Wireless Communication Test - Wireless Channel Emulator - Shenzhen TopSynce Electronic Technology Co., Ltd

Product Overview

KSW-WNS04 Wireless Channel Emulator (also known as "Wireless Channel Simulator" or "RF Channel Emulator") is a device designed to simulate wireless channel environments, enabling RF channel interconnection and the emulation of dynamic wireless channels.

Equipped with cutting-edge technology in the industry, the wireless channel emulator simulates and reproduces the spatial conditions and noise of complex wireless channels. This enables customers to replicate real-world radio environments in the laboratory, identifying performance issues early in the development cycle. The emulator not only builds upon established leading technologies but also innovatively adopts a fully modular architecture, combining RF front-ends with signal processing units. This design delivers strong scalability and flexibility, comprehensively meeting the testing requirements of next-generation radio equipment in mobile communications, navigation, direction finding, and more.

Depending on different testing needs, the wireless channel emulator supports a wide range of simulation functions, including complex topology networking of multi-point to multi-point RF channels, multipath effects, Doppler frequency shift, fading channel impulse response, dynamic delay, interference signal superposition, signal-to-noise ratio (SNR), and more.

KSW-WNS04A 无线信道仿真仪

KSW-WNS04 Wireless Channel Emulator

Key Features

Configurable from 2 to 80 channels
Supports up to 5120 fading channels
Maximum signal bandwidth of 2 GHz per channel, with aggregate bandwidth up to 4 GHz
Maximum delay of 1 second
Large-scale fading range up to 120 dB
Supports frequency bands including HF, VHF, L, S, C, X, Ku, and Ka bands

Key Parameters

Item	Name	KSW-WNS04A Mesh Channel Emulator Parameters
1	RF channel	Configurable from 2 to 80 channels
2	Frequency Range	1.5MHz~7.5GHz，Frequency Extention Option: Maximum up to 67GHz
3	Number of local oscillators	Each RF port has a receiver local oscillator and a transmitter local oscillator
4	Channel bandwidth	20MHz/300MHz/500MHz/1000MHz
5	Carrier aggregate bandwidth (optional)	Up to 4GHz
6	Number of fading channels	Maximum 5120
7	MESH and MANET Networking Scale	Supports full mesh networking of up to 64 wireless communication devices
8	Maximum Number of Multipaths per Fading Channel	Maximum 48
9	Delay Range	4.5us~1s
10	Delay emulation resolution	0.1ns
11	Maximum Doppler frequency shift	±6MHz
12	Code Doppler (option)	Maximum support speed 30 Mach
13	Input signal power range	-40dBm～+30dBm
14	Output signal power range	-120dBm~5dBm
15	Output signal power resolution	0.1dB（output signal power≥-100dBm）
16	Output signal power accuracy	±1dB（output signal power≥-100dBm）
17	Output signal non-harmonic spurious distortion	≤-50dBc
18	EVM	≤1%@256QAM,100MHz modulation signal, 2GHz frequency point ≤1.5%@256QAM,100MHz modulation signal,24GHz frequency point
19	Background noise	Not higher than -162dBm/Hz@output signal power≤-40dBm
20	Channel isolation	130dB@F≤6GHz Typical 110dB@F≤18GHz Typical 100dB@F≤40GHz Typical
21	I/O port standing-wave ratio	1.6@F≤6GHz 1.8@F≤18GHz 2.0@F≤40GHz
22	Fading channel model	Constant, Rayleigh, Rice, Nakagami, flat, domed, Gaussian, double Gaussian, LOGNORMAL, Suzuki, pure Doppler, Butterworth, custom mode, etc.
23	Standard channel model	COST207, GSM/EDGE, ITU_R 3G, JTC, HIPERLAN/2, 3GPP LTE, ITU1546, ITU2001, ITU526, ITU530, ITU617, ITU618, ITU676, ITU679, ITU680, ITU681, ITU682 etc.
24	DMT Dynamic Modeling Software (Option)	Support 3D spatial AD hoc networking and satellite orbit modeling, support TLE, STK, WI, ASC and other file conversion, support antenna pattern import, support phased array direction finding function, support 3D spatial model file generation after the one-click import channel emulator
25	AWGN/CW interference source emulation	Supported
26	Other interferences (optional)	Comb interference, frequency hopping interference, frequency sweeping interference, pulse interference, and uniformly distributed interference
27	Automatic calibration function	Supported
28	Custom Dynamic Simulation	Supported
29	Dynamic delay update rate	Maximum 20us/ms, with corresponding speed of 6000km/s
30	External reference input interface	10MHz
31	Internal reference output interface	10MHz
32	Emulation synchronization trigger interface	Supported
33	External control interface	Both 1000M and 10G Ethernet are supported
34	Remote control interface	Supported
35	Dimension (W x D x H) (mm)	8/16 channels: 485×277×602 (rack-mounted) 24/32/40/48/56/64 channels: 520×590×880

