5G Radio Test Set | Raptor Scientific

Product Details

The Model 2040+ 5G Two-Radio System is a test network which replicates the propagation path for real-world applications. The system allows the user to test a variety of Air Interfaces using the same system without modification, and at the same time. This is not a signal emulator. The systems use low-loss fiber optic cable to create the propagation delay associated with radio transmissions from 20 to 40 GHz. Two radios may be connected to the system allowing full duplex operation. Each radio may operates over identical Air Interface with uni-directional or bi-directional multi-path. The delays between radios may be varied from 0 to 1 mile in 5 foot steps with propagation loss control. The 2040+ creates a variable test range right in your lab. It can be used as a design aid and as a test tool for new modulation and encryption schemes prior to expensive and time consuming field testing.

Description and Features
System Specifications
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Model 2040+ System Description
Operating from 20 to 40 GHz, two radios may be connected to the system allowing full duplex operation. Each radio may operates over identical Air Interface with uni-directional or bi-directional multi-path. The delays between radios may be varied from 0 to 1 mile in 5 foot steps with propagation loss control. The 2040+ creates a variable test range right in your lab. It can be used as a design aid and as a test tool for new modulation and encryption schemes prior to expensive and time consuming field testing.

Model 2040+ Standard Features

• 2 Radio Ports
• Radio to Radio distances from 0 to 1 mile in 5 foot steps. (Full Duplex)
• Multipath Replicator (optional)
• Propagation Loss Control
• External Delay Option for Future Expansion
• Frequency Range: 20 to 40 GHz
• Single or Multiple Air Interfaces may be tested simultaneously. (Full Duplex)
• Interferer Injection
• Clutter and other Impairment Generation
• Remote Control Interface
• Front Panel LCD Touch Screen Control
• Optional Horn Antenna and Circulator

Delay Configuration Options

Parameter	Specification	Notes
Instantaneous Bandwidth	Variable	(Limited by input circulator)
Accuracy	1%	Optional 0.5%
Repeatability	0.01%	At constant temperature
System RF Gain	6 dB	Typical, 1 mile @ 30 GHz
VSWR	2:01	Maximum
Spurious Free Dynamic Range	100 dB/Hz⅔	Minimum
1 dB Input Compression	-15 dBm	Minimum
Noise Figure	25 dB (13 dB Typ.)	Maximum (Lower NF optional)
Input/Output Impedance	50 Ω	Nominal
Dimensions	19” Rack Per EIA-310-D	3U, 18” – 22” depending on design