Tag: Cellular

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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Enhancing Network Reliability: Incorporating Cellular Routers for Automatic Failover

We all know how crucial a reliable internet connection is for both personal and business operations. However, even the most dependable internet service providers can experience outages or downtime. To ensure uninterrupted connectivity, it’s essential to have a failover solution in place. One effective way to achieve this is by incorporating a cellular router or adapter into your existing network. 

The Need for Failover Solutions

Downtime caused by internet service interruptions can have significant consequences. For businesses, it can lead to lost revenue, productivity, and damage to reputation. For individuals, it can disrupt essential online activities like remote work, streaming, and communication. This is where automatic failover solutions come into play.

A cellular router or adapter acts as a backup internet connection when your primary service fails. It seamlessly switches over to cellular data, ensuring continuous connectivity even during ISP outages. Setting up this failover mechanism is relatively straightforward and can save you from the hassle and losses associated with downtime.

Topology: How Cellular Routers Fit into Your Network

To incorporate a cellular router or adapter into your existing network, you need to understand the network topology. Here’s a step-by-step guide:

  1. Evaluate Your Network Setup: Before you begin, assess your current network configuration. Identify the primary modem and router (or combination modem/ router unit) that connects your network to the internet and locate the devices that require internet access.
  2. Select the Cellular Router or Adapter: Choose a cellular router or adapter that suits your needs. Do you have a separate modem and router in place or has your Internet Service Provider (ISP) supplied you with a combination modem/ router unit? If you have a separate modem and router, you can simply select a cellular adapter. If using a combination modem/ router, look at cellular routers instead. In this case, you would configure your modem/ router unit in a bridge or passthrough mode and then connect it to the WAN port of the cellular router. In either case, ensure the cellular router or adapter supports automatic failover and is compatible with your cellular provider. 
  3. Position and Install the Cellular Router: If using a cellular adapter, place this between your ISP’s modem and your router. The modem’s Ethernet cable should plug into the WAN port of the adapter. Then, from the LAN port on the adapter, connect it to the WAN port of your router. When you have a combination modem/ router, take an Ethernet cable from a LAN port and plug it into the WAN port of the cellular router. Place the cellular router or adapter in a strategic location where it can receive a strong cellular signal. This may require an external antenna to be installed if the signal inside is not usable.
  4. Configure the Cellular Router or Adapter: Access the router’s web-based configuration interface using a computer connected to the router. Typically, you can do this by entering the router’s IP address in a web browser. Follow the manufacturer’s instructions to set up the cellular connection. In a lot of cases, this may be a plug and play setup!
  5. Confirm Failover is Enabled: Most failover capable routers will have this feature enabled by default. In other cases, you may need to enable it and/or prioritize your Internet connections. The router will likely include some sort of connection health monitor as well. This setting determines when the router should switch to the cellular connection and back to the primary connection. It simply verifies that the connection is online or offline multiple times before it triggers the failover or failback [to the primary Internet connection]. 
  6. Test and Monitor: After configuring the cellular router, thoroughly test the failover mechanism to ensure it works as expected. Also, set up monitoring and alerts to be notified of any failover events. This way, you can take action or troubleshoot issues promptly.

Benefits of Cellular Failover

Incorporating a cellular router or adapter into your network can be quite simple with features like drop-in mode or IP Passthrough mode. These are features that allow you to utilize the settings of the failover router or adapter, while seamlessly incorporating it into your existing network. It also offers several other advantages: 

  1. Seamless Connectivity: The failover process is automatic and swift, ensuring minimal disruption to your online activities or business operations.
  2. Reliability: Cellular networks are independent of your ISP, reducing the risk of simultaneous failures. This redundancy improves overall network reliability.
  3. Remote Access: Cellular routers are invaluable for remote locations or areas with unreliable wired internet connections. They provide a dependable connection for monitoring and managing remote devices.
  4. Business Continuity: For businesses, uninterrupted internet access is critical for customer service, financial transactions, and data backup. Cellular failover ensures business continuity even during network outages.

