How Do I Expand My WiFi Network?

Are you as excited about the announcement of the AP One Rugged coming back as we are? We wanted to talk to you about the key differences between this newly relaunched model and a few others that are similar. With all of the options available we find it is helpful to highlight key features and differences for us all. The more you know, the more you realize you didn’t know!

How does this product work and what is the main purpose of it?

  • To give you a cost effective and easy installation option when you are in need of extending your WiFi signal or adding one in(if your router does not have built-in WiFi).
Use Case: Mobile/Outdoor/Large Warehouse/RailroadUse Case: 
Home/Small Office/ Small # of Users
Use Case: 
Larger Office or Location/ Large # of Users
Model: APO-AC-RUG
Model: APO-AX-LITE
Model: APO-AX
Enclosure: 
Ruggedized Metal
Enclosure:
Plenum-rated Indoor Plastic
Enclosure:
Plenum-rated Indoor Plastic
Wi-Fi Standard: Wi-Fi 5Wi-Fi Standard: Wi-Fi 6Wi-Fi Standard: Wi-Fi 6
Ethernet Ports: 
3x Gigabit Ethernet
Ethernet Ports: 
1x Multigigabit Ethernet
Ethernet Ports: 
1x Gigabit Ethernet
Data Rate:
2.4GHz: 300Mbps
5.0GHz: 866Mbps
Data Rate:
2.4GHz: up to 574 mbps
5GHz: up to 1200 mbps
Data Rate:
2.4GHz: up to 1147 mbps
5GHz: up to 2402 mbps
Recommended # of Users: 60Recommended # of Users: 256Recommended # of Users: 256
Dimensions:
4.8 x 4.2 x 1.4 inches
Dimensions:
5.9 x 5.9 x 1.3 inches
Dimensions:
8.1 x 8.1 x 1.3 inches
Operating Temps:
-40° – 149°F
-40° – 65°C
Operating Temps:
32° – 104°F
0° – 40°C
Operating Temps:
32° – 104°F
0° – 40°C
Package Contents:
AP One Rugged,
12V2A Power Supply (ACW-632),
2 x Wi-Fi Antenna (ACW-342)
Package Contents:
AP One AX Lite,
Ceiling Mount Base (9/16” T-Rail),
Ceiling Mount Base (15/16” T-Rail),
Mounting Screw Set
Package Contents:
AP One AX,
Ceiling Mount Base (9/16” T-Rail),
Ceiling Mount Base (15/16” T-Rail),
Mounting Screw Set
Price and additional information:
Click Here!
Price and additional information:
Click Here!
Price and additional information:
Click Here!

A few key differences with the AP One Rugged

  • Provides the option of supplying a hardwire ethernet connection in addition to the wireless extension.
  • The enclosure is designed so that the unit can be used in locations that might be exposed to temperature changes(higher/lower temps).
    • Like in a warehouse building, farm building, locations that would not be classified as indoor(i.e. an office building or home).
  • Has the capability of external antennas – for higher gain and to get coverage in areas where the signal may be a challenge.

Want to know more about these items – visit our site by using the links below for more information on each product.

Still unsure what might be a good fit for your needs? Contact Us Today!

  • Email: sales@5gstore.com
  • Call: 1-833-5GSTORE (1-833-547-8673)
  • Chat: Click HERE to chat with an expert at 5Gstore!

How do I connect to the internet between two buildings?

The Long Range WiFi Bridge System is a product that so many can take advantage of whether it be for personal or professional use. 

As working from home and continuing education from home continue to become a new norm – many have found that this is a solution to assist in making it easier to do successfully without having issues due to the location or poor WiFi signal. This is specifically useful when you are in need of an Ethernet connection, in a location that does not currently support that. 

  • This system gives you the option of reaping the benefits of Ethernet in location 2 like you have in the main location(where you router is setup) without having to go down the path of working with a company to:
    • Dig up a trench
    • Run Cable
    • Having holes cut/drilled out in the walls for new entry points for ethernet ports. 

Product Highlights:

  1. The Long Range P2P Wireless Ethernet Bridge is built to be waterproof and dustproof
  2. It’s dependable even in a harsh environment
  3. Delivers Long and short range point to point links
  4. Supports a wide range of outdoor applications
  5. Links two networks together so that files can be shared on the Internet.

Use Case: 

The main router is setup in office building 1, and you are in need of a better signal in office building 2.