WNS04A Mesh Wireless Channel Simulator Configuration List
Item	Description
RF Module 1	RF channels, N(f), transceiver integrated, up to 80
RF Module 2	RF channels, SMA (f), transceiver integrated or separate (configurable), up to 80 transmitter/receiver + 80 receiver
Signal Processing Module	A maximum of 10 signal processing boards can be configured, with each signal board fully equipped with 8 RF channels
Frequency Converter	Channel Emulator High-Frequency Expansion Channel, maximum frequency band up to 67 GHz, maximum real-time bandwidth 2 GHz
HF Firmware Standard Edition	Frequency range: 1.5 MHz – 30 MHz, maximum supported bandwidth: 20 MHz
300M Firmware Standard Edition	Frequency range: 30 MHz – 7.5 GHz, maximum supported bandwidth: 300 MHz
500M Firmware Standard Edition	Frequency range: 300 MHz – 7.5 GHz, maximum supported bandwidth: 500 MHz
1000M Firmware Standard Edition	Frequency range: 500 MHz – 7.5 GHz, maximum supported bandwidth: 1000 MHz

Item	Name	KSW-WNS04B Mesh Channel Emulator Parameters
1	RF channel	Configurable from 2 to 32 channels
2	Frequency range	1.5MHz~7.5GHz，Frequency Extention Option: Maximum up to 67GHz
3	Number of local oscillators	Each RF port has a receiver local oscillator and a transmitter local oscillator
4	Channel bandwidth	2000MHz
5	Carrier aggregate bandwidth (optional)	Up to 4GHz
6	Number of fading channels	Maximum 32 unit per board
7	MESH and MANET Networking Scale	Supports full mesh networking of up to 8 wireless communication devices with a 2 GHz bandwidth each
8	Maximum Number of Multipaths per Fading Channel	Maximum 24
9	Delay Range	4.5us~1s
10	Delay emulation resolution	0.1ns
11	Maximum Doppler frequency shift	±6MHz
12	Code Doppler (option)	Maximum support speed 30 Mach
13	Input signal power range	-40dBm～+30dBm
14	Output signal power range	-120dBm~5dBm
15	Output signal power resolution	0.1dB（output signal power≥-100dBm）
16	Output signal power accuracy	±1dB（output signal power≥-100dBm）
17	Output signal non-harmonic spurious distortion	≤-50dBc
18	EVM	≤1%@256QAM,100MHz modulation signal, 2GHz frequency point ≤1.5%@256QAM,100MHz modulation signal,24GHz frequency point
19	Background noise	Not higher than -162dBm/Hz@output signal power≤-40dBm
20	Channel isolation	130dB@F≤6GHz Typical 110dB@F≤18GHz Typical 100dB@F≤40GHz Typical
21	I/O port standing-wave ratio	1.6@F≤6GHz 1.8@F≤18GHz 2.0@F≤40GHz
22	Fading channel model	Constant, Rayleigh, Rice, Nakagami, flat, domed, Gaussian, double Gaussian, LOGNORMAL, Suzuki, pure Doppler, Butterworth, custom mode, etc.
23	Standard channel model	COST207、GSM/EDGE、ITU_R 3G、JTC、HIPERLAN/2、3GPP LTE、ITU1546、ITU2001、ITU526、ITU530、ITU617、ITU618、ITU676、ITU679、ITU680、ITU681、ITU682 etc.
24	DMT Dynamic Modeling Software (Option)	Support 3D spatial AD hoc networking and satellite orbit modeling, support TLE, STK, WI, ASC and other file conversion, support antenna pattern import, support phased array direction finding function, support 3D spatial model file generation after the one-click import channel emulator
25	AWGN/CW interference source emulation	Supported
26	Other interferences (optional)	Comb interference, frequency hopping interference, frequency sweeping interference, pulse interference, and uniformly distributed interference
27	Automatic calibration function (optional)	Supported
28	Custom Dynamic Simulation	Supported
29	Dynamic delay update rate	Maximum 2us/ms
30	External reference input interface	10MHz
31	Internal reference output interface	10MHz
32	Emulation synchronization trigger interface	Supported
33	External control interface	Both 1000M and 10G Ethernet are supported
34	Remote control interface	Supported
35	Dimension (W x D x H) (mm)	8/16 channels: 485×277×602 (rack-mounted) 24/32/40/48/56/64 channels: 520×590×880

WNS04B Mesh Wireless Channel Simulator Configuration List
Item	Description
RF Module 1	RF channels, N(f), transceiver integrated, up to 32
RF Module 2	RF channels, SMA (f), transceiver integrated or separate (configurable), up to 32 transmitter/receiver + 32 receiver
Signal Processing Module	A maximum of 10 signal processing boards can be configured, with each signal board fully equipped with 4 RF channels
Frequency Converter	Channel Emulator High-Frequency Expansion Channel, maximum frequency band up to 67 GHz, maximum real-time bandwidth 2 GHz
HF Firmware Standard Edition	Frequency range: 1.5 MHz – 30 MHz, maximum supported bandwidth: 20 MHz
300M Firmware Standard Edition	Frequency range: 30 MHz – 7.5 GHz, maximum supported bandwidth: 300 MHz
500M Firmware Standard Edition	Frequency range: 300 MHz – 7.5 GHz, maximum supported bandwidth: 500 MHz
1000M Firmware Standard Edition	Frequency range: 300 MHz – 7.5 GHz, maximum supported bandwidth: 1000 MHz
2000M Firmware Standard Edition	Frequency range: 300 MHz – 7.5 GHz, maximum supported bandwidth: 2000 MHz

Product Overview

Key Features

Key Parameters

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