Putting a cellular router or adapter in place for automatic failover is a smart investment in ensuring uninterrupted connectivity. By understanding your network topology and following the steps outlined in this article, you can enhance your network’s reliability and minimize the impact of internet service disruptions. Whether for personal use or business continuity, cellular failover solutions are a valuable addition to any network. 

Do you still have questions? Let the 5Gstore team help you with your setup! We’ll guide you through the pre-sales process to determine the best solution and then assist you with the configuration once the product is received. We’re here with you through the whole process! 

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Beware of Comcast Data Caps

When it comes to data limits, the first thing that may come to mind is cellular data plans. Not many of us consider the amount of data we’re using on our home Internet services like cable or DSL. However, Comcast has actually been one of the leaders in the use of data caps, charging as much as an extra $100. On most of their residential plans, you’re allowed up to 1.2 TB of data. That may seem like a lot, but if you like to stream frequently, you may quickly use up that data. Check out our data usage calculator to see for yourself. Note that if you do use over 1.2 TB, they’ll charge $10 for every 50 GB of extra data. 

What’s the Best Way to Avoid Overages with Comcast?

Comcast recommends a few plans with unlimited data if you think you could go over this limit in a month. Per Comcast:

As of January 1, 2021, the plan will be available nationally. It does not apply to Xfinity Internet customers on our Gigabit Pro tier of service, Signature+ More and Super+ More packages, Business Internet customers, customers with Prepaid Internet, or Bulk Internet agreements.

Luckily, if you live in the following Northeast markets, Comcast does not enforce these limits: CT, DE, MA, MD, ME, NH, NJ, NY, PA, VA, VT, WV, the District of Columbia, and parts of NC and OH. 

How Much is Unlimited Data from Comcast?

Comcast provides customers that go over their limit one free allotment of 50 GB of data every 12 months. Although, this is only the first time. If you do it a second time, they will charge you an extra $10 a month. At an extra $25 per month, Comcast’s xFi Complete with unlimited data plus its xFi Gateway will allow you to have unlimited data. Keep in mind that this is only for the states listed above. 

How Can I Avoid the Comcast Data Cap Fee?

If you have the choice available to you, providers like Verizon and T-Mobile do not have any data caps on their fixed Internet services. If cellular isn’t available to you, check out Starlink instead. Of course, this also has its limitations. Another option is to switch to HD-only streaming, since 4K uses much more, and monitor how much data you use. 

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Selecting an Antenna: A Comprehensive Guide

The need for robust and reliable wireless communication has become paramount. Whether you’re trying to enhance your home Wi-Fi network, optimize your cellular signal, or ensure accurate GPS tracking, selecting the right antenna for your router is a crucial decision. To make an informed choice, it’s essential to consider a multitude of factors before diving into the world of antennas.

Before embarking on your antenna quest, pause for a moment and ponder the following questions. Do you require a cellular antenna, a Wi-Fi booster, GPS enhancement, or perhaps a combination of these connections? Where will you be mounting the antenna—indoors, outdoors, or in a marine setting? How far will the antenna be from your router, and does it come with the necessary cable? These questions are just the beginning of a journey to find the perfect antenna solution for your unique needs.

In this comprehensive guide, we will delve deeper into these critical factors, equipping you with the knowledge needed to make an informed decision when selecting the perfect antenna for your router. Whether you’re enhancing your home network or embarking on a mobile adventure, understanding the intricacies of antennas is the key to unlocking seamless and reliable wireless communication.

What Should You Know? 