How It Works:

  1. You would need to connect one of the kit’s antennas to your main router in building 1 via an ethernet cable (Power Is Required). 
    1. This is mounted either in a window or outside the home, but pointed in the direction of building 2. 
  2. The other antenna mounts at building 2 and must connect via Ethernet to another Router, WiFi Access Point, or Ethernet Switch – depending on what’s needed to connect at the building. 
  3. This antenna points back to the antenna in building 1.
  4. Here is a video that also demonstrates how this system works! 

The biggest benefit of doing this is not having to run any cabling to the second location in order to create a bridged network.  You may ask “Why not a WiFi Repeater?,” but that type of solution may not work in this case.

Have questions about the Long Range WiFi Bridge System? Contact us today!

What Do I Need to Know About the 3G Shutdown?

As 5G becomes available in more areas, and on more frequencies, the 3G networks are getting closer to their shutdown dates. This could be a serious problem for some companies as some services still operate over the 3G frequencies. 

On February 22nd, AT&T is scheduled to be the first carrier to shut down its 3G network. T-Mobile’s shutdown will happen by July 1st. 

You may recall that Verizon was originally set to shutdown 3G back in 2019. After much back and forth with the Federal Communications Commission, the U.S. regulator, they agreed to push the shutdown to this December.

Among the companies that are affected by this shutdown are vehicle connected services, home-alarm systems, and 911 alert necklaces. 

The home-alarm industry has asked the FCC to delay AT&T’s network sunset until December. Per FCC Spokesperson Paloma Perez, the FCC is monitoring the 3G phase-out and working to “implement safeguards” for older phones and other devices.

WHY IS 3G BEING PHASED OUT?

3G networks were first introduced by AT&T, who ended up being the exclusive carrier for early iPhones later that decade. The networks we currently rely on for video streaming, social media apps, and others mostly use the 4G LTE network as their standard. 

For the cellular providers, shutting down 3G is simply part of the upgrade process. Once these outdated networks are gone, it allows them to use the freed-up bandwidth for newer services.

AT&T says that delaying the shutdown would hurt its 5G rollout, degrading its customers’ ability to use their service and causing more dropped calls. The carrier argues that companies have had about five years to upgrade their customers’ devices. Interestingly, the carrier also says the FCC doesn’t have the authority to stop its shutdown.

WHAT’S GOING TO HAPPEN TO MY 3G PHONE?

Phones that operate solely on 3G will quit working – including for phone calls and text messaging. In those cases, users will need to upgrade to at least a 4G LTE phone. 

Your cellular provider should have contacted you in some fashion about this. AT&T, for example, sent offers of free replacements via letters, emails and texts. Spokesperson Jim Greer said fewer than 1% of AT&T’s consumer devices, including phones, tablets and watches, will lose cellular service. 

WHAT OTHER DEVICES ARE AFFECTED?

Everything from home fire alarms to ankle bracelets used by law enforcement and the 911 alert necklace your Grandmother may wear. It’s not certain how many outdated products are out there, or how much of an impact it could make if updates were to take place after February 22nd.

The alarm industry and other companies say they have had issues replacing devices even though they’ve known about the coming shutdown for years. Recent setbacks include both pandemic-triggered supply-chain issues and customers hesitant to let technicians into their homes because of potential health risks.

An alarm-industry lobbying group estimates that 1.5 million customers still need to upgrade their fire or burglar alarms, while about half a million have medical alert devices that run on 3G; it said most rely on AT&T service. 

While a non networked fire alarm will still sound an alarm if there’s smoke, it won’t be able to contact the fire department. Likewise, burglar alarms won’t route to emergency responders if triggered. 

Not all providers say there’s an issue. ADT said in November that it was on track to update its AT&T customers by February; a spokesperson declined to offer an update on Sunday.

AARP, the advocacy group for adults over 50, is also concerned that users of medical alert systems — those necklaces and bracelets, like Life Alert — that connect users to emergency call centers won’t know their gadgets don’t work anymore or won’t be able to replace them in time.

“There’s a lot of uncertainty about the impact and about how many people are affected,” said Tom Kamber, the executive director of Older Adults Technology Services, a nonprofit affiliated with AARP. The AARP has asked the FCC to delay the AT&T shutdown until December.

