Years ago when we were starting Ayrstone, we introduced the idea of “Beyond the last mile.” There was (and continues to be) a lot of talk about the “last mile problem,” because it’s very expensive to run cable, wire, or fiber from a major line to each house in rural areas. Wireless ISPs, cellular carriers, and satellite Internet providers have filled in quite a bit to solve the “last mile,” with results of varying quality. But getting broadband Internet to the home or business office – solving the “last mile” problem – doesn’t fulfill the needs of most farmers, ranchers, and others working in rural environments – they need broadband access beyond that “last mile.” Back in the early days of Ayrstone, one of our beta customers remarked: “We should have gotten together and bought the local spectrum and started our own cellular service.”
It’s an interesting idea, but probably would never have worked then – the carriers would probably have bid up the price of the local spectrum just to prevent anyone else from having it – in the early days of cellular broadband, no one knew exactly how valuable spectrum was going to be, and carriers paid some outrageous amounts for spectrum they never used.
Now the cellular market is much more mature and the carriers are much more careful about where they spend their money; in addition, the FCC set aside some spectrum in the 3.5 GHz. band called “CBRS” – Citizens Broadband Radio Service – also known as “LTE Band 48” – as “unlicensed” (although still regulated) spectrum that can be used to create private or public LTE and 5G networks.
This means that my friend’s idea of setting up a private cellular network is actually feasible – companies are doing it now to create private, hybrid, and public cellular networks for a variety of reasons. In particular, companies are building out private cellular networks to provide cellular service outside the enterprise network but still in a company-controlled network environment. It ends up being similar to a WiFi network – companies control the network and access to it – but using cellular technology.
There is another big upside to private cellular: because cellular equipment can use higher power and larger antennas, the cells can offer wider coverage and can be placed further apart than even high-power, high-gain WiFi access points like AyrMesh Hubs.
However, there are some rather extensive downsides for rural use:
Cellular equipment is much more expensive than WiFi equipment, as well as more complex and difficult to install and maintain. It requires significantly more planning and skill to set up and maintain a cellular network.
CBRS is in the 3500 MHz. band, while WiFi is in the 2400 MHz. band – higher frequencies are more prone to fading at distance and more susceptible to obstructions to the Fresnel zone.
While CBRS is unlicensed, it is still regulated. There are still licensed users (Priority Access Licenses, or PAL) in the spectrum, and you may be forced to move frequencies away from them if you use the free General Availability Access (GAA) license. If you are trying to set up a network across a large area, it may be desirable to get a license to keep others off the frequency.
You’ll need to deal with getting SIM cards for all the devices you want to allow on the private network, and manage the provisioning and access controls for those devices.
The “beyond the last mile” problem is a very real one for farming and ranching, as well as other rural enterprises. Private cellular is one of the solutions available IF you have access to the money and skills necessary to build and maintain a cellular network. WiFi, like Ayrstone’s AyrMesh, remains a more practical solution for most rural residents and businesses.
I have considered tillage to be the activity most ready for automation, so I had applauded Bear Flag’s emphasis on tillage and Deere’s decision to acquire them and offer an autonomous 8R for tillage. I’ll be interested to see how this goes… it’s coming at a time when no-till or strip-till is increasingly popular, but there’s still a lot of the world still digging up fields.
Planting and harvest are difficult, complex, and time-sensitive tasks, so I expect they will be the last to be automated, but that still leaves spraying and cultivating. GUSS out here in California is already out spraying orchards, and, again, I think Deere was smart to acquire Blue River for their vision-based weeding system. It’s not ready to be a blockbuster product this year, but I can certainly see a future where weeding (and possibly other pest control) is done by a self-driving machine. The autonomous farm won’t be a complete “rip-and-replace” operation – I expect we’ll see it come one piece at a time, slowly replacing human labor, just as it has for the last 200 years.
In truth, once you are liberated from having to drive the machine, of course, you can actually employ more machines. You can have multiple large machines, like the Deere 8R tractor or the Raven (now Case) Omnipower platform, working in different fields, or you could conceivably start replacing some of them with swarms of small, nimble machines like the prototype Fendt Xaver seeder or the Australian Swarmfarm sprayer.