Before you start the search for an antenna for your router, consider the following questions:

  • Do you need a cellular antenna, WiFi, GPS, or something that combines these connections?
  • Where do you need to mount the antenna?
    • If installing at a fixed location, where are you getting the best signal and performance?
    • Is it going to be indoors or outdoors, or in a marine type setting? 
    • Does the antenna need to meet certain size requirements to fit in this location? 
  • How far is the antenna going to be in relation to your router? 
  • Does the antenna include cable?
    • Is the included cable going to be enough or will you need more?
    • If you need more cable, can you use an extension cable or should you select an antenna without cable so you can use the full required length?
  • Will your application be traveling or stationary?
    • Does the antenna need to be portable or can it be permanently mounted?
  • What type of antenna connectors does your router use, and how many are there?
  • What cellular frequencies does your router support? 

What is MiMO? What is a 2-in-1 or 4-in-1 Antenna?

Most cellular routers these days will have a main and diversity/ auxiliary port for bringing in the cell signal and communicating back to the cell tower. This is called a MiMO connection. MIMO (Multiple Input Multiple Output) is a technology used in wireless communication systems to improve the capacity and performance of the communication link. MIMO systems use multiple antennas at both the transmitter and the receiver to transmit and receive multiple data streams simultaneously over the same frequency band. 

In the case of 2×2 or 4×4 MIMO, there are two or four antennas at both the transmitter and the receiver, which allows for the transmission of two or four data streams in parallel. This can significantly increase the capacity and performance of the communication link, especially in environments with high levels of interference or noise. 

When an antenna is considered a “2-in-1” or “4-in-1” it means that the antenna has 2 or 4 connections. These can be cellular, WiFi, GPS, or a combination such as 2 cellular, 1 WiFi, and 1 GPS (this would be a 4-in-1). In most cases, the number of antenna ports on your router will determine how many connections you need on your antenna. However, if you don’t need GPS tracking, or to broadcast a WiFi signal outside, you can opt for an antenna with less connections. Simply focus on the signals you require and get an antenna with just those connections.

Selecting an Antenna Type

Most travel applications and locations in more suburban/ urban areas should use an omnidirectional antenna. Use a Directional antenna if there are little to no obstructions between your location and the cell tower, and you are in a weak signal location or there is only one tower in your area. If you’re looking to install an antenna indoors, keep in mind that the more obstructions between your antenna and the signal outside, the weaker and less consistent your signal and bandwidth speeds can be. 

If your application will be at a fixed location, doing a site survey first, can help determine whether or not an antenna could be helpful. It also allows you to find the best signal and bandwidth speeds where an antenna can be mounted. This ensures you get the best performance for your router. 

Frequency Band support

Ensure you select an antenna that covers the same, or more frequencies than your router. These are listed in the specifications of your router and the antennas. Some service providers may specify a certain frequency band that they utilize. Such as FirstNet’s Band 14 (700Mhz) and T-Mobile’s Band 71 (600Mhz). 

Cables

Once you know where the antenna can be mounted to get the best performance, you can measure how much cable is needed. Some antennas will include cabling. For those that do not, note that there are many different types of coax cables so you want to ensure you get one of a compatible impedance. You’ll also want to keep the length to a minimum as more signal loss, or attenuation, is created the longer the cable is. If you plan on using an omnidirectional antenna, try to use a length shorter than 50 feet. If using a directional antenna, you can normally make due with lengths closer to 100 feet. 

Checking the Connectors

Common antenna connector types include N, SMA, TNC, TS9, QMA, and FAKRA. Note that these connectors have male and female types, which must match up between the antenna and your router (i.e SMA Male to SMA Female). Not all antennas are created equal so it is important to check this information in the specifications. Use our connector reference guide to compare if you’re unsure. 

Gain

Gain is another factor to consider when selecting your antenna. Gain can be thought about like focusing the signal. The higher the gain, the more focused the antenna is on the signal in a particular direction. For an omnidirectional antenna, imagine a ball that flattens, extending outward. For a directional antenna, imagine a cone is made longer but the base of the cone is made smaller. A lower gain antenna might not have as much range as a high gain antenna, but it does allow for a wider degree of sight to the tower. This can be important to note for mobile applications, especially marine as boats will rock on the water at varying degrees. 

Let 5Gstore.com Help!

