wireless/router/wifi6/802.11ac/802.11ax

 Managing a Mesh network is not simply about knowing which APs are online. The real challenge is understanding how nodes are connected, how the topology is structured, and whether a topology change will keep the network connected. That’s where WallysTech AP Controller comes in. 🔹 Visualize the Mesh Topology See the entire Mesh network in one topology map — including nodes, connection relationships, and link information. 🔹 Understand Every Mesh Link See the details behind each connection, including band, channel, link speed, and connection status. 🔹 Adjust the Topology When network requirements change, administrators can modify Mesh connections directly through the Controller and reorganize the topology. 🔹 Validate Before Applying Topology changes should not be applied blindly. Before applying a new topology, the built-in validation mechanism checks whether the proposed topology can maintain valid connectivity between nodes. From “Managing APs” to “Managing the Mesh.” See the to...

 Wireless connectivity is evolving quickly, with Wi-Fi 6 and Wi-Fi 7 becoming increasingly common in new product designs. But not every industrial or embedded application needs the latest Wi-Fi generation. For many existing products, the priorities remain stable connectivity, proven technology, hardware compatibility, long-term availability, and cost efficiency . This is where Wi-Fi 5 continues to be a practical choice. Why Wi-Fi 5 Still Matters Many industrial gateways, embedded computers, access points, surveillance systems, and networking devices were designed around existing Mini PCIe architectures. Replacing an entire hardware platform simply to move to a newer Wi-Fi standard may not always make sense. For these products, a mature Wi-Fi 5 Mini PCIe module can provide a straightforward way to add or upgrade wireless connectivity while maintaining the existing system architecture. Wi-Fi 5 also offers mature technology and broad ecosystem compatibility, making it suitable for ma...

  Wi-Fi 7 4×4 or Dual 2×2? Choose the Right Radio Architecture. Not every Wi-Fi 7 application needs the same wireless architecture. For wireless backhaul, industrial networking, robotics, CPE and high-performance wireless systems , the key question is not only how fast the module can go — but how the wireless resources are designed and used . WallysTech offers two Qualcomm QCN9274 -based Wi-Fi 7 M.2 platforms , both supporting the 5150–7125 MHz frequency range: 🔹 DR9274-5-7G — 4×4 Single Radio 🔹 DR9274-D5-7G — Dual 2×2 Radio with DBDC Two architectures. Different application needs. DR9274-5-7G | 4×4 Single Radio Designed for applications where high throughput from a single wireless link is the priority. With a 4×4 MIMO architecture and up to 11.53 Gbps PHY rate , DR9274-5-7G provides a high-capacity Wi-Fi 7 platform for demanding wireless connectivity. Ideal for: • Wireless Backhaul • Point-to-Point Wireless • High-throughput CPE • Industrial Wireless • High-speed Video ...

  Wi-Fi 7 Outdoor Connectivity: Building the Next Generation of Wireless Networks Outdoor wireless networks are becoming more demanding. Applications such as Outdoor Wi-Fi, Fixed Wireless Access (FWA), industrial connectivity, wireless surveillance, smart city infrastructure and distributed networks require more than basic wireless coverage. They need higher throughput, lower latency, better network efficiency and flexible deployment . That is where Wi-Fi 7 comes in. WallysTech Wi-Fi 7 Outdoor Platform WallysTech provides a Qualcomm IPQ9574-based Wi-Fi 7 outdoor platform designed for customers developing their own high-performance outdoor wireless products. Supporting 2.4GHz, 5GHz and 6GHz , the platform is designed to bring Wi-Fi 7 capabilities into demanding outdoor environments. Key Wi-Fi 7 capabilities include: • Multi-Link Operation (MLO) for more efficient multi-band connectivity • 320MHz channel bandwidth for higher wireless capacity • OFDMA & MU-MIMO for efficient...