Tag: Internet

Should I Use an Outdoor Antenna or Outdoor Cellular Router?

Are you relying on a cellular Internet connection? Is your signal too weak inside? What’s the best approach to solving this problem? Whether you’re setting up a remote office, a security system, or just enhancing your home network coverage, it’s important to know where you’re getting the strongest signal and fastest speeds. The connection is always going to be better outside as there are less obstructions between your cellular router and the cellular tower. 

Think about where you will connect your devices inside and determine the distance from where your connection is best outside. Does it make more sense to install an outdoor router or will it be easier to install an outdoor antenna connected to an indoor router? The decision is pivotal to your network success. To make an informed choice, let’s review some factors to consider.

1. Evaluate Your Signal Strength and Speed

Start with performing a site survey at your location. Identify where you receive the best signal and speed from your service provider outdoors. This assessment helps you determine where you would place either an outdoor router or antenna. 

2. Calculate Cable Length

Knowing where your connection is best outside will allow you to determine the distance from your indoor setup. If you require more than 100 feet of cable, it’s advisable to lean towards an outdoor router. Longer cables result in signal loss, potentially compromising the connection quality. Just keep in mind that Ethernet also has its limitations. The max length of Ethernet cable you can run is 328 ft (100 m). 

3. Consider Your Networking Needs

Think about the devices you need to connect. If you go with an outdoor router, how will you connect to your devices inside? In most cases, an outdoor router will only have a single Ethernet connection. Will you require WiFi access and are there any wired only connections needed? If you opt for an outdoor router and need both WiFi and Ethernet, consider putting an Ethernet switch in place so that you may connect your wired devices along with a WiFi access point for wireless connections.

4. Power Supply

For outdoor routers, be aware that power over Ethernet is the norm. Plan how you’ll route the Ethernet cable and where it fits into your network. You’ll need to see if you can find a device that comes with a PoE injector, otherwise you’ll need a PoE Ethernet switch to plug into for power. 

5. SIM Card Management

Evaluate whether you need to switch SIM cards to alternate between different service providers. Make sure you get a device that supports the number of cellular connections required. If you need more reliability and speed, consider a multi-cellular modem solution. This will allow you to utilize those connections at the same time with either load balancing or bonding. Even if you primarily use one provider, having a backup SIM can be a lifesaver during emergencies. Capture its ICCID (Integrated Circuit Card Identifier) before inserting it into the router so that you can easily activate it when required. 

6. Device Management and Remote Access

Consider the ease of restarting or resetting your device, especially in remote setups. This is especially important for outdoor router installations. Check if the device offers remote cloud management services for instances where local connectivity is challenging. A robust remote management system ensures you can troubleshoot and maintain your connection effortlessly.

Looking for assistance making a decision? Contact the experts at 5Gstore Monday thru Friday for phone, email, or chat support. 

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Working Through a Blackout: Powering Up with Smart Solutions

Blackouts can be incredibly disruptive, leaving you in the dark both literally and figuratively. However, in today’s tech-driven world, there are ways to keep working even when the lights go out. By utilizing some smart strategies and investing in the right equipment, you can stay productive during a power outage. In this article, we’ll explore how to work during a blackout, from choosing the right hardware to tapping into alternative power sources.

1. Invest in a Router with a Built-in Battery Backup or External Battery Pack

In an increasingly connected world, a stable internet connection is essential for remote work, even during a blackout. To ensure uninterrupted internet access, consider investing in a router with a built-in battery backup or an external battery pack designed to keep your router running. Some advanced routers come equipped with battery backups that can provide several hours of connectivity, allowing you to stay connected to the web and continue working.

In addition, plan on using a cellular Internet connection in case your primary Internet Service Provider (ISP) also fails during the blackout. You can opt for a router that works with a cellular modem and supports failover. Or, look at using a mobile hotspot. Testing different cellular providers in advance can help determine which service works best in your location.

2. Choose a Laptop with a Reliable Battery

When it comes to your computer, a laptop is your best friend during a blackout. Laptops typically have built-in batteries that can provide several hours of usage. Always make sure your laptop’s battery is fully charged. When a blackout occurs, you can extend its life by reducing screen brightness and closing unnecessary applications. Having an external power bank for your laptop is also a good idea for prolonged blackouts.

3. Identify Other Devices that Require Power

Take a moment to consider all the devices you’ll need to continue working. This might include monitors, printers, and external hard drives. For these devices, having a surge protector with a built-in battery can provide some extra power during an outage. However, for prolonged use, or for high power devices, consider alternative power solutions such as a generator.

4. Utilize Your Vehicle

If you have an electric vehicle with an outlet, you’re in luck. Many electric vehicles (EVs) have power outlets that can be used to charge your laptop or other devices. Keep an adapter on hand to make use of this resource during a blackout. For non-electric vehicles, you can use an inverter to hardwire your car to power essential devices, though this should be done with caution to avoid draining your car’s battery excessively.

5. Explore Solar Power Options

Harnessing the power of the sun is an eco-friendly and reliable way to keep your devices running during a blackout. Consider investing in a solar-powered battery pack. These devices use solar panels to charge an internal battery, which can then be used to power your essential devices. This is an excellent long-term solution that can be used even when there’s no blackout to provide sustainable energy. 

6. Test Your Setup Before a Blackout

Before you find yourself in a blackout situation, it’s crucial to test your setup to ensure everything works as expected. Charge your laptop, battery packs, and any other devices you plan to use. Check that your router’s battery backup is functioning correctly, and make sure your vehicle’s power source is accessible and operational. Testing your setup in advance will give you peace of mind and ensure that you’re well-prepared when the lights go out.