Try out our Antenna Search and Comparison to help guide you to finding the best antenna for your application. You can either select a router from our list, or manually enter specifications and matching antennas will be displayed. Filter options allow you to narrow down the antenna options further.

Is all this information still a little too overwhelming? Are there some outstanding questions you’re unable to answer? Not to worry! Contact our sales team and let us guide you through the process. 

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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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Enhancing Public Safety Response with Cellular Routers

Reliable communication is paramount for public safety agencies to effectively respond to emergencies and ensure the well-being of communities. To meet these critical demands, specialized sections of cellular networks have been established exclusively for public safety use. Companies like AT&T with FirstNet, Verizon and its Frontline service, and T-Mobile’s Connecting Heroes program have pioneered this innovation, offering dedicated networks that empower first responders with seamless, prioritized, and resilient communication capabilities.

The Need for Dedicated Networks

Traditional cellular networks are designed to handle a multitude of users engaging in various activities, such as browsing the internet, streaming videos, and sending emails. However, during emergencies or large-scale events, the surge in network traffic can overload these systems, compromising communication channels for first responders and emergency personnel. Dedicated networks for public safety address this challenge by creating a separate, prioritized infrastructure that ensures consistent access to communication resources, even in the most demanding situations.

AT&T FirstNet: A Game-Changer in Public Safety

Launched by AT&T in partnership with the First Responder Network Authority (FirstNet Authority), FirstNet is a dedicated cellular network designed exclusively for first responders. With its separate spectrum and specialized infrastructure, FirstNet ensures that public safety agencies have the bandwidth they need when it matters most. This means that firefighters, police officers, paramedics, and other emergency personnel can communicate and coordinate effectively without facing network congestion.

One of the key features of FirstNet is its priority and preemption capabilities. During emergencies, FirstNet users are given top priority, ensuring that their communication takes precedence over regular network traffic. This ensures that critical information reaches first responders promptly, enhancing their ability to make informed decisions and respond swiftly to evolving situations.

Verizon Frontline: Elevating Public Safety Communications

Verizon Frontline is another exemplary initiative that caters to the unique communication needs of public safety agencies. By leveraging Verizon’s advanced network infrastructure, Frontline offers first responders reliable connectivity and dedicated network resources. This empowers them to share real-time data, videos, and other critical information without the risk of disruption.

Frontline’s emphasis on network resilience is particularly noteworthy. The network incorporates redundancy and backup solutions, ensuring that communication remains intact even in the face of network outages or congestion. This level of reliability is essential for public safety agencies operating in high-pressure scenarios where seamless communication can be a matter of life and death.

T-Mobile Connecting Heroes: Bridging the Gap

T-Mobile’s Connecting Heroes program is yet another testament to the commitment of cellular providers to support public safety efforts. Through this initiative, T-Mobile offers first responders and their agencies access to its powerful 5G network, enabling high-speed data transfer, video streaming, and other bandwidth-intensive applications. This is crucial for tasks such as remote medical consultations, live video feeds from the field, and data-driven decision-making.

In addition to reliable connectivity, Connecting Heroes also provides cost-saving benefits. Public safety agencies can access T-Mobile’s network at discounted rates, allowing them to allocate resources more efficiently and invest in other critical aspects of their operations.

Benefits of Using a Cellular Router for Public Safety

In the realm of public safety, effective communication plays a pivotal role in safeguarding lives and responding swiftly to emergencies. While traditional methods, such as public safety approved cell phones and tablets, have served as communication tools for first responders, the adoption of dedicated cellular routers brings a new dimension of advantages that significantly elevate their capabilities.

The enhanced coverage and extended range provided by cellular routers are particularly valuable in challenging public safety scenarios. Whether in remote locations, disaster sites, or densely populated urban areas, these routers, equipped with high-gain antennas and advanced signal optimization technology, deliver superior connectivity compared to standard public safety approved cell phones and tablets.