However, having multiple machines in the field requires that they be able to communicate with each other and, possibly, with a central server. That communications must be both low-latency (to avoid delays and collisions) and high-bandwidth (to ensure that they can “speak freely” – at times they’ll need to communicate a lot of information). There are a lot of pundits out there telling us that “5G will solve everything” – and the technical specs tell us that could be absolutely true. That leaves only one important question: do you have 5G on your farm today?
If you’re in the 95% or so who answer “no” to that question, you might want to consider another solution – a solution that might even be better. Meshing WiFi was originally designed to enable “Mobile Ad-Hoc Networks” or “MANETs” – exactly what these devices are using in the field. Instead of waiting for a carrier (or several – many farmers I know require two or more phones, because one carrier covers one part of the farm and a different carrier covers another) to come and plant a 5G network on your property, you can start establishing a WiFi network across your property using AyrMesh Hubs and AyrMesh Cab Hubs for your vehicles.
The advantages of using WiFi include:
You control the network: what gets covered and who gets to use it
It uses your existing Internet connection – no extra charges
It connects to your existing LAN – you can put servers on your network so data need not leave your farm
It’s standard, so it works with everything, from your laptop to cameras to low-cost soil sensors and controllers… including robots
It will get better with time – new versions of WiFi will bring advantages.
This is an exciting time for farming – things are going to change pretty quickly, and there will be real advantages for those who adopt new technologies. The AyrMesh network provides a “backbone” that allows you to adopt those technologies easily, and we’re eager to work with the companies that are producing these new technologies to maximize the value they bring to farmers.
Every day here at Ayrstone we get calls from people whose AyrMesh Hubs, Bridges, or Receivers don’t work. And, in fairness, once in a while we have a dud – a device that escapes into the wild not working as it should. However, that’s not very common.
It’s far more frequent that the problem lies in the customer’s network – the network on one side or the other of the Hub, Bridge, or Receiver. And we want to help – we love to help – however, unfortunately, we are here and your network is there – we are very limited in the ways we can help.
The good news is that, in my opinion, networking is very much like plumbing. There are times to call a pro, but the vast majority of jobs can be easily and quickly done, and you don’t even have to invest in specialized wrenches. Knowing some basic network troubleshooting is useful whether you’re using AyrMesh or not – bad things occasionally happen, even to good networks.
There are three types of problems we most commonly run into on customer’s networks – I’ll explain them and how to fix them.
The first problem arises when a Hub, Receiver, or Bridge radio just fails to light up. An advanced case is where the radio lights up but, in the case of a Gateway, does not show up in the router’s DHCP table or, in the case of a Remote, the device shows up in AyrMesh.com and on the router’s DHCP table, but the devices connected to it cannot communicate with the Internet. The first suspect in these cases is a bad Ethernet cable.
If you look closely at the RJ-45 plug on the end of an Ethernet cable, you can see that the cable consists of 8 small wires. 4 of these wires carry the power to the device, if appropriate, and 4 of these wires are used for communications. If one of the wires is broken, either the device will not get enough power, or it will get power but won’t be able to communicate with what’s at the other end of the cable.
Happily, Ethernet cable testers are readily available online and at most home supply stores (Home Depot, Lowe’s, Menard’s, etc.). They are very easy to use: they have two pieces; each piece plugs into one end of the Ethernet cable and then it just sends electricity down each wire and shows whether or not it sees the electricity at each end. If one of the lights doesn’t light up, you know that the cable is bad.
One hint: the “badness” is most frequently at the RJ-45 plug – you can recover most cables from replacing the RJ-45 connectors. You need to have RJ-45 connectors and a crimping tool; inexpensive crimping tools require a LOT of strength to get a good crimp, and more expensive tools have ratcheting action to increase the mechanical advantage. One other hint: some rodents seem to like the taste of Ethernet cables.
