Wallystech IPQ5018 DR5018M 5G QCN6102 Long-Range Test Analysis with DR5G17 Antenna
Yiyi Peng
[email protected] | WiFi solution | Software development & hardware customization
In this test, we explore the performance of the Wallystech DR5018M 5G device equipped with a QCN6102 chipset over a distance of 1.5 km. We paired the device with the DR5G17 antenna to evaluate its range and performance metrics. This analysis aims to present a detailed overview of the setup, testing conditions, results, and performance analysis of the 5G connectivity over a long-range distance.
Test Equipment and Setup
1. Device: Wallystech DR5018M 5G
- Chipset: QCN6102
- Frequency Band: 5G NR
- Maximum Data Rate: Up to 1.8Gbps
- Operational Environment: Outdoor
2. Antenna: DR5G17
- Type: Directional antenna
- Gain: 17 dBi
- Frequency Range: Designed for 5G bands
3. Testing Environment:
- Distance: 1.5 km between the transmitter and receiver
- Line-of-Sight: Ensured to be clear with minimal obstructions
- Weather Conditions: Clear, mild weather
Testing Methodology
To conduct the test, the following procedures were adopted:
1. Setup: The DR5018M was set up at the transmission end, connected to the DR5G17 directional antenna. The antenna was aligned and pointed directly towards the receiving end, located 1.5 km away.
2. Frequency Channel Selection: Channels in the 5G NR band were selected based on minimal interference.
3. Data Transmission: Continuous data streams were sent, and data rates, latency, and signal strength were monitored and recorded.
4. Signal Quality Analysis: Signal-to-noise ratio (SNR), received signal strength indicator (RSSI), and other relevant parameters were evaluated to analyze the performance.
Results
The results of the long-range 5G test are summarized below:
1. Signal Strength and Quality:
- RSSI: -70 dBm to -75 dBm
- SNR: 25 dB to 30 dB
- The signal remained stable throughout the test, with minimal fluctuations.
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2. Data Transmission Performance:
- Download Speed: Up to 1.5Gbps
- Upload Speed: Up to 850 Mbps
- Latency: Maintained an average of 10 ms
3. Coverage and Range:
- The DR5018M with the DR5G17 antenna was able to maintain a consistent connection over the 1.5 km distance.
- The directional gain of the DR5G17 significantly improved signal stability and ensured reliable communication across the tested distance.
#### Analysis
1. Signal Strength and Stability:
- The performance of the DR5018M 5G device with the QCN6102 chipset was commendable over the 1.5 km distance. The RSSI values indicate a strong and stable signal, while the SNR figures show that the connection remained clear with minimal interference.
2. Data Rates:
- Achieving download speeds of up to 1.2 Gbps over a 1.5 km distance is impressive and demonstrates the efficiency of the DR5G17 antenna's directional gain.
- The upload speeds, although slightly lower, still indicate robust performance, suitable for applications requiring high throughput.
3. Latency:
- The low latency of 10 ms shows that the DR5018M can maintain responsive communication over long distances, which is critical for applications such as remote monitoring, real-time data transmission, and IoT connectivity.
4. Antenna Contribution:
- The DR5G17's 17 dBi gain played a crucial role in ensuring stable and reliable communication across the 1.5 km range. The directional design of the antenna helped in focusing the signal towards the receiving end, reducing signal loss and interference.
#### Conclusion
The Wallystech DR5018M, paired with the DR5G17 antenna, proves to be an effective solution for long-range 5G connectivity over a distance of 1.5 km. The combination offers robust data rates, low latency, and strong signal stability, making it suitable for various applications including rural broadband, industrial IoT, and remote communication setups.
Future tests could explore performance under varying weather conditions, different terrains, and non-line-of-sight scenarios to further assess the capabilities and limits of this setup. For businesses and service providers looking for a reliable, long-range 5G solution, the DR5018M with the DR5G17 antenna configuration is certainly worth considering.
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