSOM integrates hardware and software to help you provide a prototype of a high-performance wireless receiver system and perform air signal acquisition and analysis. In addition, RFSOM adopts a RF direct sampling structure with eight independent transmitter and receiver channels. It integrates a programmable Xilinx RFSoC FPGA minimum system, supports software defined radio development architecture, has large bandwidth and large-scale computing processing capabilities, and can be used for wireless communication prototype verification, spectrum monitoring, signal intelligence, and broadband acquisition and recording applications. The RFSOM is also equipped with a 19.2 MHz constant temperature crystal oscillator (OCXO) reference clock, which improves frequency accuracy and synchronization.

The main interfaces and resources of FPGA

Core configuration:

· Intgrateed Device of ZU47DR RF System on Chip (RFSoC)
· Equipped with built-in digital up and down conversion and interpolation extraction functions
· Supports 8-way transmission and 8-way reception

SOM minimum system:

Simulate RFMC connectors
1. ADC/DAC fully differential lead out, supporting DC or AC coupling
2. VCM export supports setting common mode level

Digital RFMC connector
1. GTY export, supporting PCIE4.0X8 rate transmission
2. MIO export, supporting expansion of Ethernet, USB and other peripheral interfaces, supporting peripheral level
3. GTR export, supporting expansion of storage interfaces such as Sata/PCIE hard drives, and supporting external device levels
4. HD IO output, supporting peripheral device level

CACHE
1. PL DDR4 32bit single channel DDR4 cache supports 2600MHz, 2GB capacity
2. PS DDR4 64bit single channel DDR4 cache supports 2133MHz and 4GB capacity
3. QSPI flash, 1GB capacity

Debug Interface
1. JTAG lead out
2. Reset signal lead out

Cascading interface:

·Built in LMK04828 dedicated clock circuit
·Integrated 19.2MHz OCXO
·External clock synchronization
·Trigger synchronization
·SYSREF synchronization

Power supply:

·5V single power supply
·Heat sink embedded fan
·Typical power consumption, running 50% logic,8TX&8RX,TBD Watt

Sampling rate support:

·API supports real-time bandwidth of 30.72/61.44/122.88/245.76/491.52/983.04MHz (maximum support for 2.5GHz bandwidth)

Product parameters

Core board -ACRF47

FPGA model -XCZU47DR-2FFVE1156I

kernel CPU -Quad-core ARM Cortex-A53, MPCore/Dual-core ARM Cortex-R5F, MPCore

Memory -PS  DDR4,4GB /PL  DDR4,2GB

14 bit 5.0GSPS RF-ADC -8

14 bit 9.85GSPS RF-DAC -8

Decimation/ interpolation -1x, 2x, 3x, 4x, 5x, 6x, 8x, 10x, 12x, 16x, 20x, 24x, 40x

GTY / GTR -PL  GTY8 / PS  GTR4

System Logic Cell -930K

CLB LUTs -425K

Max.Dist.RAM -13.0Mb

Total Block RAM -38.0Mb

UltraRAM -22.5Mb

DSP Slices -4272

PCIe Gen4 x8 -1

Applications

  • 5G FR1/FR2 RF and baseband

  • Phased array system

  • Radar system

  • Software Radio

  • Spectrum monitoring

  • Medical system