Conclusion

Working during a blackout is not only possible but also increasingly feasible thanks to modern technology and alternative power solutions. By investing in the right hardware and planning ahead, you can maintain your productivity even when the power grid fails. Whether you opt for a router with a battery backup, a laptop with a reliable battery, or solar-powered devices, being prepared for a blackout can make all the difference in staying connected and productive during challenging times. Remember, the key is to plan, test, and adapt your setup to your specific needs, ensuring that you can continue working no matter what Mother Nature throws your way.

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Exploring Fixed Wireless Access Internet Service 

In the ever-evolving landscape of communication technology, Fixed Wireless Access (FWA) has emerged as a game-changing solution, providing reliable internet connectivity to homes and businesses. FWA is offered by major telecom giants such as T-Mobile, Verizon, and AT&T, allowing customers to enjoy high-speed internet without traditional wired connections. While FWA presents an exciting opportunity, it’s important to note that its availability is currently limited to select areas.

What is Fixed Wireless Access (FWA)?

Fixed Wireless Access (FWA) is a broadband internet service that delivers high-speed connectivity using wireless technology, eliminating the need for physical cables and infrastructure. FWA operates by establishing a wireless connection between a customer’s location and a nearby cell tower. This technology allows users to access the internet from a fixed location, whether it’s a residential home or a business establishment.

Limited Availability and Slot Constraints

At present, Fixed Wireless Access is only available in specific geographic areas where the telecom companies have deployed the necessary infrastructure. Unlike traditional wired broadband, FWA service coverage is dependent on the proximity of a cell tower. Due to this limitation, not all regions have access to FWA, making it essential for potential customers to check whether their area is eligible for this service.

Moreover, FWA service has a unique constraint that sets it apart from traditional internet offerings: the number of available slots per cell tower. Telecom companies cannot oversell FWA connections beyond the capacity of a given tower. This ensures that users connected to the tower can experience more consistent and reliable speeds without experiencing significant slowdowns during peak usage times.

Fixed Location Verification

Unlike mobile broadband, Fixed Wireless Access requires users to have a verified fixed location. This means that customers cannot use FWA for on-the-go connectivity like they would with mobile data plans. The verification process is crucial for maintaining network stability and ensuring that the service is provided to the intended location.

Variable Speeds Depend on Time of Day and Signal Quality

Even with limited access, the speed of Fixed Wireless Access connections can vary based on factors such as time of day and signal quality. During peak usage hours, such as evenings when many users are online, the network may experience increased congestion, leading to potential slowdowns in internet speed. Additionally, the quality of the signal between the customer’s location and the cell tower can impact the overall speed and stability of the connection. Using an external antenna can typically help in cases where the signal and/or signal quality may be too weak inside. 

FWA Highlights

FWA has many benefits for home and business owners. If you have availability in your area, it’s best to take advantage of the service ASAP before all slots are taken. If you’re on the fence about it, take into consideration the following highlights that showcase FWA’s potential:

  • Rural and Underserved Areas: FWA has the potential to bridge the digital divide by providing high-speed internet access to remote and underserved areas where laying traditional wired infrastructure is cost-prohibitive or logistically challenging. This can empower rural communities with improved educational, economic, and social opportunities.
  • Quick Deployment: FWA offers a faster deployment timeline compared to laying physical cables. This agility is particularly valuable in disaster-stricken areas where rapid connectivity is crucial for emergency response, relief efforts, and communication restoration.
  • Cost-Effective Solution: For both service providers and customers, FWA can be a cost-effective alternative to traditional wired broadband solutions. It eliminates the need for extensive underground cabling and associated infrastructure costs.
  • Reduced Environmental Impact: The absence of extensive physical infrastructure reduces the environmental impact associated with laying cables and digging trenches, contributing to a more sustainable approach to connectivity expansion.
  • Business Connectivity: FWA offers a reliable and high-speed internet option for small businesses and startups, enabling them to establish and maintain their online presence without the limitations of traditional wired connections.
  • Future-Proofing: As technology advances, FWA networks can be upgraded with minimal disruption, ensuring that users can benefit from evolving connectivity standards without major infrastructure overhauls.
  • Complementary Technology: FWA can complement existing wired and mobile networks, providing an additional layer of redundancy and network resilience, especially in areas prone to service disruptions.

Paving the Way for the Future of Fixed Connectivity

Fixed Wireless Access offered by telecom giants like T-Mobile, Verizon, and AT&T represents a promising advancement in internet connectivity technology. By eliminating the need for physical cables and infrastructure, FWA brings the convenience of high-speed internet to more homes and businesses. However, its current limited availability and dependence on cell tower capacity mean that FWA is not yet accessible to everyone. As technology continues to evolve, it’s likely that FWA services will expand to cover more areas and improve the overall online experience for users in the future.

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Cutting the Cable – Switching from Cable Internet to Cellular 5G

90 Days in: An Update

After about 90 days of living off 5G Internet service, I am more than pleased with the experience. Have I had any issues? I’d be lying if I said no, but thankfully they’ve been minor. Things like buffering video and choppy audio on voice over IP (VoIP) calls. Regardless of those issues, I was able to use over 500GB of data in June and just over 1TB in July (unfortunately, my May usage was lost). 

I found that my issues were mainly noticeable for my work purposes. This includes real time video meetings and VoIP calls. The buffering I experienced was typically while trying to stream movies during my personal time, which was acceptable. However, I wanted to look for ways to possibly improve those issues. 

