WallysTech Engineering Blog

 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. 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 : Reliab...

  📡 Wallys Multi-Band Mesh Field Test Case In a recent outdoor test, we evaluated the performance of a Wallys-based multi-band Mesh network DR5018S  IPQ5018 , focusing on long-distance coverage and link stability. 🔍 Test Setup Distance between APs: ~500 meters Scenario: Outdoor Line-of-Sight (LOS) Topology: Multi-band Mesh (dedicated backhaul link) 🚀 Test Results Single-hop throughput: up to ~400 Mbps Stable link performance with no significant fluctuation Consistent results across multiple test runs 📈 Analysis By leveraging a multi-band backhaul design, interference between access and backhaul links is minimized, enabling strong throughput even over longer distances. At a 500-meter node spacing, this level of performance is already close to what is typically achieved with wireless bridge (PTP) solutions — while maintaining the flexibility of Mesh networking. Press enter or click to view image in full size 💡 Use Cases This solution is well-suited for large-scale outdoor d...

High-Performance Mesh Solution — QCA9882 Module with IPQ4019 Mainboard In today’s fast-paced wireless era,  stable, wide-coverage, and scalable Mesh networks  have become essential for both enterprise and home environments. The solution built on the  Qualcomm QCA9882 Wi-Fi module  and the  IPQ4019 mainboard  delivers an efficient and reliable wireless experience. Powerful Wireless Performance The  QCA9882 module  adopts a  2×2 MIMO  architecture and supports the 802.11ac standard, achieving up to  867 Mbps wireless speed  on an 80 MHz channel. It provides a smooth bandwidth experience for HD video, online learning, cloud office, and more. The  IPQ4019 SoC  is powered by a  quad-core ARM processor , ensuring efficient data forwarding and network management for smooth multi-user connectivity. Excellent Mesh Networking Capabilities Supports multi-node fast networking with intelligent path selection, enabling  s...

  Mesh network technology has been widely adopted in smart homes, enterprise networks, and industrial IoT environments. As Qualcomm’s latest flagship WiFi 7 SoC, IPQ9574 excels in performance, connectivity stability, and intelligent management, making it particularly suitable for high-performance Mesh network architectures. This article will comprehensively analyze the advantages of IPQ9574 in WiFi 7 Mesh networks in terms of network performance, topology flexibility, intelligent management, compatibility, and power efficiency . Additionally, we will highlight that this solution requires custom development by customers to adapt to specific application requirements. 2. Key Advantages of Qualcomm IPQ9574 in Mesh Networks sales@wallystech.com 2.1 WiFi 7 Enhancements to Mesh Network Performance WiFi 7 introduces significant technological advancements that improve the throughput, latency, and interference resistance of Mesh networks: 320MHz Ultra-Wide Channel : Compared to WiFi 6’s 1...

  MT7915/IPQ6000/IPQ6018/IPQ6010/IPQ4019/IPQ4029/ IPQ5018/ IPQ8072/IPQ8072A/IPQ8074/IPQ8074A/QCN6024/QCN9074/QCN9072/QCN9024/ IPQ 4018/IPQ4028/AR9223/QCA9880/QCA9882/AR9582/AR9531/AR9344 /AR9342 / AX200NGW / QCA9531 The principle of the mesh router is that the Mesh client accesses the wireless Mesh router through a wireless connection. The wireless Mesh router forms a relatively stable forwarding network in the form of multi-hop interconnection. Wireless mesh networks consist of meshrouters and meshclients, with meshrouters constituting backbone networks Network and connect to wired internet network, responsible for providing mesh clients with multi-hop wireless internet connection, wireless Mesh network Network, also known as "multi-hop" network, is a new wireless network technology that is completely different from the traditional wireless network. In the traditional wireless LAN In WLAN, each client accesses the network through a wireless link connected to an Access Poin...