With regards to vehicles, some manufacturers are eliminating important safety features – such as the emergency SOS button in BMWs – after phone carriers start phasing out 3G services. Some carmakers are offering free upgrades, while Tesla and Chrysler are charging for them. Others including Hyundai, Lexa, Nissan, Toyota and BMW are sending out notices to tell drivers they will lose the features immediately. Those with OnStar, like Honda and GM, are offering software upgrades, but they are time sensitive and require action in the next week. Check out a list of the affected vehicles here

Zonar, which provides GPS and other services for buses and trucks, says tens of thousands of vehicles will be affected. Trucks that aren’t upgraded may have to be idled if drivers can’t electronically log their hours as federal rules require. Zonar has a workaround for the trucking industry, but not all customers have placed orders for it, said Susan Corscadden, a company marketing executive.

One manufacturer of ankle bracelets for people on probation, parole or pre-trial release said it hasn’t been able to update many 3G-reliant devices. A premature shutdown could potentially allow tens of thousands of offenders like child abusers, sex offenders and drunk drivers to go unmonitored while out of prison, Alcohol Monitoring Systems wrote in an August FCC filing. The company did not respond to questions.

WHAT SHOULD I DO IF I’M AFFECTED?

Check with your cellular provider to make sure your phone will still work, or see what you need to upgrade to. 

For customers that have network connected burglar alarms, fire alarms, a personal medical alert device, or a vehicle with cellular connectivity, call the companies to see if you need to update your equipment. If so, schedule an appointment before your provider’s scheduled shutdown, or see about getting a new device shipped to you.

T-Mobile Comes Out on Top of OpenSignal’s Latest Report

OpenSignal is known for its mobile analytics. Each year they release a few reports about the major cellular carriers’ networks. They take results gathered from millions of devices, which result in billions of measurements. The latest data gathered, which was collected between September and December of last year, shows T-Mobile is on top once again. 

Analysis was done in 43 states, as well as the capital of Washington, D.C., for each of the carriers strictly on their 5G network experience. The report covered: Availability, Reach, Games Experience, Voice App Experience, Download Speed and Upload Speed. 

T-Mobile was not the only winner though. Verizon also picked up the categories of Games Experience and Voice App Experience. Sadly, for AT&T, they didn’t win any categories, but still presented good results in comparison to its competitors. It’s no wonder given that T-Mobile has not had to deal with the issues surrounding C-Band that AT&T and Verizon have. This service was originally delayed, then limited to certain locations – all because of possible interference with aircraft tools that also work around the C-Band spectrum. 

While Verizon has the best user experience, T-Mobile dominates the speed categories. In fact, they’ve been at the top of the Download Speed category for six times in a row and Upload Speeds for the fifth time in a row. 

T-Mobile also won the Availability and Reach categories. It’s clear their lead on getting mid-band service out to 200 million users was a success. This is what they have dubbed their “Ultra Capacity 5G” service. It relies on the 2.5 Ghz band, so it is unaffected by the FAA concerns that have affected the C-Band. 

Now let’s take a closer look at how all the carriers fared in each category, at the National Analysis level. 

Note that each of the OpenSignal charts listed below have brackets at the end of their respective graphs. These brackets represent confidence intervals. Per OpenSignal, “For every metric we calculate statistical confidence intervals indicated on our graphs. When confidence intervals overlap, our measured results are too close to declare a winner. In those cases, we show a statistical draw. For this reason, some metrics have multiple operator winners. In our bar graphs we represent confidence intervals as boundaries on either sides of graph bars. In our supporting-metric charts we show confidence intervals as +/- numerical values.”

  1. 5G Availability

“Opensignal’s 5G Availability compares the amount of time 5G users spent with an active 5G connection — the higher the percentage, the more time that users on a network were actually connected to 5G.”

The brackets |-| represent confidence intervals.
  1. 5G Reach

“5G Reach represents the proportion of locations where 5G users have connected to 5G out of all the locations those users have visited, on a scale of 0-10. This measure complements our existing 5G Availability metric, which represents the proportion of time 5G users spent connected to 5G.”

The brackets |-| represent confidence intervals.
  1. 5G Games Experience

“Opensignal’s 5G Games Experience measures how mobile users experience real-time multiplayer mobile gaming on an operator’s 5G network. Measured on a scale of 0-100, it analyzes how the multiplayer mobile gaming experience is affected by mobile network conditions including latency, packet loss and jitter.”

The brackets |-| represent confidence intervals.
  1. 5G Voice App Experience

“Opensignal’s 5G Voice App Experience measures the quality of experience for over-the-top (OTT) voice services — mobile voice apps such as WhatsApp, Skype, Facebook Messenger etc. — when users are connected to a 5G network.”

