RF Switch
SSM3608
Up/Down Converter
FEU3543/FED3543
Vector Network Analyzer
SNA3308/SNA3308U
Vector Signal Transceiver
SGR3006/3008
Chassis
PXC1080
Chassis
PXC1180
Data Storage Module
SDA Serie
Digital Multi-Meter
DMM4365
Oscilloscope / Digitizer
SDS4025
Source Measure Unit
SMU Series
Chassis
PXC1191
Controller
PXC2080
Controller
PXC2190

5G NR Testing Solution Using SGR3006

The MvitSGR3006 is a high-performance RF and wideband signal transceiver that offers advanced capabilities for testing the 5G New Radio (NR) standards. It is ideal for engineers involved in testing, characterizing, and validating 5G NR systems, due to its versatile features, including high-bandwidth signal generation and analysis, precise timing synchronization, and support for a wide frequency range. This proposal outlines a comprehensive approach to leveraging the SGR3006 for effective 5G NR testing.

Key Features of the SGR3006

Wideband Frequency Coverage

The SGR3006 covers a frequency range from 300 MHz to 6 GHz, which is essential for 5G NR testing, as 5G operates across multiple frequency bands, including sub-6 GHz and millimeter-wave (mmWave) bands.

High Throughput

The SGR3006 supports high-speed data transmission, ensuring accurate representation of 5G NR signals during testing.

Modulation and Signal Generation

With support for advanced modulation schemes used in 5G NR, including QAM, OFDM, and complex waveforms, the SGR3006 enables precise signal generation for both uplink and downlink tests.

Built-in Calibration and Measurement Capabilities

The SGR3006 features built-in calibration, allowing for precise measurements of key performance indicators (KPIs), such as SINR (Signal-to-Interference -plus-Noise Ratio), EVM (Error Vector Magnitude), and throughput.

Synchronization and Timing Control

The device can be synchronized with other hardware, ensuring a reliable test setup for evaluating complex 5G NR systems in both single-device and multi-device scenarios.

5G NR Testing Solution

Signal Generation and Analysis
The SGR3006 can generate and analyze 5G NR waveforms that meet the specific requirements of the 5G specifications (e.g., NR 5G-TDD, 5G-FDD). Using the SGR3006 with software tools such as LabVIEW and Softpanel, you can simulate 5G NR signals for comprehensive testing.
01
Uplink Testing
Using the flexible configuration options of the SGR3006, you can evaluate uplink 5G NR performance under varying conditions, such as channel impairments, varying distances, and different network topologies.
02
Waveform Integrity Testing
Generate complex 5G NR signals with various modulation formats and perform testing to ensure accurate signal integrity.
Compliance and Performance Testing
Utilize the SGR3006 to assess how a device under test (DUT) complies with the 5G NR standards. Key performance metrics can be measured.
01
EVM (Error Vector Magnitude)
Analyze the signal quality and check if the DUT meets the stringent EVM requirements for 5G NR transmission.
02
SINR and Throughput
Evaluate the signal-to-interference-plus-noise ratio (SINR) and throughput to ensure the DUT performs optimally in realistic 5G network environments.
03
Latency Testing
Perform latency tests to determine how quickly a device can transmit and receive data over the 5G NR network, which is crucial for applications like autonomous vehicles and industrial automation.
Real-Time Testing with LabVIEW
LabVIEW, combined with the SGR3006, offers an intuitive environment for real-time signal testing, analysis, and debugging. By leveraging its graphical interface, users can design custom test setups, automate measurements, and analyze results efficiently. The integration with RFmx allows users to access ready-to-use signal analyzers for 5G NR, speeding up the test process and enhancing the accuracy of results.
Multi-Device Testing
For testing complex 5G NR systems that require multiple devices (such as base stations, small cells, and user equipment), the SGR3006 can be synchronized with other hardware, enabling multi-device configurations. This is particularly important for testing 5G NR network deployments and ensuring interoperability among different network elements
The SGR3006 is an excellent tool for performing comprehensive 5G NR testing, enabling engineers to validate and verify the performance of their devices and systems under a wide range of conditions. Its wideband capabilities, precise signal generation and analysis, and seamless integration with other hardware and software make it an ideal solution for both R&D and production environments in the 5G space.