When I first installed the 5G service, I simply used the antennas that came with the router. These provided a decent signal and okay quality. Leaning on my experience here with 5Gstore.com, I know that signals tend to improve when there are less obstructions. This means getting the antennas outside and higher up in elevation. The best way to accomplish this is with an outdoor antenna. 

I decided to install an outdoor directional antenna as they are generally more powerful than omnidirectional antennas. They are also focused in a specific direction so you can test and compare results from multiple cell towers (if applicable). This may result in not only better signal, but better quality if there’s less interference in one direction. With less interference, the speeds can normally increase too. 

Since installing the directional antenna, my connection has noticeably been more consistent. That’s with a slight change in frequency band connection and small to large increase in signal and quality (depending on the band). 

The speeds have usually been around 130-160 Mbps down and 13-17 Mbps up with approximately 30-40ms ping times. It would seem that a more consistent connection allows for more usage, which might explain the jump seen on my network between June and July.

Original article, published 5/23/2023:

For years, if you could get your hands on it, cable was the go-to option for both TV and Internet. However, in more recent years, 4G/5G Internet has been a game changer in the world of home entertainment and remote work. “Cutting the cable” might be something you’ve heard a lot recently, especially if you’re subjected to any commercials on live TV or the radio. Making the switch from cable to 4G or 5G Internet can save you money and headaches from outages or overall unsatisfactory service – or so they say. Can it really? I’m here to answer that question, at least based on my own experience with Comcast/ Xfinity. However, this article applies if you are wanting to leave COX or Spectrum.

A Little Background

I’ve been using Comcast/ Xfinity cable for TV and Internet pretty much since it became available. The ease of accessibility was something I quickly grew accustomed to. As time went on, the Internet speeds got faster and more channels were added to the TV lineup. I was addicted on all accounts. Although catching new episodes of my favorite shows was always a struggle. 

Eventually, I grew up and became an adult living in a world of endless entertainment and high speed Internet. I got married to a man just as interested in TV and film as I was. Neither of us had ever lived without cable so it was natural we got cable for TV and Internet when we bought a house. At that time, we marveled at all the content available and felt fortunate to have such high speed internet when so many others do not. 

Having this cable connection allowed me to start working from home almost 12 years ago. I was convinced cable was the best and most reliable connection to have for this purpose. So here we are, two people and a bunch of connected devices with download speeds of up to about 250 Mbps and upload speeds of up to 15 Mbps. This is way more than we ever needed for personal or work use. Still, I believed I had no other choice for a reliable Internet service, especially because my husband and I thought we needed cable TV. After all, the overall cost for TV and Internet was only slightly higher than Internet by itself. 

Working for 5Gstore.com

After some time working from home, I was provided a cellular modem to use as a backup Internet connection. This was a modem that 5Gstore (previously 3G store) both sold and supported, so it helped me on a few levels. I found the connection to be sufficient for my work use, but couldn’t imagine trying to live off that for personal use. I liked to download a lot of audio and video content as well as play games online, which all required more bandwidth speed than I saw a 3G service could provide. 

Gradually, the 4G/5G services started to improve and I could see the capabilities were growing. However, from working with customers who were solely working on cellular, I discovered that it still would not seem adequate for my personal use. Mainly because of the amount of data I would need to use for both work and personal use. From what I could see on our cable usage, we were using anywhere from about 60 GB to 900 GB. We definitely needed an unlimited data plan.

Making the Decision to Switch from Cable to 5G

Over just the past year, there have been multiple choices for Internet service and video content available to me. It was important that I have something reliable and as consistent as possible with its bandwidth speeds. Unfortunately, I couldn’t find anything better than my cable connection and I gave up pretty quickly. 

More time passed and both my husband and I found ourselves watching less and less cable TV and more content on streaming services. Nothing interested us on cable. Or, the content that was on could easily be accessed later without commercials. So why would we bother watching it live?

When 5Gstore announced their 5G unlimited data plan with no overages or throttling, I jumped at the chance to check my service. I live just outside of Chicago, which is thankfully in a coverage area. This changed my outlook on everything. I already knew that I could work off 3G and 4G cellular service. I also had been seeing and hearing reports of over 100 Mbps download speeds and higher, which I knew would be sufficient for my personal use. I was on board to at least test it out. As an added bonus, I had a chance to finally use the Peplink MAX BR1 Pro 5G!

The Transition from Cable to 5G

Coming from a household that has had cable Internet and TV for decades, it was a little strange to consider canceling. After all, I was technically sacrificing some bandwidth speed as well as all the channels and on demand video content our TV plan had to offer. I decided to keep both plans in place for a month. The goal was to perform comparison testing during this time. Though I also still wanted access to the cable in case the cellular became unusable. This would hopefully provide a smoother transition, while allowing my husband and I to see if we could live without cable.  

The first part of the process was checking my address for service. This was done in a matter of minutes since it was during the work day. Next, placing an order from 5Gstore.com. This was simple and an even faster step. Not just because I work for the company, but because I took the same steps that any customer would take.   

In my case, I started using the 5G unlimited data plan. This is considered a Fixed Wireless Access (FWA) type of Internet connection that requires address verification because of limited tower availability.  It operates directly off the Verizon cellular network and can connect to C-Band frequencies, which can provide faster, more reliable speeds. 

Overall, this was a smooth transition. Sure, my experience in this business helps, but this is something that anyone can do. Just let the 5Gstore sales team assist you with selecting the appropriate data plan and 4G/5G router or modem first. Once you’ve got your hands on the SIM card and hardware, the installation is quick and easy. In fact, you could be set up and ready to go in a matter of minutes. 