The second case is when you are working on some device on the network and the network just suddenly stops – you can’t get to the Internet or any of your local devices. I’ll volunteer that this happens to me a lot, especially with some WiFi cameras, printers, and even some older laptops. I’ll have the device connected with an Ethernet cable, and I’ll go to configure the WiFi. I’ll put in the SSID and the encryption passkey and… everything stops. And it typically takes me a minute to think about it – I have the Ethernet connected to the network, and I just connected to the network with the WiFi… I have created a Network loop!
What happens is that the traffic between the device and your router suddenly starts going down both interfaces (Ethernet and WiFi), and the router starts acknowledging and answering that traffic down both interfaces. The device suddenly is getting twice as much information from the router, so it acknowledges that information, generating a multiple of the original data, and it goes on until the network reaches capacity and your router just stops. This is called a “broadcast storm” – because the traffic expands exponentially, it brings things to a halt remarkably quickly.
The solution, of course, it very simple: disconnect one interface, and the network will start working again. But, if you’re like me, it can take a few minutes to remember exactly what you did before everything stopped working.
Two notes: many newer devices automatically cut off traffic to the WiFi port if they detect that there is traffic on the Ethernet port, thereby preventing you from creating the network loop. However, network loops can be pretty subtle; for instance, having two Hubs or an AyrMesh Hub and an older AyrMesh Receiver (newer Receivers turn off the WiFi port if they’re connected to the router via Ethernet) connected to your router via Ethernet at once (for instance, initializing a device without unplugging your Gateway Hub) can cause a loop as they connect via their wireless, and other devices can surprise you as well. The strangest one we have seen was a user who had a low-power “Zigbee” type device to link to sensors in the field. He had a second device connected to an AyrMesh Receiver in another field to “talk” to the sensors in that field. However, the sensors were a meshing type, and could “talk” to each other, and sensors in the two fields would occasionally make contact with each other, causing a network loop. That took some time to figure out…
The last common problem we see is IP address conflicts – two or more devices on your local network with the same IP address.
Each device on your network must have a unique address. If your router detects two different devices with the same IP address, it will just shut down, or at least shut down one port. The good news here is that the AyrMesh equipment can’t CAUSE an IP address conflict; the bad news is that they also cannot PREVENT an IP address conflict.
There are a number of ways in which an IP address conflict can occur, but, by far, the two most common ways are:
Someone setting up equipment on the network provides a “hard-coded” or “static” IP address to a device (instead of that device using DHCP to automatically receive an address from the router), and they use an address that is (1) already in use, (2) in the range of addresses the router can use to assign to devices automatically via DHCP, known as the “DHCP range,” or (3) they use an address that is outside the router’s DHCP range and then, at some point, the router is reconfigured and the address is within the DHCP range. If the same address is given to two devices, then the network (or at least part of the network) halts immediately. If a static address is assigned within the DHCP range of the router, then, eventually, the router will assign that address to some other device, at which time there will be a conflict and at least port of the network will halt immediately.
Someone sets up a second router on the network that is configured to use the same IP subnet as the primary router. The router’s address (typically 192.168.0.1 or 192.168.1.1) may conflict directly with the primary router’s address, which will bring the network down quickly, or the router will eventually assign an IP address via DHCP that is identical to another device with an address assigned via DHCP by the primary router, and the network will come to a halt.
To the first point, we STRONGLY recommend against using static addresses on any equipment, because almost all modern routers enable “DHCP reservations” or “dynamic static addresses” or something like that, by which the router is configured to provide the same IP address to a particular device every time. This means that the router is aware of all the devices on the network and won’t accidentally give two of them the same IP address, but critical devices (e.g. IP cameras, grain dryers, etc.) always have the same IP address on your network, so you can do things like “port-forward” to them and know they’ll always respond.
To the second point, setting up a second router is not very difficult, AS LONG AS you understand the basics of IP addressing and IP subnets. For instance, if your main router has the LAN address 192.168.0.1, it is creating a network with the subnet 192.168.0.1 to 192.168.0.254 – the first three numbers are always the same, indicating they are all on the same network, and the third number is unique to each device. So the easy way to use a second router is to set it up with the address 192.168.2.1 (outside the IP subnet of the first network because the third number is different), so it will create a different subnetwork with addresses 192.168.2.1 to 192.168.2.254 – no conflicts!
