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China Leading Software Radio Equipment and Solutions Provider Since 2012
4 Years
| Ask Lasest Price | |
| Brand Name : | Luowave |
| Model Number : | LUOWAVE SDR-LW 2974 |
| Price : | USD |
| Payment Terms : | T/T |
| Delivery Time : | Spot Goods or 30 Days |
| Supply Ability : | 1 Piece |
LUOWAVE SDR-LW 2974, All-In-One Machine Of Usrp X310
SDR-LW 2974
● 10MHz-6GHz
● I7 high-speed processor
● 500GB SSD
● 16GB RAM
● 1G and 10G network cards
● USRP software defined Software radio equipment
Product Introduction
SDR-LW 2974 is a high-performance embedded SDR standalone device, which consists of an onboard processor, FPGA and RF front-end. The product has a built-in Intel i7 processor, 500GB SSD, and 16GB memory. The frequency coverage ranges from 10 MHz-6 GHz, and the maximum bandwidth is 160 MHz. It has multiple optional high-speed interfaces (PCIe, Gigabit Ethernet and 10 Gigabit Ethernet), as well as a resource-rich, user-programmable Kintex-7 FPGA. Like all USRP devices, this device uses an open source cross-platform UHD driver, and UHD supports most applications and SDR frameworks, such as GNU Radio.
Main feature
| i7 processor, equipped with Linux real-time operating system | JTAG interface |
| PCIe Gen x4 interface | |
| 500GB SSD, 16GB RAM | Four USB 3.0 ports |
| 10MHz-6GHz frequency coverage | Dual SPF+ ports |
| Up to 160M instantaneous bandwidth per channel | Built-in Xilinx Kintex-7 FPGA |
| Support 2 send and 2 receive at the same time | Support external clock reference and PPS time reference |
| RFNoC FPGA development framework | Support GNU Radio |
Industrial PC
| Processor | Intel I7 9700 |
| Memory card | 16G |
| SFP | 10Gbps |
| PCIe cable | PCIe Gen 2 x4 |
| RJ45 | 1Gbps |
FPGA and baseband
| FPGA | Kintex-7 XC7K410T |
| DRAM | 1G |
| ADC resolution | 14bit |
| DAC resolution | 16bit |
| ADC sampling rate | 200M/S |
As the digital processing core of SDR-LW 2974, Xilinx Kintex-7 410T provides direct high-speed connection of all major components, including RF front-end, host interface and DDR3 memory. The default FPGA provides all UHD modules for digital down-conversion and digital up-conversion, fine frequency tuning, and some other DSP functions. Users can take advantage of the abundant FPGA free space and the development framework supported by USRP to develop and implement their own DSP processing modules.
RF index
| Emission | Receive | ||
| Number of channels | 2 | Number of channels | 2 |
| Frequency Range | 10MHz-6GHz | Frequency Range | 10MHz-6GHz |
| Frequency step | ＜1KHz | Frequency step | ＜1KHz |
| Maximum output power | 6-20dBm | Maximum output power | -15 dBm |
| Gain range | 31.5dB | Gain range | 0 -37.5 dB |
| Gain step | 0.5dB | Gain step | 0.5dB |
| Maximum real-time bandwidth | 160MHz | Maximum real-time bandwidth | 160MHz |
| Noise Figure | 7dB |
Power
| Voltage | 220V |
| Current | 最大3A |
Environment
| range of working temperature | 0-50℃ |
| Maximum altitude | 2000m |
| humidity | 10%-90%(No condensation) |
| Use environment | Indoor, outdoor |
The SDR-LW2974 power supply is directly connected to 220V city power. It is recommended to use the product together with the attached power supply accessories. If you need to replace it, please contact our company. The transmitter can reach a bandwidth of up to 160M in the entire working frequency range.
Structure size
| Physical size | 23.5*26.5*13.4 (cm) |
| Weight | 3.6Kg |
SDR-LW 2974 is an ideal prototype for building a series of advanced research applications, including independent LTE or 802.11 device simulation, medium access control (MAC) algorithm development, multiple input multiple output (MIMO) system, heterogeneous network, LTE transmission, RF compression sampling, spectral remote sensing, cognitive radio, beamforming and direction finding.
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