The X310 is a software-defined radio platform (SDR) based on Xylinx FPGA(Kintex-7) that can be used in next-generation wireless communications, as well as a wide range of other radio-related applications such as electronic warfare, radar, and navigation.
Product Details
The X310 is a software-defined radio platform (SDR) based on Xylinx FPGA(Kintex-7) that can be used in next-generation wireless communications, as well as a wide range of other radio-related applications such as electronic warfare, radar, and navigation. New radio standards and protocols can be adapted through software. Two expansion microwave radio slots are built in the platform. Together with different microwave radio sub-boards, the platform can cover the DC to 6GHz carrier frequency,160 MHZ signal bandwidth, and abundant high-speed interfaces (PCIe, dual 10 GigE, and dual 1 GigE).
1. Front panel
From left to right, they are:
JTAG: USB connector for on-board USB-JTAG programmer
Rf group A
TX/RX LED: Data transmission and indicator of TX/RX channel on subboard A
RX2 LED: Data transmission and indicator on the RX2 channel on the subboard A
REF: indicates that the external reference clock is locked
PPS: Indicates a valid PPS signal by pulsing once per second
AUX I/O: 15 Angle auxiliary GPIO connector on the front panel.
GPS: GPS reference locked indicator
LINK: The host is communicating with the device
Rf group B
TX/RX LED: Indicates the data transfer of the TX/RX channel on the subboard A
RX2 LED: Indicates data transmission on the RX2 channel on subboard A
PWR: indicates the power switch
2. Rear panel
PWR: power connector
1G/10G ETH: SFP+ port of an Ethernet interface
REF OUT: indicates the output port of the reference clock
REF IN: indicates the reference clock input
PCIe x4: connector for wired PCI Express links
PPS/TRIG OUT: indicates the output port of the PPS signal
PPS/TRIG IN: indicates the input port of the PPS signal
GPS: Connect the GPS antenna
1. Baseband portion
| ADC sampling rate | 200 MS/s |
| ADC resolution | 14 bits |
| DAC sampling rate | 800 MS/s |
| DAC resolution | 16 bits |
| External host sampling rate (16bits data width) | 200 MS/s |
| Internal reference clock | 2.5 ppm |
| GPSD accuracy is optional | 20 ppb |
2. Microwave rf component
Receive
Noise index:
| 10~20MHz | 3~4dB |
| 20~500MHz | 2~3dB |
| 0.5~1.5GHz | 2~4dB |
| 1.5~4GHz | 4~5dB |
| 4~6GHz | 5~7dB |
Receive third order intercept point
| 10~35MHz | 4~10dBm |
| 35~500MHz | 10~12dBm |
| 0.5~1.5GHz | 8~13dBm |
| 1.5~6GHz | 8~9dBm |
Receiving IQ is unbalanced
< -30dBc
Launching
Transmitting power
| 10MHz~3.5GHz | ＞20dBm |
| 3.5~4GHz | 18~20dBm |
| 4~5GHz | 13~18dBm |
| 5~6GHz | 7~13dBm |
Output third order intercept point
| 10~500MHz | ＞40 dBm |
| 0.5~3GHz | ＞36 dBm |
| 3~5GHz | ＞20 dBm |
| 5~6GHz | ＞26 dBm |
The output IQ is unbalanced
< -30dBc
| Operating system | Software development environment | Open source project |
| Linux systemWindows system | GNU RadioMatlabLabView | OpenAirInterfaceOpenLTE |
environment
Power supply: DC 12.5±3.5V
Full power: ≤7.5A@12V
Outer dimension (half width, 1U) :277mm× 217mm × 39mm length × width × height
Weight: 1.7±0.1kg