My Experience Living and Working on 5G

The Peplink MAX BR1 Pro 5G swapped in for the cable modem nicely. I found a great location in my home where I was able to get a decent 4 bar, or roughly -96 dBm to -113dBm RSRP. I was able to get a consistent 5G signal on the C-Band (5G band n77) along with a signal over 3 additional 5G and 4G LTE bands. This was achieved with the Peplink and its stock, paddle style antennas. 

My current work involves uploading and downloading lots of files. Even with the roughly 100 Mbps slower download speeds, I did not see much difference when downloading over cable versus 5G. The upload speeds from 5G were actually quite comparable to cable. Typically, upload speeds were around 10 to 13 Mbps so uploading files was barely noticeable in comparison to uploading over cable.  

Occasionally, I am on the phone using VoIP service or on a video meeting. I would say that 99% of the time, my experience is excellent. The other 1%, the audio on a phone call will cut out for a moment and then return. For the most part, video meetings were just as fantastic. In some cases, it even appeared to be better than what I saw over cable. 

When I use streaming services for TV and movies, I normally try to watch in 4K when possible. I was surprised that there were no issues with this. Then again, the download speeds are still way higher than my husband and I need. In comparison to the roughly 250 Mbps from cable, I normally received between 120 Mbps and 170 Mbps. That all being said, it would be difficult for me to tell the difference from cable. This was a pleasant surprise.

Regarding my data usage I gathered information over a complete month of testing (April 1st to April 30th). My usage totalled about 741 GB. Of that, my work PC used 121 GB and my work phone used 532 MB.

On a side note, this 5G unlimited plan, and a 4G LTE plan that 5Gstore offers, come with a static IP address. I found this extremely useful for setting up a VPN connection between my router and a colleague’s for easy access to devices on my LAN. I could also see it helpful if I wanted to access my personal files remotely when on vacation. Naturally, there are pros and cons to everything. So, while it proved to be helpful for my business use, it was otherwise frustrating for personal use. How could that be? Well, in order for a static IP address to work in this case, it had to be routed through a connection in Nebraska before reaching me in Illinois. This caused my devices without GPS capability (everything but our cell phones) to think they were in Omaha rather than Chicago. 

Why was this frustrating? All the commercials and local television access I had through streaming services like Amazon Prime, Hulu and Paramount+ were showing me content from Omaha and there was no option to change this to Chicago. Once the static IP address was removed from the line of service, it fixed the issue and all local content started coming from Chicago. Keep this in mind if you plan on purchasing a 5Gstore.com data plan for home use. Simply request we do NOT include the static IP when checking out and we’ll ensure it’s not included. 

Final Thoughts

Without cable service, I’m saving a little over $100. Not only is the 5G data plan cheaper, but there’s no hardware fees for renting hardware. You own the hardware and the SIM card is a one time fee. There’s no activation fees either like there are with some 4G/5G services. These savings even include the cost of streaming services. Those services are currently Amazon Prime, Disney+, Netflix, and Paramount+ with Showtime. 

So, is it worth it? I’d say yes! Whether you have COX, Spectrum, Charter, or Xfinity like me, it’s definitely worth the switch. Not only have I had 24/7 service, but my speeds have been pretty consistent and more than adequate for my usage. They’ve also been comparable to cable. The great thing about the data plan, aside from being so much less expensive, is that there’s no contract. We pay month to month and can cancel any time. Should I ever need to renew the service [after canceling] I would just purchase a new SIM card and data plan for my router.  

If you’re considering making the switch, it’s worth doing your research to find a provider like Verizon or T-Mobile, along with a plan that works for your needs. Check your coverage first and see if our 5G Unlimited data plan is available in your area. If this is not available, see what other types of data plans are offered and verify if they will work with the amount of usage you and any others may require. Check with the team at 5Gstore.com to see what hardware and data plan may be the best solution for your needs. With the right setup, you may find that cutting the cable is the best decision you ever made.

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Enhancing Internet Connectivity: The Power of Bonding

In today’s interconnected world, having a stable and fast internet connection is crucial for both individuals and businesses. These days, just about everything runs on the Internet. Things like our phones, TVs, credit card machines, thermostats, and security systems. When we rely on a single Internet connection we often encounter problems like choppy video chats, slow speeds, or even complete connection failures. Creating business continuity can easily be done by adding a secondary Internet connection. This can be used as a backup when your primary connection fails, which is why it’s normally referred to as “failover.” However, there’s another feature we want to explore with you that also utilizes multiple Internet connections, which is called bonding. 

Failover with a Backup Internet Connection

Using a secondary connection from a different Internet service provider can sometimes be difficult. There may only be one reliable cable, DSL, or fiber Internet service provider available in your area. This results in many businesses choosing a wireless service provider instead. Providers like Verizon Wireless, AT&T, and T-Mobile have nationwide coverage available with easy to install hardware. You can normally have the connection up and running in under 15 minutes. When your primary connection fails, your computers and other devices disconnect temporarily, then reconnect to your secondary network to keep your business operating. 

Due to this temporary loss in Internet, failover is most ideal for users and applications which do not require a 24/7 connection. In other words, those who can afford some downtime. The occasional home user, for example, may not mind having to wait a couple minutes before they can continue checking email or watching a video.  

Load Balancing 

With regards to routers, load balancing refers to the distribution of device traffic (i.e. browsing emails on your phone or playing videos on your computer) across multiple Internet connections. The purpose of load balancing is to optimize resource utilization, maximize speed, minimize response time, and avoid overloading any single Internet connection.

