ZU49/ZU39/ZU29DR RFSoC System on Module
iG-G42M®
- ZynqTM UltraScale+TM RFSoC family Compatible with ZU49/ZU39/ZU29DR devices
- Up to 930K Logic cells & 425K LUTs
- PL GTY High Speed Transceivers x 16 @28.21 Gbps
- 16 ADC Channels support up to 2.5Gsps
- 16 DAC Channels support up to 9.85Gsps
- Integrated RF Clocking & Synchronization
Documents
| Features | Details |
|---|---|
| SoC | RFSoC ZU49/ZU39/ZU29DR (FFVF1760 Package) Processing System (PS)
Programming Logic (PL)
|
| Memory | 8GB DDR4 RAM for PS with ECC 8GB DDR4 RAM for PL |
| Storage | 32GB eMMC Flash Expandable up to 128GB 256MB QSPI and EEPROM |
| Board to Board Connector1 Interfaces (400pin) | ADC: 16 x ADC Channels up to 2.5Gsps DAC: 16 DAC Channels up to 9.85Gsps PL Ios: PL IOs – 188 IOs
|
| Board to Board Connector2 Interfaces (400pin) | From PL Block
From PS Block
Clock signals
|
| Software Features | Yocto Linux BSP with Vivado support DMA/BRAM test apps PYNQ prototyping support Multi-tile sync & PCIe (XDMA) validated MATLAB support |
| General Features |
|
DAC Specification:
- 1 x Right Angle SMA connector on Front Panel with Balun (BW 10MHz to 3GHz)
- 3 x Right Angle SMA connectors on Front Panel with Balun (BW 3.1GHz to 5.8GHz)
- 3 x Straight SMA connectors with Balun (BW 10MHz to 3GHz)
- 9 x Straight SMA connectors with Balun (BW 3.1GHz to 5.8GHz)
ADC Specification:
- 1 x Right Angle SMA connector on Front Panel with Balun (BW 10MHz To 3GHz)
- 3 x Right Angle SMA connectors on Front Panel with Balun (BW 3.1GHz To 5.8GHz)
- 3 x Straight SMA connectors with Balun (BW 10MHz To 3GHz)
- 9 x Straight SMA connectors with Balun (BW 3.1GHz To 5.8GHz)
High Speed and Interface Specifications:
- PCIe x8 Edge Connector up to Gen4.
- FMC+ High Pin count (HPC) connector
- 4 SMA Straight angled connector for Clocks (10MHZ-IN/OUT, 1PPS-IN, SYS-CLK IN)
- 4 SMA Straight angled GPIO connectors
- NVMe PCIe Gen2 x2 M.2 Connector
- Gigabit Ethernet through RJ45MagJack x2
- Debug & DATA UART/JTAG through Type-C Connector
- Operating Temperature: -30°C to +85°C
- Form Factor: 254mm x 111.15mm (3/4 Length PCIe Card)
Thermal design is a crucial factor for highly integrated System on Modules. iWave offers Heat Spreader and Fan Sink solutions for RFSoC-based SoMs to ensure optimal thermal management.
FAQs
It supports up to 8 channels and 16 channels configurations, offering flexibility for high-performance ADC/DAC-intensive applications.
The System on Module supports high-speed transceivers which can be used for configuring interfaces including PCIe Gen4 x8, QSFP+/SFP+, DisplayPort, USB-C, and multiple Ethernet MACs (GEM0/GEM3).
Signal integrity is ensured through strict impedance-controlled PCB design and carefully routed high-speed signals. Robust multi-rail power is implemented using PMICs, discrete regulators, and LC filtering for clean and stable operation.
RFSoC SoM supports Yocto Linux and PYNQ BSPs.
Yes. Our software supports the RF data converters on RFSoC devices, compatible with widely used tools like Xilinx’s RF Analyzer, ensuring easy diagnostics and loopback testing.
Buy now
| Description | Stock | Order link |
|---|---|---|
| ZU49DR RFSoC System on Module | 5 | Digikey |
| ZU49DR RFSoC Development Kit | 5 | Digikey |
| ZU29DR RFSoC System on Module | 5 | Digikey |
| ZU29DR RFSoC Development Kit | 5 | Digikey |
| ZU49DR RFSoC System on Module | Backorder | Mouser |
| ZU49DR RFSoC Development Kit | Backorder | Mouser |
| ZU29DR RFSoC System on Module | Backorder | Mouser |
| ZU29DR RFSoC Development Kit | Backorder | Mouser |