You can also segment your IP subnet between the two routers by setting the first router to serve, for instance 192.168.1.1 to 192.168.1.128 and the second router serve 192.168.1.129 to 192.168.1.254, but that’s a bit beyond the scope of this article.
This knowledge can help you debug the vast majority of problems you find on your network. We can offer a few simple rules based on this:
Make sure your cables are good. An old joke goes, “The hardest part of wireless networking is the wires!” It’s funny because it’s true… and you can now buy short, good Ethernet cables at home supply stores for testing. If you replace a cable with a short, known-good cable and the device works, you know the cable you replaced is bad, even without a cable tester.
When connecting devices, or changing from connecting via Ethernet to connecting via WiFi (like a WiFi camera), keep your wits about you. If the network stops, disconnect one interface.
Avoid using static IP addresses – use DHCP reservations for devices that need unchanging IP addresses.
Don’t use additional routers on your network. If you need WiFi in a remote location, use a WiFi access point (ASUS routers and some others can be configured in “AP mode” or “Bridge mode” to turn the routing part off). If you need additional Ethernet ports, use an Ethernet switch.
An AyrMesh user recently made me aware of a relatively new product that’s now available: StepsGMS. StepsGMS is a WiFi-capable Grain Bin Management System that works with the AyrMesh WiFi system. In talking to the folks at StepsGMS, I realized that we had a lot in common. In particular, we both want to bring high-quality products to the ag market at the lowest possible prices. We are both focused on helping farmers improve productivity, and we both want to help growers maintain control of their farm data.
Eli Troyer, owner of StepsGMS, is a veteran in grain bin management. He realized that current technology allowed him to develop a much lower-cost grain bin management system using WiFi. He didn’t even know about Ayrstone at the time, but realized it would not be that difficult to get WiFi out to most farmers’ grain bins. His initial thought was that you could even use a cellular “hotspot” device if there was cell coverage nearby.
However, if you have an AyrMesh network, you can use the StepsGMS products with your existing Internet connection and avoid any additional cellular subscriptions.
Although they are primarily focused on grain bin management, their products have uses well outside just that. Their WiFi Temperature Sensor can be used to measure temperatures anywhere on the farm or ranch: bins, tanks, piles (hay, silage, manure, compost etc.), even soil temperature. The Smart Switch (comes in Indoor or Outdoor packages) can be used to turn on and off anything on the farm – ventilation fans, lights, heaters, pumps, etc.
These products are controlled by their app (available for IOS or Android devices) – you can see demos of the app and what it can do on their Facebook page.
We are very proud to introduce the second member of our new “Compact” product line – the AyrMesh ReceiverC.
This new Receiver combines most of the power of our “regular” Receiver with a much smaller form factor. It performs at least as well as the “big” Receiver at distances under 1 mile, and still works well at distances up to 2 miles from the nearest Hub.
We were motivated to bring out the AyrMesh ReceiverC by observing that the vast majority of our customers were mounting AyrMesh Receivers within 1 mile of the nearest AyrMesh Hub, and the power from the AyrMesh Receiver was actually overwhelming the AyrMesh Hub. While we have the ability to reduce the transmit power of the Receiver (and the ReceiverC, by the way), the higher-gain antennae on the Receiver sometimes made it impossible to put it on outbuildings very near the Hub.
The ReceiverC is actually a more flexible version of the AyrMesh Receiver, and, as an added bonus, actually is a little less expensive. Please take a look at it for your next AyrMesh addition.
The Hub2x2C is something of a departure for us – a more compact, slightly lower-power Hub with lower-gain antennas, built not for absolute maximum range but to provide continuous WiFi for smaller to medium-sized rural operations.
The AyrMesh Hub2x2C is a response to a problem we have been seeing from our customers: the ability to put Hubs 2.5 miles apart is great for covering a lot of acreage, but the “normal” Hubs don’t work well if they are LESS than 1 mile apart – they overpower each other. However, at 1 mile or more apart, the Hubs are really providing “pools” of WiFi around them, because lower-power devices may only have a usable range of a few hundred yards. There are frequently areas between the Hubs that are, effectively, uncovered for a lower-power device.
