wireless/router/wifi6/802.11ac/802.11ax

In industrial wireless networking, the real challenge is never just “can it connect,” but whether the link can remain stable and sustainable over long distances, in high-interference and complex environments . DR5018S IPQ5018 SOC is designed specifically for these scenarios. It targets long-range point-to-point (PTP) wireless backhaul and industrial bridge applications, while introducing TDMA scheduling to transform wireless communication from a contention-based model into a controllable and deterministic system. Long-Range PTP: Stability Over Peak Throughput In PTP deployments, the longer the distance, the more significant the impact of signal attenuation and environmental interference. Many wireless solutions perform well in lab conditions but struggle in real-world deployments, where throughput fluctuation, retransmissions, and link instability are common issues. sales@wallystech.com DR5018S focuses on engineering reliability rather than peak performance. Key optimizations include: ...

 Wallys specializes in wireless hardware and software solutions based on Qualcomm platforms and AI . Our expertise covers WiFi 7/6, Mesh, roaming technologies, TDMA, and PTP, as well as custom hardware and software development. We are currently working on several wireless projects targeting the carrier and industrial sectors. sales@wallystech.com Powered by the Qualcomm IPQ5018 dual-core A53 enterprise-grade SoC , the Wallys DR5018S is an industrial tri-band Wi-Fi 6/6E embedded motherboard with 2.5G Ethernet, Bluetooth 5.1, and a reserved 5G M.2 slot. It is offered in two official DDR3L configurations: 512MB and 1GB . Both versions share the identical IPQ5018 chip, circuit design, RF performance and interface specs. The only key difference is memory capacity — which directly determines the DR5018S’s device load capacity, long-term stability, bandwidth performance and secondary development potential. 1. Core Hardware Overview The Qualcomm IPQ5018 integrates a dedicated network NPU ...