RN200 Mono Software User Manual
4
1.3
Product Features
1.
Tight integration: This system integrates a mmWave chamber, test instruments, signal
links, and a system control module into one unit, reducing system integration complexity.
By turning the RN200 into a full-function test system, the RN200 can cover passive test,
active test and RF performance test; it can also be upgraded to support mmWave
phase/amplitude calibration and radar target simulations. The RN200 fully covers a
mmWave device’s R&D test requirements from antenna design, modular test to whole
device performance evaluation, and it is a versatile “test tool” for design engineers to do
debugging and performance verification. Meanwhile, the integrated design ensures high
system test accuracy that delivers results that are superior to the conventional “chamber
+ instrument” types.
2.
Flexible configuration: The test function configuration process is flexible. Different users
or different applications can utilize particular test functions such as passive test, active
test and RF test, etc. Customers can select one or multiple test functions for the system
to help save on costs, and to eliminate system redundancy.
3.
Compact size: The RN200’s exterior dimensions are 700mm (L)
×
620mm (W
) ×
950mm
(H) and weighs less than 140kg. It can be placed on a test bench, allowing engineers to
carry out debugging and verification tasks in a small space.
4.
Cost-effective: The built-in test module provides general-purpose, high-performance test
functions such as those provided by a basic spectrum analyzer, vector network analyzer,
and signal analyzer. Eliminating unneeded test functions lowers test equipment costs.
The RN200 is more cost-effective than conventional mmWave OTA systems.
5.
Patented reflector design: The RN200 has a serrated edge reflector which is seamlessly
surrounded by absorbers; such a design improves the quality of the quiet zone. Its
average amplitude variation within the quiet zone is less than ±1dB and its average phase
variation is less than ±5°
.
