SDRPi SDR Platform Software Defined Radio Platform with Black Aluminum Alloy Shell AD9361 for ZYNQ

SDRPi SDR Platform Software Defined Radio Platform with Black Aluminum Alloy Shell AD9361 for ZYNQ

Features:
- Commercial chip XC7Z020 CLG400 for ZYNQ or automotive XA7Z020 CLG400 (No program modification and no performance difference. Automotive grade has higher temperature performance).
- Two 512M byte capacity Micron DDR3 memory chips form 1G memory. The actual model is MT41K256M16TW-107:P, which forms a 1GB byte memory device and hangs on the PS for ZYNQ.
- RF Transceiver chip AD9361 is used
- LTM4622 high-efficiency power supply module outputs six sets of voltages
- Two ADP1755 RF-specific LDOs provide a 1.3V power supply to the AD9361
- PGA-102+ RF amplification chip is used
- USB1210 chip implements USB OTG interface
- CP2105 realizes USB to dual serial port, connecting PS and PL respectively
- FT2232HL implements USB to JTAG debugging interface
- TF card adapter chip realizes the level conversion of 1.8V PS interface voltage and 3.3V TF card interface voltage
- W25Q256 FLASH memory chip can realize FLASH boot
- RTL8211EG Gigabit Ethernet is attached to the PL terminal to achieve UDP/TCP communication through EMIO or an independent protocol stack. We provide our own well-written and efficient UDP/IP protocol stack
- PL_ETH Ethernet port supports 1000M mode
- PS_ETH Ethernet port supports 10M/100M/1000M adaptive mode
- GPS antenna and onboard GPSDO connected to an active GPS antenna can be calibrated
- With GPSDO status indicator
- Chips for several clock circuits, such as clock buffers
- 40M clock input is used for multi-chip SDPPI to achieve clock cascade synchronization
- 40M clock output is used for multi-chip SDRPI to achieve clock cascade synchronization
- Reset button and reset chip are used to reset the entire system for ZYNQ. Its effect is equivalent to plugging and unplugging a power supply
- ESD protection chips are used to protect the chip pins (for ZYNQ) to which the external pin 46 is connected
- Balun conversion chips are used to achieve balanced and unbalanced conversions
- Designed with UART, OTG, PROG ports and SD/TF card slot
- The USB interface of USB OTG is mostly used as a USB HOST port. It is a Micro USB port, and it can be transferred to a USB A-type port using an adapter cable. It can be connected to regular USB peripherals such as keyboard, mouse, and USB drive (requires the corresponding system for LINUX)
- Power supply input and UART serial port. The interface is TYPE-C, the required voltage is 5V, and the current is not less than 1A. In addition, this port is connected to a USB to dual UART chip, and the two UART ports are for PS and PL respectively
- With K14 and MIO15 indicator lights
- PL_DONE indicator light: The light will be turned on when the PL configuration is complete, regardless of the startup method.
- PWR_OK indicator light: It indicates that the board is powered normally. The board has its power-on sequence. This light will be turned on when all power supplies are stable. This light can be simply thought of as a power indicator light.
- There are two input and output RF ports, with female connectors
- TX1A: RF amplifier enable indicator light
- RA1A: Receiving indicator light (just an indicator light that can be controlled by users)
- TX2A: RF Amplifier Enable indicator light
- RA2A: Receiving indicator light (users can customize to control the light)
- Voltage-controlled, temperature-compensated crystal oscillators, DACs and other devices enable GPSDO
- TF card slot: the maximum physical capacity of supported SD card/TF card is 32M
- GPS module for implementing GPSDO
- EEPROM memories with l2C interfaces
- CNC machined aluminum alloy shell is used to make the appearance elegant and beautiful, and it is convenient for heat conduction and shielding

Package Included:
- 1 x SDR Platform

Note:
- Memory card is not included.