|USRP Software Defined Radio
|DC Voltage Input:
|DC To 6GHz
6V ettus usrp n210,
usrp n210 ettus 6V,
USRP N210 6V Ettus
Ethernet Port Series USRP-LW N210
The USRP-LW N210 Series USRP Software Defined Radio features high bandwidth, high dynamic range processing capabilities. The USRP Software Defined Radio is designed for demanding communications applications. The overall architecture of the product includes Xilinx's Spartan3A-DSP3400 FPGA, 100MSPS dual-channel ADC, and 400MSPS dual-channel A DAC that transmits data to the main processor via Gigabit Ethernet.
The USRP-LW N210 features a modular design that operates over a frequency range from DC to 6GHz, while multiple USRP-LW N210 series can be synchronized and formed into a MIMO system through expansion ports on the device. The GPDSO Option Module provides GPS reference clocks with errors in the 0.01 ppm range for multiple USRP-LW N210 devices. The USRP-LW N210 transmits UP to 50MHz of RF bandwidth to the host. Users can implement custom functions within the FPGA architecture or in the 32-bit RISC soft core on the motherboard.
The USRP-LW N210 provides resource-rich FPGA firmware. The FPGA is capable of handling up to 100MHz rf signals upstream and downstream. The FPGA firmware can be updated via Gigabit Ethernet.
The USRP-LW N210 equipment kit includes: one USRP-LW N210 main unit, two SMA head cables, one Ethernet cable, and one power adapter.
USRP-LW N210 technical data:
|RF performance parameters when paired with WBX-LW
|DC voltage input
|Single-sideband signal/image rejection
|Phase noise (1.8GHz).
|Current when installing the WBX daughter board
|Convert module parameters
|ADC sampling rate
|Enter a third-order intercept point
|DAC sampling rate
|With host maximum rate (8b/16b).
|Local vibration accuracy
|Lock GPSDO precision
Contact Person: Mr. Chen