Load balancers act as intermediaries between client devices and the Internet connections they are accessing. They receive requests to access the Internet, distribute them among the available connections, and forward the responses back to the clients. This distribution can be based on various factors. That might be to evenly distribute device traffic across each Internet connection, or use the connection that has the fastest response time. Essentially, the router can intelligently select the best Internet connection to use, or it can split your devices evenly across the multiple Internet connections. 

Still, failures can occur. Any devices connected to a failed connection will need to be rerouted back to an available Internet service, assuming there is one. This creates additional downtime for your devices since they will need to disconnect and reconnect to another service. So, load balancing is most useful for households or businesses that have several users or devices that need to connect to the Internet more frequently and reliably. For example, you would connect some of your devices over one Internet connection and other devices over a second Internet connection. This is mainly helpful with cellular networks that can slow down as more devices connect. Load balancing allows you to alleviate the load on an individual Internet service by splitting your device’s Internet traffic across multiple services simultaneously. 

Poor Service vs No Service

On occasion, you may find your Internet connection to be slow or show intermittent issues like buffering video or choppy audio. Unfortunately, failover and load balancing routers do not have the ability to detect weak or spotty service. They only detect if the connection is available or not and sometimes how the connection performs. When you’re on a phone call, in a video meeting/ chat, or running a credit card, and your Internet connection fails, your call, meeting or transaction stops. You now have to re-establish your call, meeting or transaction over the secondary Internet service. No matter how this is done, it’s going to take time and effort on your part. Luckily, bonding can help you to avoid this disconnection.

Understanding Bonding

Bonding is the process of merging multiple internet connections to create a stronger and more efficient connection. Through specialized hardware or software, these connections are intelligently combined to form a single connection with improved capabilities. Instead of relying on just one connection, bonding distributes the load across multiple links, resulting in increased bandwidth speeds and a more reliable connection. This means instead of your phone call, video meeting, or credit card transaction dropping, bonding allows it to continue over your available Internet connection(s). 

Bonding vs. Load Balancing

Bonding and load balancing are two different approaches to optimizing internet connectivity, though both work by using multiple Internet connections. Bonding involves combining multiple internet connections into a single virtual connection. In this case a network can merge the bandwidth of multiple weak or intermittent connections to create a single, more reliable high-speed connection. It works by combining the speeds of these connections and using a protocol to split network traffic across them. 

Unlike bonding, load balancing doesn’t require specialized hardware or software. It distributes traffic across multiple connections based on predefined settings (called algorithms). When devices connect to the load balanced network they will only use one of the connections at a time. This is why when a connection fails, any device using that connection must stop its Internet activity and restart it using an established connection. Load balancing is beneficial for managing traffic efficiently and preventing bottlenecks in scenarios with multiple users or devices, but will not increase bandwidth speeds.

Bandwidth Speed

Bonding can be a lifeline for individuals in areas with only slow DSL services, for example, which limit internet speed and productivity. By combining multiple slow connections, bonding effectively increases the overall internet speed. It surpasses the limitations of individual links, providing a faster and more efficient online experience. This technology empowers individuals living in remote areas or regions with limited internet infrastructure to access the full potential of the digital world. It is also particularly advantageous for bandwidth-intensive applications like live video streaming or large file transfers.

Reliability and Redundancy

Bonding enhances reliability by providing seamless failover capabilities. If one connection fails, your Internet traffic keeps flowing over the remaining connections. This redundancy and resilience are crucial for critical applications requiring continuous and reliable internet access such as day trading or 24/7 surveillance. 

Let’s say you have a VoIP (an Internet based phone) call established with an important client. If you’re using failover and your primary Internet connection fails during the call, the call is dropped. At that time, you have to connect your phone to your secondary Internet and start the call over. If you’re using load balancing, the call also drops, but the switch to another Internet connection is automatic rather than manual. Of course, failover can also be automatic if you’re using a router that supports this feature. 

Bonding is the only feature that would allow your call to continue without any disruption. In fact, it should be unnoticeable. This is because unlike load balancing where device traffic is sent to individual Internet connections, bonding sends the traffic to ALL Internet connections at the same time. So, if one of those connections happens to fail, your device remains connected to the Internet as if the failure didn’t occur.  Where failover creates some disruption in Internet service, bonding does not.  

Enhancing Business Continuity

Businesses relying on internet connectivity for critical operations can greatly benefit from bonding. For example, Point of Sale (POS) systems, which require a stable internet connection for credit card transactions, can experience significant disruptions if the primary connection fails. By implementing bonding, a secondary connection is readily available to seamlessly take over, ensuring uninterrupted transactions. Bonding provides a failsafe mechanism to prevent potential losses and maintain customer satisfaction. Additionally, businesses utilizing internet-based phone services and video conferencing understand the importance of clear audio and video quality during calls. With bonding, multiple weak and/ or unreliable connections are combined into one robust link. This ensures uninterrupted and high-quality conversations, even if individual links fail.

Unleashing Connectivity on the Go

Frequent travelers or remote workers with limited internet access can benefit from bonding. By leveraging multiple cellular internet connections from different providers, bonding enables faster speeds and increased reliability. If one provider’s coverage is unavailable or weak, the other connections seamlessly take over, allowing users to stay connected without interruption. Whether you’re a digital nomad, a field professional, or an adventure seeker, bonding offers the flexibility and reliability needed to stay connected on the go.

