PZSDR P079D SDR 75MHz-6GHz ADRV9009x2 4T4R ZU7EV FPGA Software Defined Radio PCIe 3.0 x8 40G QSFP

* PZSDR Software Defined Radio P079D (ZU7EV + ADRV9009x2)

* Integrated Dual ADRV9009  

* Up to 450M Tx Bandwidth   

* Up to 200M Rx Bandwidth   

* Support 40G QSFP Interface   

* Support PCIe3.0 X8

* Two ADRV9009 working cooperatively for 4 Transmit and 4 Receive (4T4R)

* MIMO and multi-channel arrays no longer rely on cascading multiple devices

* Four channels share a reference clock on the same board without needing an external synchronization box.

* Each chip provides 200MHz Rx/450MHz Tx bandwidth

* Two chips work simultaneously for multi-channel wideband parallel acquisition and transmission, providing sufficient channels and bandwidth for large-scale MIMO test-beds at once.

* 4-channel full-bandwidth IQ is approx. 25.6Gbps, a single 40G port easily handles it

* PCIe3.0 x8 connects directly to the host as an RF acquisition front-end for servers

* 4-channel full-bandwidth without needing to "trade bandwidth for channels"

* Quad-core A53 + Dual-core R5 + GPU; PS 4GB + PL 4GB DDR4

* On-chip real-time execution of multi-channel baseband and beam-forming

* Dual QSPI Boot + 8GB EMMC

* 4-channel Rx is 16bit, 4-channel Tx high-linearity 22dBm

* The bottleneck of multi-channel system is not in a single channel, but in every single path

* P079D features consistent specs across all paths.

* CAN/RS485, RTC, 20-channel expansion IO, Dual Gigabit Ethernet, USB3.0, NVMe SSD Slot, Onboard GPS, Clock Input/Output, -40 to 85°C Industrial Grade, 12V/3A Power Supply.

* Massive MIMO Test-bed

* Phased Array & Beam-forming (Multi-Channel Shared Reference)

* Distributed Base Station Interconnection (40G Optical Networking)

* Host High-Speed Acquisition (PCIe RF Front-End)

* Multi-Channel Spectrum Monitoring (Dual-Chip Parallel Wideband)

* System-Level Integration Verification (CAN/RS485 Integration)

* Sufficient Channel Count, Bandwidth, and Backhaul Speed simultaneously — SDR for System-Level RF Verification

* Bare-metal test code   

* ADI-FMCOMMS8 compatible firmware   

* ADI IIO-oscilloscope   

* Spectrum analyzer host software   

* libiio   

* ADI IIO-oscilloscope   

* Host acquisition and processing software

* Development Board: P079D

* RF Chip: ADRV9009BBCZ

* Frequency Coverage: 75MHz-6GHz

* Bit Width: ADC 16bit, DAC 14bit

* Signal Bandwidth: Tx up to 450MHz, Rx up to 200MHz

* Power Amplifier: Both TX and RX support full-bandwidth high linearity 22dBm (Max transmit power 25dBm)

* Main Controller: XCZU7EV-2FFVC1156I

* Processor: For ARM: 4 x Cortex-A53 (1.3GHz), RPU: 2 x Cortex-R5 (533MHz), CPU: Mali-400MP2 (667MHz)

* DDR4: PS side 4GB, PL side 4GB

* QSPI FLASH: 256Mb+256Mb, Dual FLASH boot, faster boot

* EMMC: 8GB, stores startup files and user files

* RF Clock: 1-channel input/1-channel output

* Clock Input: 1 channel

* Gigabit Ethernet: PS side 1 channel, PL side 1 channel

* USB3.0/USB2.0 OTG: 1 channel

* UART: 1 channel

* JTAG: 1 channel

* SD Card Interface: 1 channel

* GPS: 1 channel

* Power Supply/Current: 12/3V

* Temperature Grade: Industrial grade (-40°C to 85°C)

* Dimensions: Single Board: 220x143mm, Enclosure: 228x168x40mm   

* 1 x Board

* 1 x Enclosure

* 1 x 12V/3A Power Adapter   

* 11 x Adapter Cables 

* 1 x USB 3.0 Dual-Plug Cable

* 1 x Type-C Cable   

* 1 x GPS-SMA Antenna   

* 1 x Gigabit Ethernet Cable   

* 4 x Dual-Band Rubber Antennas (2.4GHz/5.8GHz) 

* 2 x Spring Antennas (100MHz-6GHz)   

* 1 x 32GB SD Card   

* 1 x SD Card Reader

* Package weight: 1.3kg