Skip to main content

Wallys-IPQ5018 Mesh-Network-Field-Test-400-Mbps-Throughput-Over-1000m-Distance

 As demand for outdoor wireless coverage continues to grow, Mesh networking has become a key solution for industrial and enterprise deployments. This article presents a real-world field test of a Wallys Mesh network, focusing on long-distance wireless transmission, link stability, and throughput performance.


Mesh Network Test Background


To evaluate real-world performance, we set up a typical long-distance outdoor wireless test scenario, simulating industrial deployment conditions.

Test Environment

•Distance between nodes: ~1000 meters

•Scenario: Outdoor Line-of-Sight (LOS)

•Topology: Mesh network with dedicated backhaul link

This setup reflects common requirements in large-scale outdoor wireless deployments.

meshnetworktest.png



Test Results: High Throughput and Stable Performance


During the test, the Wallys Mesh network delivered strong and consistent performance:

•Single-hop throughput: Up to ~400 Mbps

•Link stability: No significant fluctuation observed

•Consistency: Reliable results across multiple test runs

Even at a 1000-meter distance, the network maintained high throughput and stable connectivity, demonstrating its capability for long-range wireless communication.

meshtestresult.png


Technical Analysis: How Mesh Networking Delivers Performance

The strong performance is mainly driven by an optimized Mesh architecture:

1. Dedicated Backhaul Link

By separating node-to-node communication from client access traffic, the system:

•Reduces interference between links

•Prevents congestion-related performance drops

2. Efficient Link Planning

Optimized resource allocation ensures:

•Higher network efficiency

•More stable data transmission

3. Performance Close to Wireless Bridge (PTP)

At 1000 meters, the Mesh network achieves performance comparable to traditional Point-to-Point (PTP) wireless bridge solutions, while offering:

•Greater deployment flexibility

•Self-healing and automatic routing capabilities


Typical Use Cases

Wallys Mesh solutions are ideal for large-scale outdoor wireless deployments, including:

•Mining sites

•Oil & gas fields

•Smart campuses

•Ports and terminals

•Warehousing and logistics centers

•Agriculture and farms

•Industrial parks

These environments require reliable, scalable, and long-range wireless connectivity.


Why Choose a Mesh Network?

Compared to traditional wireless solutions, Mesh networking offers:

• Reduced cabling and deployment costs

• Self-organizing and self-optimizing network

• High scalability for large deployments

• Reliable performance in industrial environments


Conclusion

This field test demonstrates that the Wallys Mesh network can deliver up to 400 Mbps throughput over a 1000-meter distance, with excellent stability and consistency.

It combines near-PTP performance with the flexibility of Mesh networking, making it an ideal solution for industrial wireless communication and outdoor coverage.


Contact Us

If you're looking for solutions in long-range wireless communication, industrial Mesh networks, or outdoor wireless coverage, feel free to contact us for more details and deployment support.

sales@wallystech.com

Labels:

Comments

Post a Comment

Popular posts from this blog

Qualcomm's IPQ53XX Series: IPQ5300, IPQ5332, IPQ5322 Comprehensive Analysis

  As wireless networking technology continues to evolve, Qualcomm has introduced the IPQ53XX series chipsets to meet the market’s demand for high-speed, stable, and versatile network devices. This series includes several notable models, with IPQ5300, IPQ5332, and IPQ5322 being key highlights. This article will provide a comprehensive overview of these three chips and their advantages in various networking applications. 1. IPQ5300: The Efficient Mid-Range Choice The IPQ5300 is designed for mid-range network devices and boasts the following key features: Multi-Core Architecture : Equipped with a quad-core CPU, the IPQ5300 is capable of handling network data and multitasking efficiently. WiFi 6 Support : This chip supports the 802.11ax (WiFi 6) standard, offering faster transmission speeds and lower latency, ideal for homes and small offices. Network Acceleration : Includes a built-in network acceleration engine to optimize traffic handling and device performance, ensuring a smooth us...
Post a Comment
Read more

IPQ4018 vs IPQ5018: Comprehensive Performance Comparison

 ## IPQ4018 vs IPQ5018: Comprehensive Performance Comparison ### Introduction The IPQ4018 and IPQ5018 are both high-performance system-on-chip (SoC) solutions from Qualcomm, designed for wireless networking applications. This article provides a detailed comparison of these two SoCs, examining their performance, features, and suitability for different applications. ### Architecture and Processing Power #### IPQ4018 - **CPU**: Quad-core ARM Cortex-A7 - **Frequency**: Up to 717 MHz - **Process**: 28nm - **Cache**: L2 cache support #### IPQ5018 - **CPU**: Quad-core ARM Cortex-A53 - **Frequency**: Up to 1.0 GHz - **Process**: 28nm - **Cache**: Larger L2 cache compared to IPQ4018 **Comparison**: The IPQ5018 features a more advanced ARM Cortex-A53 architecture, providing better performance per clock cycle and higher overall processing power due to its increased frequency. ### Wireless Capabilities #### IPQ4018 - **Wi-Fi Standards**: 802.11ac Wave 2 - **Bands**: Dual-band (2.4GHz and 5GHz)...
Post a Comment
Read more

Qualcomm IPQ5322 WiFi7 : Dual QCN9274 Card Support & AP Controller

  Qualcomm IPQ5322 WiFi 7 Motherboard: Dual QCN9274 Card Support & AP Controller Solution Analysis Introduction As WiFi 7 technology continues to evolve, the demand for high-performance, scalable wireless networking solutions is increasing. The IPQ5322 motherboard, powered by Qualcomm’s advanced SoC, offers exceptional processing capabilities and high throughput, making it an ideal choice for building high-performance access points (APs). This article will analyze how the IPQ5322 motherboard supports two QCN9274 WiFi 7 cards , explore various dual-band and single-band card configurations, and discuss its advantages in AP Controller-based networking. Overview of the IPQ5322 SoC The Qualcomm IPQ5322 is a WiFi 7 SoC featuring: Dual-core ARM Cortex-A53 processor with up to 1.5GHz clock speed, ensuring strong computational power. Integrated 2.5G Ethernet ports , supporting high-speed backhaul and fronthaul connections. WiFi 7 standard (802.11be) support , delivering higher band...
Post a Comment
Read more