software defined radio

Brand Name:Luowave

Model Number:Luowave LW820

Place of Origin:China

ETTUS USRP X440 Compible USRP SDR, 8 Channel, Phase-Coherent, Xilinx Zynq UltraScale+ MPSoC, USRP Software Defined Radio Device Developed entirely by Wuhan Luowave Electronics, the Luowave LW820 represents a cutting-edge 8-channel coherent SDR solution, ...

Brand Name:Luowave

Model Number:USRP-LW X310

Place of Origin:China

The USRP-LW X310 is an advanced software-defined radio (SDR) system designed for cutting-edge wireless communication research. It features a Xilinx Kintex-7 410T FPGA as its central processing unit, enabling high-speed signal processing and seamless ...

Brand Name:Luowave

Model Number:USRP-LW B210-I

Place of Origin:China

Overview The USRP-LW B210-I is a highly integrated, 2T2R transceiver-capable industrial-grade universal software-defined radio equipment with multiple frameworks via the open-source USRP Hardware Driver (UHD), it has a programmable Xilinx Artix™ 7 100T ...

Brand Name:Tabebuia

Model Number:USRP-TB B210 (T210)

Place of Origin:China

Overview The T210 is a highly integrated, universal software-defined radio device that supports two-way transmission and reception. It covers an RF range from 70 MHz to 6 GHz and features a high-speed USB 3.0 ...

Brand Name:Luowave

Model Number:LUOWAVE SDR-LW 2974

Place of Origin:China

... 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, ...

Brand Name:CXXC

Model Number:Tactical HF Software Defined Radio

Place of Origin:CHINA

Tactical HF Software Defined Radio

Brand Name:Luowave

Model Number:LUOWAVE SDR-LW 2972

Place of Origin:China

...be used for a wide range of applications, including radio, cell phone, GPS, WiFi, ISMFM and TV signals, etc. Users can use GNU Radio to quickly develop some radios, or participate in some open source software radio projects. On different USRP devices, UHD-...

Brand Name:Luowave

Model Number:X310

Place of Origin:China

High Performance, Universal Software Radio Peripheral USRP-LW X310 Product Overview X310 is a high-performance, scalable SDR platform. The architecture combines two extended-bandwidth daughterboard slots covering 0 – 6 GHz with up to 160 MHz of baseband ...

Brand Name:Luowave

Model Number:N321

Place of Origin:China

Universal Software Radio Peripheral USRP-LW N321 Product Overview USRP-LW N321 is a network SDR that provides reliability and fault tolerance for ...

Brand Name:Luowave

Model Number:N210

Place of Origin:China

Universal Software Radio Peripheral USRP-LW N210 Product Overview The USRP-LW N210 provides high-bandwidth, high-dynamic range processing capability. The USRP-LW N210 is intended for demanding communications applications requiring this type of rapid ...

Brand Name:Luowave

Model Number:USRP-LW N210 Plus

Place of Origin:China

Overview The USRP-LW N210 Plus series has high bandwidth and largee dynamic range processing capabilities. Custom functions can be implemented within the FPGA architedcture or in the 32-bit RISC soft core on the motherboard. Features RF range from DC-6GHz...

Brand Name:Luowave

Model Number:SDR-LW 2972-24

Place of Origin:China

Overview SDR-LW 2972-24/44 is a product developed by LUOWAVE. This equipment is based on the classic radio equipment SDR-LW 2972. While has an increased transmission and reception frequency range up to 24GHz/44GHz.At the same time, it inherits all the ...

Brand Name:Luowave

Model Number:SDR-LW 2972-24

Place of Origin:China

Overview SDR-LW 2972-44 is a product developed by LUOWAVE. This equipment is based on the classic radio equipment SDR-LW 2972. While has an increased transmission and reception frequency range up to 44GHz.At the same time, it inherits all the functions...

Brand Name:Luowave

Model Number:E310

Place of Origin:China

Embedded Series USRP-LW E310 The USRP-LW E310 is an embedded SDR device. The AD9361 RF set analog device supports 2x2 MIMO with a frequency range of 70 MHz–6 GHz and a transient bandwidth of 56 MHz. With a size of 133 x 68 x 26.4 mm and power consumption...

Brand Name:Luowave

Model Number:N210

Place of Origin:China

Product Overview The USRP-LW N210 provides high-dynamic range, high-bandwidth and processing capability. The architecture includes a Xilinx Spartan 3A-DSP 3400 FPGA, 100 MS/s dual ADC, 400 MS/s dual DAC and Gigabit Ethernet connectivity to stream data to ...

Brand Name:Luowave

Model Number:USRP-LW N210

Place of Origin:China

Overview The USRP-LW N210 series features high bandwidth and wide dynamic range processing capabilities, specifically designed for demanding communication applications. Its architecture includes a Xilinx Spartan3A-DSP3400 FPGA, dual-channel ADC (100 MSPS...

Brand Name:Suntor

Model Number:MF43S

Place of Origin:China

MF43 Fixed Mesh Base Station Specifications-v1.0_c... 1. Quick detail Of Mobile Ad Hoc Networking -----Typical Working frequency: 1428～1448MHz -----Transmitting power: 20 W -----Power supply: DC 28-36V supply -----Transmission Rate: Peak rate 52Mbps,The ...

Brand Name:Suntor

Model Number:ST9904US

Place of Origin:China

... central Networking ----- Small size with light weight ---- Ready to use at start up ---- Strong Instultability 2. Description of Soft Defined Radios Private IP Mesh Network Unmanned System Mesh Network radio,with small size, light weight, easy to install,

Brand Name:NetTAP®

Model Number:MATRIX-TCA-CG

Place of Origin:China

Network Packet Generator Taps Application in SDDC Software Defined Data Center SDDC (Software Defined Data Center) is a technology that virtualizes and softwares all physical and hardware resources of Data Center. SDDC relies on virtualization and cloud ...

Brand Name:NetTAP®

Model Number:MATRIX-TCA-CG

Place of Origin:China

Network Device TAPs and NGNPBs Application in SDN Software Defined Network SDN: Software Defined Network, which is a revolutionary change that solves some of the inevitable problems in traditional networks, including lack of flexibility, slow response to ...