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RT21 Series

BeiDou Short Message Integration Tester

BDS-2/3 Regional Short Message Transmit-Receive Simulation.
BDS-3 Global Short Message & Emergency Search/Rescue Functions.
Multi-User Parallel Inbound Information Reception & Calculation.
Automated Closed-Loop & Encryption Testing.
BDSu-3 Regional Short Message Civil Terminal Network Access Certification.
BDS-2/3 Regional & Global Short Message Simulation.
Touch Screen + Embedded Controller + Linux OS.
Static, Dynamic & High-Dynamic Test Scenario Simulation.
Built-in Evaluation Software for Short Message Closed-Loop Testing.
"One-to-Many" Expansion for Batch Testing.
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Core Advantages
GNSS+RDSS Dual-Mode Simulation

GNSS+RDSS Dual-Mode Simulation

Integrated Inbound-Outbound Closed-Loop Testing

Integrated Inbound-Outbound Closed-Loop Testing

On-Orbit Ephemeris Synchronous Simulation

On-Orbit Ephemeris Synchronous Simulation

Inbound Signal RF Indicator Evaluation

Inbound Signal RF Indicator Evaluation

Outbound Message Custom Editing

Outbound Message Custom Editing

Inbound Message Automatic Polar Decoding

Inbound Message Automatic Polar Decoding

Full Coverage of Network Access Functions & Performance

Full Coverage of Network Access Functions & Performance

Supports Secondary Development & Integration

Supports Secondary Development & Integration

Performance Parameters

Transmit Signal Frequency Band

BDS

B1、B2、B3

GPS

L1、L2、L5

GLONASS

G1、G2

Galileo

E1、E5

RDSS

S2C

Transmit Signal Capability

RDSS Satellite Signal Channel

16

RDSS Simulated Beams

21

Time Synchronization Accuracy

≤0.5ns

Transmit Signal Power

Max Output Power

Small Signal Port (-80dBm~-160dBm)

Large Signal Port (-20dBm~-100dBm)

Attenuation Adjustable Range

≥60dB

Attenuation Step

0.1dB

Power Accuracy

≤0.5dB

Receive Signal Capability

Inbound Signal Reception Power Range

≤+40dBm

Inbound Signal Types

Lf0、Lf1、Lf2、Lf4

Inbound Signal Power Detection Accuracy

Better than 0.5 dB

Inbound Signal Doppler Range

±2K Hz

Number of Inbound Signals

1

Max Inbound Signal Reception Frequency

1 time/second

Inbound Signal Acquisition Sensitivity

≤-110dBm

Inbound Decoding Bit Error Rate (BER)

≤1x10-7

Inbound Decoding Success Rate

≥99% (C/N₀> 45 dB-Hz)

Transmit Signal Accuracy

Pseudorange Accuracy

0.01m

Pseudorange Rate Accuracy

≤0.005m/s

Transmit Signal Quality

Phase Noise

-75dBc/Hz@100Hz

-80dBc/Hz@1kHz

-85dBc/Hz@10kHz

-90dBc/Hz@100kHz

Clutter Suppression

≤-50dBc

Harmonic Suppression

≤-40dBc

Physical Characteristics

Dimensions

≤ 635mm x 482.6mm x 117.8mm (4U Height, 19-inch Chassis)

Weight

≤25kg

Environmental Suitability

Operating Temperature

0℃~+40℃

Storage Temperature

-40℃~+85℃

Humidity

5% to 95% RH (Non-Condensing)

Power Consumption

Power Supply Voltage

200V - 240V / AC, 50Hz - 60Hz (with Power Adapter)

Total Power Consumption

≤100W

Device Interfaces

Output Signal Interfaces

 

1×N-type (Small Signal Port)

1×SMA-type (Large Signal Port)

Inbound Reception Interface

 

1 x N-type

GNSS Reception Interface: 1×TNC-type

10MHz Input/Output: 1×BNC-type each

1PPS Input/Output: 1×BNC-type each

Gigabit Ethernet Interface: 1×RJ45

USB Interface: 1×USB3.0 Host

Power Input Interface

1


Application Scenarios

GNSS Positioning Mode Testing

General Navigation Augmentation Receiver Testing

Rapid Precise Positioning Mode Testing

General Navigation Augmentation Terminal Module Testing

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