The Solution is Bonding

Bonding is a revolutionary technology that significantly enhances internet connectivity in various scenarios. Whether you’re a business owner relying on seamless credit card transactions and phone services, a traveler in need of reliable connectivity, or an individual struggling with slow internet speeds, bonding offers a solution. By combining multiple connections into a single, more powerful link, bonding improves reliability, increases speed, and ensures uninterrupted connectivity. Embrace the power of bonding and unlock a world of enhanced internet experiences. Say goodbye to frustrating connection issues and welcome a seamless online journey.

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7 Tips for Ensuring a Secure Internet Connection

The internet has revolutionized the way we communicate, do business, and access information. However, the internet is also a hub of malicious activities, making it imperative to ensure a secure internet connection. Whether you are browsing the web, conducting online transactions, or accessing sensitive data, securing your internet connection is crucial. Let’s take a look at some of the ways we can help protect our connections. 

#1: Use a Virtual Private Network (VPN)

A Virtual Private Network (VPN) is an excellent tool to secure your internet connection. A VPN creates an encrypted tunnel between your device and the internet, making it difficult for anyone to intercept your data. This is particularly important when using public Wi-Fi, as these networks are often insecure and can be easily hacked.

When choosing a VPN, ensure that it uses strong encryption and has a no-logging policy. A no-logging policy means that the VPN provider does not store any of your internet activities, ensuring your privacy. Some popular VPN providers include ExpressVPN, NordVPN, and SurfShark.

#2: Keep your devices updated

Software updates are not just about new features and bug fixes; they also include security patches. Hackers are constantly looking for vulnerabilities in software to exploit. Thankfully, software updates often include security fixes that address these vulnerabilities. Keeping your devices updated ensures that you have the latest security patches, making it harder for hackers to exploit your devices.

Ensure that your operating system, antivirus software, and other applications are updated regularly. Most software updates can be set to automatic, making it easier to keep your devices updated.

#3: Use strong passwords and enable two-factor authentication

One of the most common ways hackers gain access to your online accounts is through weak passwords. A strong password should be at least eight characters long and include a mix of uppercase and lowercase letters, numbers, and special characters.

Using a different password for each account is also important, as it prevents hackers from gaining access to all your accounts if they manage to crack one password. Additionally, enabling two-factor authentication adds an extra layer of security by requiring a second verification method, such as a code sent to your phone, before allowing access to your account.

#4: Use a Firewall

A firewall is a security tool that monitors and controls incoming and outgoing network traffic. A firewall can help prevent unauthorized access to your computer by blocking incoming traffic from suspicious sources. Most operating systems come with a built-in firewall, but you can also install a third-party firewall for additional protection.

#5: Avoid suspicious websites and emails

Phishing attacks are a common way hackers use to gain access to your online accounts. Phishing emails often look legitimate, but they are designed to trick you into providing sensitive information, such as login credentials or credit card details. To avoid falling victim to phishing attacks, be cautious of emails that ask for sensitive information or come from unknown sources.

Similarly, malicious websites can also be used to steal your information or install malware on your device. Be cautious when clicking on links, and always verify that the website is legitimate before providing any sensitive information.

#6: Disable file sharing

File sharing is a convenient way to share files between devices, but it can also be a security risk. If file sharing is enabled on your device, anyone on the same network can access your files, including sensitive information. Ensure that file sharing is disabled when using public Wi-Fi or in any other situation where you do not trust the network.

#7: Use HTTPS

HTTPS (Hypertext Transfer Protocol Secure) is a secure version of HTTP, the protocol used to transfer data between your browser and websites. HTTPS encrypts your data and ensures that the website you are accessing is legitimate. You can check if a website uses HTTPS by looking for the padlock icon in the address bar. If the website uses HTTPS, you should see a padlock icon and the website address should start with “https://” instead of “http://”.

Using HTTPS ensures that your data is encrypted and secure, making it harder for hackers to intercept your data or manipulate the website you are accessing. It is particularly important when accessing sensitive information, such as online banking or making online purchases.

Maintaining Security on Your Network

In addition to the tips provided, utilizing a secure router is also advised as it adds another layer of protection. Most routers come with their own firewall as well as configuration settings that allow you to block certain devices from accessing your network. For example, you might set a configuration rule that blocks any device [from your network] that does not exist on a trusted list you’ve created. If any new devices need to connect, a secure guest network can be used rather than your primary network. Should you be in need of a secure router, just contact the team at 5Gstore and we’ll assist you in selecting the most appropriate solution based on your Internet connection(s), usage, and other requirements.  

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Why You Should Use a Cellular Backup for IoT

The Internet of Things (IoT) is transforming the world as we know it. It has the potential to revolutionize the way we live, work, and communicate, with billions of connected devices already in use around the world. IoT has a wide range of applications, from smart homes and cities to healthcare, industrial, and transportation. With this increased connectivity comes the need for reliable and resilient IoT networks. 

IoT networks are designed to connect billions of devices in real-time, providing access to information and data when and where it’s needed. This also means IoT networks are vulnerable to disruptions and outages. A single point of failure in the network can result in significant consequences, such as the loss of critical data, loss of productivity, and even financial losses. This is where cellular Internet can help.

Since 5G is becoming increasingly available, IoT devices and applications have become more sophisticated and data-intensive, which has led to the need for better connectivity and faster data transfer rates. Cellular provides a reliable and secure connection, even when other communication channels are unavailable. This is especially important for IoT devices that need to function in remote or challenging environments, where a reliable and stable connection is essential. For example, IoT devices used in agriculture, mining, or oil and gas production often operate in remote locations where traditional fixed-line networks are not available. Cellular can provide a primary or backup connection that keeps these devices online and functioning, even in the event of a network outage or disruption.