The new AyrMesh Hub2x2C can be placed half a mile apart, meaning that even a device with a maximum range of 400 yards can have continuous coverage, passing cleanly from one Hub to the next at the extent of its range.
When we first developed the AyrMesh Hubs, the predominant WiFi device was a large, sturdy laptop, with a “normal” strength WiFi radio and fairly large (although hidden) WiFi antennas. We were actually surprised at how far the Hubs allowed a device like this to communicate – typically half a mile, sometimes further.
As WiFi cameras came out, they used similar WiFi adapters as laptops and generally had similar range. Many had (and still have) removable external antennas that can be replaced with higher-gain antennas to even longer range.
However, now the predominant WiFi device is the smartphone, which uses a lower-power WiFi radio to save battery power, and has smaller antennas to minimize their size. And, on top of that, we’re seeing a new generation of “truly wireless” cameras run off batteries – again, using lower-power WiFi radios and frequently without an option for a higher-gain antenna. While a standard laptop might be able to use the Hub from half a mile or more away, these low-power devices will typically only have about half that range – 400 yards or so.
In the fields of a large farm, the problem of limited WiFi range is solved by use of the AyrMesh Cab Hub2 – the Cab Hub2 is easily fitted to tractors, combines, sprayers, pickups – even utility vehicles – to keep the vehicle and occupants in touch with the stationary Hubs.
On smaller farms and rural businesses, however, workers are frequently on foot, so the Cab Hub is not very practical.
The new AyrMesh Hub2x2C Hubs can be placed as close as 800 yards apart (even closer in some instances – we can reduce the transmit power) to completely cover an area in WiFi. Note, however, that they can still be positioned up to 2 miles apart (with reduced bandwidth), and you can still put up to three “circles” of Hubs around the Gateway Hub. So the new Hub2x2C can still be used to “light up” thousands of acres.
One question that has come up is the range from the new Hub to “ordinary” WiFi devices – the answer is that, at least in our testing, it is unchanged relative to the “big” Hubs. The range to phones, tablets, laptops, etc. is primarily determined by the transmit power and antenna quality of the device, not the Hub – we actually found no measurable difference between the performance of the Hub2x2C and the Hub2x2 and Hub2T for WiFi – the only real difference is in meshing with other Hubs.
Please have a look at the new Hub2x2C – it’s a great option for most rural WiFi users!
This is a bit of a departure from our other blog posts – I like to talk mostly about up-to-the minute practical stuff you can start using right away. Today, however, I’m going to point out some upcoming technology trends that appear to have no connection to farming, but I think will end up being profoundly useful.
WiFi 6 is the new marketing name for 802.11ax, the next generation WiFi standard. Briefly, we have seen 802.11b (2.4 GHz only, WEP security which did not turn out to be secure at all, up to 11 Mbps), 802.11a (similar to b, but on 5.8 GHz and up to 54 Mbps), 802.11g (2.4 GHz. with OFDM for up to 54 Mbps and WPA for real security), 802.11n (dual-band with MIMO for greater bandwidth and range and even better security with WPA2 – this is what the AyrMesh Hub2 series is based on – now re-named “WiFi 4”), and 802.11ac (also called “WiFi 5” – 5.8 GHz only with fallback to 802.11n for 2.4 GHz, with MU-MIMO at the access point to optimize bandwidth to more devices and wider channels to increase bandwidth over short range – not useful at all for long-range outdoor use).
802.11ax brings several improvements to WiFi that I think are important:
OFDMA and 1024-QAM modulation for greater bandwidth through the same channel bandwidth. For maximum range (given statutory limitations in total output power) you want to use the narrowest channel bandwidth possible. This allows us to push more data through the same channel bandwidth.
Breaking the channels into smaller pieces to make OFDMA work, called “Resource Units” or “RUs.” This also opens the possibility of using fewer RUs to create even narrower channels for longer-range, lower-bandwidth connections, similar to LPWAN networks like 802.15.4 (Zigbee, Threads, etc.) or LoRa.
