Ask anyone who’s tried to get a wireless signal across a warehouse floor, through a farm shed, or out in the field, and they’ll tell you the same thing: long-range Wi-Fi isn’t simple, nor is it as accessible.
Concrete, steel racks, heavy machinery, or just plain distance, they all get in the way. Even with the latest routers, you’re still fighting obstacles, interference, and sheer distance that limit coverage.
So the question isn’t whether Wi-Fi can reach far. It’s which Wi-Fi does the job best when you’re dealing with environments and devices that need to stay connected? That’s where the conversation shifts from the standard Wi-Fi families most of us know, i.e., Wi-Fi 6, Wi-Fi 6E, and Wi-Fi 7, to something built differently from the ground up: Wi-Fi HaLow, and in particular, Morse Micro’s take on it.
If you’re on the hunt for the best long-range Wi-Fi for IoT and smart infrastructure, here’s what matters.
But First…Understanding Long-Range Wi-Fi
To begin, let’s pin down what “long-range” means. For most consumer setups, it’s 10–20 metres across a house.
However, in industrial or infrastructure terms, though, it’s hundreds of metres, sometimes even kilometres, of reliable connectivity. Add in obstacles like walls or terrain, and you quickly see the gap between traditional Wi-Fi and what’s needed.
At present, common Wi-Fi options include:
- Wi-Fi 6 (802.11ax)4, which is great for speed and handling a lot of devices in dense environments (stadiums, airports, offices). But the range? Not much better than Wi-Fi 5, since it still sits in the 2.4 GHz and 5 GHz bands.
- Wi-Fi 6E, which opens up 6 GHz spectrum, is clean and fast, but the range drops even further. Higher frequency means less penetration through walls and shorter reach.
- Wi-Fi 7, which promises blistering speeds and even better multi-device performance. But again, it leans on higher frequency bands. That makes it ideal for data-heavy applications, not distance.
So, while these versions are excellent for speed and throughput, none are designed with true long-range as the priority.
Enter Wi-Fi HaLow….
How Morse Micro’s Wi-Fi HaLow Stands Out
Wi-Fi HaLow (802.11ah) reimagines long-range connectivity entirely. Instead of climbing up the spectrum ladder, it drops down, operating in the sub-1 GHz bands. Lower frequency means signals travel further and penetrate through obstacles better.
That gives Wi-FI HaLow an immediate advantage: reliable connections across long distances and challenging environments. Where standard Wi-Fi peters out, Wi-Fi HaLow keeps going. And that’s exactly why it’s becoming a go-to for industrial applications, agricultural sites, and smart infrastructure.
Ultra-Long Range
In other words, connections up to a kilometre in open space, in some test cases, even more. That’s a huge step beyond what Wi-Fi 6 or 7 can realistically manage.
Low Power, High Efficiency
IoT devices often need to sip power. Sensors in the field, battery-operated equipment, or remote monitors can’t be charged every few days. Wi-FI HaLow’s design, paired with Morse Micro’s efficient silicon, means devices stay online longer without draining battery power.
Resilient IoT Capacity
The key isn’t just extending range, but also maximising the number of supported endpoints. Wi-Fi HaLow supports thousands of connections without bogging down. This makes it perfect for farms, smart cities, or warehouses where sensors, scanners, and devices are pinging 24/7.
Award-Winning SoC Technology
Industry insiders are noticing Morse Micro’s MM6108 SoC for its blend of performance and compact, low-power architecture. Their silicon is what enables real-life deployment, not just lab tests.
Product Spotlight
At Morse Micro, we offer long-range, low-power Wi-Fi HaLow solutions, including:
- MM6108 & MM8108 SoC, built for long-range, low-power Wi-Fi HaLow deployments.
- HaLowLink 1 is a turnkey setup for developers and integrators to build out real-world solutions.
- Evaluation Kits, suitable for testing and prototyping before rolling out at scale.
Use Cases & Applications
Wi-Fi Halow keeps devices connected over long distances, such as within:
Warehouses & Logistics
Reliable coverage across large floors without dozens of access points.
Agriculture
Connect soil sensors, pumps, and gates across farmland.
Smart cities
Lighting, parking meters, and security systems, all linked without heavy infrastructure.
Industrial sites
Monitoring machinery and safety systems in environments that block higher-frequency signals.
Comparing Wi-Fi Options for Long-Range
Here’s a quick breakdown:
| Feature | Wi-Fi 6/6E/7 | Wi-Fi HaLoW |
| Frequency | 2.4/5/6 GHz | Sub‑1 GHz |
| Range | 10-30m indoors, 100 m outdoors | Up to 1 km+ |
| Power Use | Moderate to high | Low (IoT-friendly) |
| Device Density | High (great for offices, homes) | High (great for IoT deployments) |
| Best Use | High-speed data, streaming, dense networks | Long-range, low-power IoT, smart infrastructure |
Why Choose Morse Micro
Simply put, because we’ve built Wi-Fi HaLow into something usable. Plenty of Wi-Fi standards promise the world but stall out in the lab. At Morse Micro, we deliver the chips, modules, and kits that let integrators and businesses roll out long-range Wi-Fi today.
When you’re dealing with connectivity problems, speed isn’t the only measure. Distance, reliability, and efficiency matter more. And on those fronts, Morse Micro’s Wi-Fi HaLow is the clear choice.
Ready to extend your reach? Learn how Wi‑Fi HaLow can help. Contact us now.