Speed and Reliability 

In addition to providing a reliable backup connection, cellular can also improve the speed and reliability of IoT networks. Cellular networks are designed to handle large amounts of data traffic, and can often provide faster and more reliable connections compared to traditional fixed-line networks. This is because cellular networks use the latest technology and have the ability to dynamically allocate bandwidth based on demand, providing a better user experience.

This improved speed and reliability can be particularly useful for IoT devices that require real-time data transfer, such as those used in healthcare, industrial, or transportation applications. All can benefit from high-speed connectivity, low latency, and advanced security features that some LTE, and 5G-enabled routers and gateways can provide. 

Enhanced Security

Another advantage of using a cellular backup for IoT is security. IoT networks can be vulnerable to cyber attacks and hacking, and cellular Internet provides an additional layer of security to protect against these threats. Cellular networks are designed to be secure and reliable, and use encryption and other security measures to protect against unauthorized access. This includes secure authentication methods, network-level encryption, and firewalls to prevent unauthorized access to sensitive data.

In addition, cellular networks are subject to strict regulatory and compliance requirements, which ensure that they are secure and reliable. For example, in the European Union, mobile broadband networks must comply with the General Data Protection Regulation (GDPR), which sets strict rules on data protection and privacy. In the United States, mobile broadband networks must comply with the Federal Communications Commission (FCC) regulations, which set standards for network security and reliability.

It’s important to note that the security features offered by mobile broadband services can vary depending on the service provider and the specific plan or package you choose. Additionally, users should always take basic security precautions such as keeping their device and software up to date, using strong passwords, and avoiding suspicious websites and links.

Cellular and IoT

Cellular Internet can be used in IoT applications to provide connectivity to a wide range of devices and sensors, allowing them to communicate with each other and with cloud-based services. Here are some ways that cellular can be used in IoT applications:

  • Remote monitoring: IoT devices can be deployed in remote locations to collect data and transmit it to the cloud using cellular connectivity. This data can then be analyzed to provide insights and improve operational efficiency.
  • Asset tracking: Use cellular to track the location and status of assets, such as vehicles or shipping containers, in real-time. This allows organizations to optimize logistics and improve supply chain management.
  • Smart homes: Cellular Internet can be used to connect smart home devices, such as thermostats, security cameras, and lighting, to the internet. This allows homeowners to remotely control and monitor their homes from anywhere.
  • Wearables: When WiFi is not available, wearable devices, such as fitness trackers and smartwatches, use cellular to connect to the internet. This allows users to track their health and fitness data and receive real-time alerts and notifications, no matter where they are.
  • Industrial automation: Connect industrial automation systems, such as robots and sensors, to the internet. This allows organizations to automate processes and optimize production.

Cellular backup for IoT provides a flexible connection, improved speed and reliability, and enhanced security for IoT devices. By leveraging the strengths of cellular Internet, organizations can ensure the resilience and reliability of their IoT networks, and safeguard against network disruptions and outages. If you’re looking to optimize your IoT network and ensure the success of your IoT initiatives, consider implementing a cellular backup for peace of mind and increased functionality. Whether you’re operating in remote locations or urban environments, a cellular backup can be a valuable investment for any organization looking to fully leverage the power of the Internet of Things.

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Why Every Enterprise Business Needs a Cellular Backup Plan

Enterprise businesses today are dependent on the internet for day-to-day operations. Whether it’s for email communication, managing websites, or accessing cloud-based applications, a reliable internet connection is crucial. However, there are times when the main internet connection fails, and in these cases, a backup plan is necessary to ensure seamless business operations. A mobile broadband, or 4G/5G cellular backup is a cost-effective solution that provides a secondary internet connection for businesses.

What is Cellular Internet and How Can it Help?

A cellular backup provides high-speed internet access through a mobile network via a mobile device (phone, hotspot), USB modem, or router with embedded modem. It can be used as a secondary connection in case the primary connection fails. It can even be the primary connection in cases where no other service provider is available. With cellular Internet, businesses can continue their operations without interruption.

Reliability is one benefit of using cellular as a backup for your enterprise business. Mobile broadband networks are highly resilient and less susceptible to outages compared to traditional broadband since service is provided over the air. Even if a natural disaster takes out the cell towers, providers now have mobile command units that can broadcast signals. 

Cellular Internet can be accessed from just about anywhere. This is particularly useful for businesses that need to work from remote locations, such as construction sites, outdoor events, or even when traveling. Pop up stores can be up and running in less than a day, especially because setup is generally simple and straightforward. All you need is a compatible device and a cellular data plan from a service provider.

How Does Cellular Internet Compare to Wired Internet Services?

In comparison to traditional wired Internet services (e.g. cable, DSL, fiber), cellular can be more cost-effective. This is mainly because there is little to no installation costs involved. You may be curious about the differences in bandwidth speeds too. These can be quite similar, depending on your service plan. With some LTE and 5G modems, speeds can actually exceed wired services. 

One of the key challenges with cellular Internet, however, is that it can be subject to data caps. This means that businesses may have to limit their internet usage to ensure they don’t exceed their data allowance. To overcome this, businesses can opt for a cellular plan with a higher data allowance, or they can purchase additional data as required. However, businesses should carefully consider their internet usage and select a plan that meets their needs.

Another consideration is that cellular connections can be subject to network congestion, which can result in slower internet speeds. This is particularly true during peak periods when many people are using the network. To mitigate this, businesses can look for a cellular data plan that provides priority access to the network during busy periods.

Where Can Cellular Internet Help?