Target Wake Time (TWT) – this is a trick borrowed from 802.11ah and LPWAN systems – it allows devices to sleep efficiently and coordinate with access points to shorten the amount of time the radio has to be on, drastically reducing the amount of power required, especially for devices that are transmitting small amounts of data at sporadic intervals (e.g. sensors and other IoT devices).
Download and upload MU-MIMO – maximizing the bandwidth between the AP and the client in both directions (not just transmitting from the AP to the client).
Taken together, these improvements in WiFi 6 will improve on-farm WiFi in two important ways:
Increasing the bandwidth available (through OFDMA and MU-MIMO) – just making everything faster and increasing the value of the network overall.
Being able to use the WiFi network as a low-bandwidth network like Zigbee or LoRa with battery-operated sensors and actuators, so a grower would only need a single wireless network for all their needs.
Now, the truth is that you can use your WiFi network for sensors and actuators today, and devices like the Espressif ESP-32 make that relatively easy and very inexpensive. But it still takes a lot more power to use a WiFi radio than, for instance, a Zigbee or LoRa radio, so you must have either much larger batteries or some form of external power (e.g. solar panels) for WiFi.
WiFi 6 should overcome these shortcomings, which makes us very excited about it. The 802.11ax standard has just been ratified by the IEEE, and we are seeing indoor equipment already available. As more specialized 802.11ax equipment becomes available (especially high-power products and products analogous to the ESP32) we will be watching very closely.
As I think everyone has seen, all data is now going to “the cloud” – servers on the Internet. This is generally a good thing – I want to make sure all the data I am going to need in the future is safely stored in a class 5 data center that’s not going to fail.
But there are two primary places this paradigm files: one is for cases where ANY latency (delay between sending a request to the server and getting a reply) will slow down operations, and the other is where Internet access is slow, intermittent, or not present. Both of these conditions apply to farming: low latency is vital for enabling farm machinery autonomy, and, despite all the talk about it, rural Internet connectivity is still, generally, awful.
At the same time, we are seeing the next generation of processors for mobile devices coming out that have higher performance than the “top-end” CPUs of a few years ago, while consuming tiny amounts of power. Since they dissipate so little power, they can be housed in more sturdy enclosures requiring little or no air circulation – in other words, deployable on the farm!
I can easily imagine a “farm server” that comes in a small, sturdy box that you plug into the wall and connect to your router and that provides services like:
Security- monitoring and recording scenes from cameras on your property, alerting you to events happening on the farm, turning lights on and off, and even locking and unlocking doors and gates.
Monitoring and automation – checking and storing readings on sensors, using rules to automate operations (starting an irrigation system, filling tanks, alerting when a grain bin or hay bale is too warm).
Communications – providing connection services for VOIP and/or messaging apps on phones.
Autonomy – providing coordination to autonomous vehicles operating in your fields.
This approach also has the advantage of increasing the grower’s control over data – it can stay on the farm’s server, be backed up to “the cloud,” or backed up the old way (to USB sticks, for instance).
I have alluded to this a few times in this article, but, living here in Silicon Valley, I see autonomous cars creeping around on public roads all the time. The problems of enabling autonomous vehicles on the farm are DIFFERENT, but not WORSE, than running autonomous cars on public roads.
The first problem is one of functional safety – ensuring that farm equipment is inherently safe. Very simply, farm equipment is dangerous, and a 50,000-lb. combine churning through a field or a sprayer buzzing along at 25 MPH constitute real threats to anything that gets in front of them.
However, LIDAR, RADAR, stereoscopic cameras, and other technologies can help machines “see” their environment very effectively, and the prices of those technologies (and the computing power to effectively combine their inputs in real time) is coming down dramtically. We are seeing some very interesting, practical examples in startup firms (GUSS, Swarmfarm, SmartAg, DOT), and we expect to see a lot more coming.
As I said at the beginning, this post is about stuff that’s not directly applicable to farming, but probably will be soon. Ten years ago I could have written about how smartphones will change life in farming, and a lot of people would have laughed at me. Now I don’t know anyone who doesn’t go out without a smartphone. What will be next?