The brackets |-| represent confidence intervals.
  1. 5G Download Speed

“T-Mobile’s 5G Download Speed continues on its upward trend as our users on the carrier now clock average speeds of 150 Mbps, up from 118.7 Mbps in the previous report. A year ago, using T-Mobile our users saw a 5G Download Speed score of 58.1 Mbps, but it has consistently increased since then due to T-Mobile’s ongoing deployment of 2.5 GHz spectrum. The carrier has been increasing both its population coverage, as well as the amount of spectrum deployed on that band.”

The brackets |-| represent confidence intervals.
  1. 5G Upload Speed

“T-Mobile keeps hold of the 5G Upload Speed award with a score of 17.9 Mbps, which is 1.8 Mbps faster than what our users observed in our October report. Verizon places second in 5G Upload Speed with a score of 14.1 Mbps, which represents a 0.3 Mbps decrease from our previous report, while AT&T’s score increased from 9.7 Mbps to 9.9 Mbps.”

The brackets |-| represent confidence intervals.

Analysis was also done at the regional level, which you’ll see outlined below.

Tech Tip: How to Use VLANs to Secure Your Router Network

IoT devices – such as cameras, smart thermostats & doorbells – can generally be less secure than most network attached devices (i.e. computers, network drives, servers, etc). Still, they require Internet service to operate and allow you remote access for control and monitoring. In effort to better secure these devices from the rest of your network, this is where creating a “VLAN” can help. This stands for “Virtual Local Area Network.” This is much like creating a Guest WiFi network on your router, so it can be done on just about any router including Sierra Wireless, CradlePoint, Peplink and Digi devices. 

Check out our video on how to create a VLAN for IoT security here

For more videos like this, subscribe to our YouTube channel.

How Does 5G Work?

5G is the fifth generation in cellular networks, but there are many layers to consider as we start to become immersed in this new technology. Using a different type of encoding than 4G LTE service, 5G is designed for much lower latency and greater flexibility. Its method for dispersing signals is almost spider web like in the way the infrastructure is set up. A system of cell sites are divided amongst different territories and send encoded data through radio waves. These cells are connected to the network backbone and can change size and shape as network capacity requires. This only adds to the complexity of maintaining LTE. 

As you may have seen just about anywhere, 5G coverage is not very expansive at this time. The industry is fixated on that, as well as increasing capacity (ideally by 4x over current networks). Accomplishing this will require leveraging new frequencies and antenna technologies. Believe it or not, but in addition to more coverage and capacity, there’s buzz about speeds up to 20Gbps and latency as low as 1ms! We’ll just wait and see.

Now with all the different names 5G has picked up over the last year, it’s important to know that not all 5G is created equal! There’s low band, middle band, and high band. If you’ve noticed different “Cat” versions of LTE modems, you’ve seen some support more frequencies than others (i.e. Cat 12 supports more than 6 and Cat 18 supports more than 12). 5G works similarly, and can run on the same bands as LTE, but as it is set on a range of airwaves – low, middle, and high. It’s also much like LTE band aggregation, which allows the cellular modem to connect to the cellular network using multiple frequency bands. The wider channels and range of frequencies 5G can operate over gives it the advantage. 

When it comes to low, middle, and high, it’s all about how many channels you can use when connecting, and the frequency at which they’re operating on. More channels won’t always mean more bandwidth in this case. Since 5G has the flexibility to work on any band, carriers can share those from 4G – this is known as dynamic spectrum sharing (DSS). This is how Verizon is able to say they have “nationwide” 5G. It’s just reusing some old LTE spectrum.

Low-band 5G operates in frequencies below 2GHz. While the coverage is great, the channels aren’t very wide and some are primarily for 4G, which makes this type slow.

Mid-band 5G is in the 2–10GHz range. These networks have decent range and because of that, it will likely be the one to carry the most traffic. T-Mobile’s “ultra capacity” 5G network runs on this mid-band, as well as low band at this time. AT&T and Verizon just bought into some spectrum here also, which they’ll likely start rolling out in late 2022.

High-band 5G, or millimeter-wave, is the newest and quite a bit faster than LTE. This is a range of spectrum that has never been used in the consumer market before. It’s very short range, but it can get to speeds over 3Gbps. This is what Verizon uses for their “ultra wideband” 5G network. AT&T and T-Mobile also have some high-band, but there hasn’t been much information about this.

For even more technical details about the differences in 5G, as well as application examples, check out the source article from PC Magazine.