Retail businesses and restaurants often rely on constant internet access to process transactions, manage inventory, run security cameras, and communicate with customers. If their traditional broadband connection goes down, the cellular Internet can ensure that credit cards can still be processed and customers can still be serviced.

Healthcare providers need to be able to access patient information and communicate with other healthcare professionals in real-time. Cellular can provide the necessary backup to keep operations running so that patients receive the care they need.

Remote workers, such as field technicians or sales representatives, need to be able to access company resources and communicate with their colleagues while on the go. Cellular provides a primary or backup solution that allows them to continue working wherever needed. Having this flexibility can certainly lead to more productivity.

Conferences and events often require internet access for attendees to connect to company resources, access information, and participate in virtual sessions. If the event space charges too much for their service, or its performance is lacking, mobile broadband can act as a primary, or supplementary Internet connection.

By providing an alternative way of accessing the internet, cellular Internet can help your business maintain operations and stay competitive in today’s fast-paced business world. With its quick and easy setup, high-speed internet access, and reliability, cellular is a cost-effective solution that provides businesses with peace of mind and ensures business continuity. Whether your business requires internet access in remote locations, on-the-go, or as a backup solution, cellular Internet provides a flexible and reliable solution that can meet your needs.

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How to Maximize Your Internet Connection Time: 9 Tips for Reliable Connectivity

From communication to work and entertainment, we rely heavily on the internet. But, what happens when the internet goes down? We can experience frustration, loss of productivity, and even financial losses. Maximizing internet uptime is essential, and here are some ways to achieve this.

Choose a Reliable Internet Service Provider (ISP)

One of the primary factors that affect internet uptime is the quality of your ISP. Not all ISPs are created equal, and some are more reliable than others. When choosing an ISP, consider their reputation, customer service, and the quality of their network. Look for an ISP with a proven track record of providing high uptime and fast internet speeds. If you’re looking to cellular Internet services providers (4G LTE/ 5G), also consider the coverage in your location and any other areas you may frequently visit. 

Use a Reliable Router

Your router is the device that connects your home or office network to the internet. Using a reliable router is crucial to ensure maximum uptime. Make sure your router is up to date and has the latest firmware installed. A router that is outdated or has an old firmware version can cause connection issues, leading to downtime. It’s also helpful to have a router that can support multiple Internet connections so that you can implement redundancy (more on this below).

Keep Your Equipment in Good Condition

Your internet equipment, including your router and modem, needs to be in good condition to ensure maximum uptime. Dust, heat, and other environmental factors can affect the performance of your equipment. Regularly clean your equipment, keep it in a cool and dry place, and replace any faulty parts as soon as possible.

Use Wired Connections Instead of WiFi

WiFi is convenient, but it is also more prone to interference and signal degradation than wired connections. Using a wired connection can help you achieve a more stable and reliable internet connection. If you have the option, consider using an Ethernet cable to connect your devices to your router.

Use a UPS (Uninterrupted Power Supply)

Power outages can cause internet downtime, especially if your ISP’s equipment and your router are affected. Using a UPS can help prevent this by providing backup power during power outages. A UPS can give you enough time to save your work and shut down your devices properly, preventing data loss.

Monitor Your Network

Monitoring your network can help you detect issues before they cause downtime. You can use network monitoring software to monitor your network and receive alerts when there are issues. This can help you take action quickly and prevent prolonged downtime.

Use Cloud-Based Services

Using cloud-based services can help you maximize uptime. Cloud-based services are typically hosted on multiple servers, which means they are less likely to experience downtime. They are also accessible from anywhere, making it easier for you to access your data even if your local network is down.

Implement Redundancy

Redundancy is the practice of having multiple systems or backups in place to ensure maximum uptime. For example, you can use a failover internet connection, which automatically switches to a backup connection if your primary connection goes down. Most users typically opt for a cellular Internet connection in these cases because of their availability and flexible data plans. 

Use a VPN

Using a VPN can help you maximize uptime by providing an additional layer of security and privacy. A VPN encrypts your internet traffic, making it more difficult for hackers and other malicious actors to intercept your data. It also allows you to bypass internet censorship and access content that is not available in your region. However, not all services will allow you to connect when coming from a VPN connection. Still, if you want to give it a try, Peplink includes their own VPN service with warranty plans, which is called SpeedFusion. This allows you to build a VPN connection anywhere in the world, directly from your router. This means that all your devices connected to the router can benefit from the VPN. Other benefits include having seamless failover between multiple Internet connections as well as bandwidth aggregation.

Maximizing internet uptime is essential to ensure productivity, prevent data loss, and avoid frustration. By following these tips, you can ensure that your internet connection is as reliable and stable as it can be. Start by selecting a reliable ISP and router. Keep your equipment in good condition and use a UPS to ensure connectivity when power goes out. You may also use wired connections instead of Wi-Fi, implement redundancy, and use a VPN. 

Looking for further assistance with routers, VPN and redundant connections? Reach out to the 5Gstore team via phone, email, or chat!

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Does Verizon C-Band Service Work on Peplink Routers?

5G C-Band networks have been the subject of many articles surrounding possible interference issues with aircraft tools. While there has been some concern from the aviation industry, people are more eager to obtain access due to C-Band’s truly faster bandwidth speeds and lower latency. 

Now, Peplink customers wishing to utilize Verizon’s C-Band network can finally do so as of today. This is because Verizon has certified the following models for use on their C-Band network:

Note that this will require updated firmware, which you can find the instructions for here.

If you’re interested in learning more about these devices, or would like a quote, please contact us by phone, email, or chat!

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