Description and Technical Data:
1) Overview/Key Features
The ALINX AXRF49 is a high-performance RF development board kit comprising the ACRF49 Zynq™ UltraScale+™ RFSoC system-on-module and a compatible base board. It is designed for large-scale MIMO radio, 5G baseband processing, fixed wireless access, cable access, test and measurement, radar, early-warning systems, satellite positioning, and other demanding RF applications.
- Based on the AMD Zynq UltraScale+ RFSoC Gen 3 XCZU49DR device
- 16-channel 14-bit RF ADC capability with sampling rates up to 2.5 GSPS
- 16-channel 14-bit RF DAC capability with sampling rates up to 9.85 GSPS
- Integrated ARM processing system and FPGA programmable logic
- High-speed board-to-board connections with data rates of up to 32 Gbps per channel
- RF ADC, RF DAC, clock, MIO, GTY transceiver, and configurable I/O voltage connections
- Suitable for high-density RF signal processing and software-defined radio development
- Supports heterogeneous processing combining application processors, real-time processors, and programmable logic
- Reduces RF signal-chain complexity by integrating high-speed RF data converters into the RFSoC
NCNR non cancelable - non returnable product. B2B customers please contact Mirifica Industrial for volume quotes. Mirifica Industrial ships world-wide.
2) Tech Specs
| Specification | Detail |
|---|---|
| Product type | RF development board kit with system-on-module and base board |
| System-on-module | ACRF49 |
| RFSoC device | AMD Zynq UltraScale+ RFSoC Gen 3 XCZU49DR |
| RF ADC channels | 16 channels |
| RF ADC resolution | 14-bit |
| Maximum RF ADC sampling rate | 2.5 GSPS |
| RF DAC channels | 16 channels |
| RF DAC resolution | 14-bit |
| Maximum RF DAC sampling rate | 9.85 GSPS |
| Processor architecture | Heterogeneous ARM processing system with FPGA programmable logic |
| High-speed connector bandwidth | Up to 32 Gbps per channel |
| Exported signals | RF ADC, RF DAC, clock, MIO, GTY transceivers, and configurable I/O voltage interfaces |
| Primary applications | 5G baseband, large-scale MIMO, fixed wireless access, cable access, radar, satellite positioning, and test and measurement |
The AXRF49 combines the ACRF49 RFSoC module with a base board to provide access to high-speed RF data-converter signals, programmable logic, processor resources, clocks, and high-speed transceivers.
3) Tech Support/Dokuments
Web available technical information usually covers the AXRF49 kit architecture, the ACRF49 system-on-module, the XCZU49DR RFSoC device, RF ADC and DAC resources, high-speed connector bandwidth, clocking, GTY transceivers, MIO connections, and configurable I/O voltage interfaces.
There are the following types of technical resources associated with this platform:
- System-on-module documentation
- Base-board user documentation
- RFSoC hardware specifications
- Connector and interface descriptions
- FPGA and embedded-processor development information
- RF signal-processing application material
- Reference information for 5G, MIMO, radar, satellite, and test-equipment applications
Contact Mirifica Industrial for further detailed information for your project.
4) Related Product Suggestion
No separately identified add-on products were included in the available product information for the AXRF49. The ACRF49 system-on-module and its base board are part of the AXRF49 development board kit.
5) Downloads/Links
6) What is in the package
The package contains.
- 1 x ACRF49 Zynq UltraScale+ RFSoC system-on-module
- 1 x AXRF49 base board
More Details:
FPGA Dev Boards