We were intrigued and excited by a recent press release from Land O’ Lakes announcing that their retail operations would be installing WiFi for the use of their customers. In the best of times the rural ag retailer can be a lifeline for local farmers; in these difficult times, offering services to help local farmers and their families keep connected and work effectively, even if remotely is absolutely commendable.
We salute the Land O’ Lakes leadership and stand ready to assist any of their affiliated retailers in deploying WiFi on their rural locations.
Whether you’re a farmer needing to have connectivity in the farm office (and perhaps share your connection with a neighbor in need) or a rural business wanting to help your employees and rural communities stay online, Ayrstone can help. Just drop us an email at firstname.lastname@example.org and we’ll work with you.
We are pleased to announce the availability of the new AyrMesh Cab Hub2, designed for use with a wide variety of farm equipment: tractors, sprayers, spreaders, harvesters, trucks, utility vehicles – just about anything that rolls and has a 12 volt utility plug.
The AyrMesh Cab Hub2 is a variation of our AyrMesh Hub2x2 design, with two high-gain magnetic mount antennas to provide MIMO (Multiple Input, Multiple Output) for high bandwidth and better signal integrity.
This new model of the AyrMesh Cab Hub combines the best qualities of our previous model of the Cab Hub – ease of setup and use – with improvements to make it even easier to set up, as well as significantly better overall performance.
We have been trying to bring out a MIMO version of the Cab Hub for quite a while, but we kept running into problems with the radios we were trying to use. This radio, however, passed all our tests with flying colors and has been rock-solid.
Because it is based on the same weather-resistant design as the Hub2x2, the Cab Hub2 can be used on enclosed cab machines or machines without a cab – open-cab tractors and even utility vehicles and ATVs.
The Cab Hub connects with the stationary Hubs in your AyrMesh network and provides both WiFi and Ethernet connectivity to your vehicle and the area around it. It even connects with other Cab Hubs to extend your WiFi network where you may not have stationary Hubs.
As Machine-to-Machine or M2M communications becomes increasingly important, the Cab Hub2 provides a simple, high-bandwidth, reliable way to connect vehicles to each other and to external servers, on the farm or in the cloud. Meshing WiFi is faster and more reliable than cellular, and available anywhere it’s needed without carriers or subscription fees.
As autonomous farm vehicles become available, M2M communications will become even more vital to farm operations. For that reason, we are also offering the Cab Hub2 in OEM packaging for integration into new autonomous platforms and products. The product is available at a board level up to the complete product, according to the integrator’s needs.
We firmly believe that meshing WiFi is the only communications solution that enables autonomy on the farm – please contact us today to talk more about your autonomous solutions and needs. At the beginning of this article I said the Cab Hub is good for anything that rolls – but we’re talking to folks who make things that fly, too!
After over a year, we are happy to announce the new version of the AyrMesh Hub2x2!
The new Hub2x2, just like the older model, offers twice the bandwidth
(speed) of the single-antenna Hub2T and Hub2n. However, this new model
offers more transmit power along with high-gain antennas for maximum
range – the same as the Hub2T.
This new model of the Hub2x2 has the antenna jacks solidly molded into the case for maximum durability, with durable, high-gain antennae very similar to the antenna on the Hub2T.
We strongly recommend the Hub2x2 as your “Gateway Hub” – the Hub connected to your Router as the origin of your AyrMesh network; for Remote Hubs we now offer either the Hub2x2 or the Hub2T.
In our testing, we have found that the new Hub2x2 delivers up to 65 Mbps to a 2×2 client (as tested with a Samsung Galaxy S10), and over 30 Mbps as a Remote Hub 2 miles from a Hub2x2 Gateway Hub, so it’s much more capable as a Remote Hub than the older Hub2x2 model – faster than the Hub2T.
The one big difference between the Hub2x2 and the Hub2T is in the amount of power needed – the Hub2T requires only about 4.5 Watts, but the Hub2x2 needs about 8 Watts. For this reason, we continue to suggest the use of the Hub2T in cases where power is an issue, like a “field Hub” powered by a solar-panel battery pack.
The new Hub2x2 is available right now in the Ayrstone store – please check it out today and let us know what you think!