Security is paramount in public safety communication, and cellular routers excel in this aspect. With support for virtual private networks (VPNs) and advanced encryption protocols, these routers offer an added layer of protection for sensitive data transmitted over the network. This heightened security ensures the confidentiality of communications among first responders, safeguarding critical information from unauthorized access.

Centralized management capabilities streamline the deployment and maintenance of cellular routers. IT administrators can efficiently monitor and configure multiple devices from a single interface, simplifying updates and reducing the administrative burden on public safety agencies.

Reliability is further reinforced through backup and redundancy mechanisms integrated into cellular routers. These mechanisms automatically switch between different networks, such as cellular and Wi-Fi, in the event of network outages, ensuring continuous connectivity for first responders even in challenging situations.

Durable and rugged design is another hallmark of cellular routers, making them well-suited for the harsh conditions often encountered in public safety operations. Extreme temperatures, dust, moisture, and physical impacts pose no hindrance to the seamless operation of these routers, contributing to their reliability in demanding environments.

Public Safety Approved Devices 

Looking for a solution to use for your public safety needs? Check out the following supported devices from our vendors, and be sure to reach out to the 5Gstore team with any questions! 

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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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CBRS: Revolutionizing Wireless Communication with Shared Spectrum

In the ever-evolving world of wireless communication, the demand for faster, more reliable, and ubiquitous connectivity continues to rise. To address this need, the Citizens Broadband Radio Service (CBRS) has emerged as a private networking solution. It leverages shared spectrum to optimize wireless networks and empower various industries. This article delves into the CBRS framework, its benefits, and its potential to revolutionize the way we connect.

Understanding CBRS

CBRS is an innovative wireless communication framework that operates in the 3.5 GHz band, also known as the “innovation band.” It represents a novel approach to spectrum allocation, aiming to maximize the utilization of available resources while ensuring efficient coexistence among different users. Unlike traditional spectrum allocation models, which are often rigid and exclusive, CBRS introduces a spectrum-sharing paradigm.

Dynamic Spectrum Access

At the heart of CBRS lies the concept of dynamic spectrum access. The shared spectrum is divided into three tiers: Incumbent Access, Priority Access, and General Authorized Access. The Incumbent Access tier is reserved for existing users such as government and military entities, while the Priority Access tier is allocated to commercial users who obtain licenses through an auction process. The remaining spectrum is available for General Authorized Access, enabling opportunistic usage by anyone without the need for licensing.

Spectrum Access System (SAS)

To enable efficient spectrum sharing, CBRS implements a Spectrum Access System (SAS) as the governing entity. The SAS dynamically manages spectrum allocation, ensuring that incumbents are protected and that priority users receive the necessary resources. It employs a combination of databases, algorithms, and real-time monitoring to facilitate coordination between different users and prevent interference.

Benefits of CBRS

  • Enhanced Wireless Capacity: CBRS introduces the concept of spectrum sharing, which optimizes spectrum utilization and allows for increased wireless capacity. This leads to improved network performance, reduced congestion, and better user experiences.
  • Cost-Effective Solution: By enabling the use of unlicensed spectrum for commercial users, CBRS eliminates the need for expensive spectrum licenses. This affordability makes it more accessible for a wide range of businesses and organizations, including small and medium-sized enterprises.
  • Private Cellular Networks: CBRS provides the opportunity for enterprises to deploy private cellular networks within their premises. This allows organizations to have greater control, security, and customization over their wireless infrastructure, leading to improved operational efficiency and enhanced IoT connectivity.
  • Rural Broadband Expansion: CBRS has the potential to bridge the digital divide in rural areas. The shared spectrum and cost-effective deployment models can enable wireless internet service providers (WISPs) to offer high-speed broadband connectivity to underserved communities. This can unlock new opportunities for education, healthcare, and economic development.
  • Innovation and Industry Transformation: CBRS opens up new avenues for innovation across various industries, including manufacturing, transportation, logistics, and agriculture. With improved connectivity, businesses can leverage advanced technologies such as IoT, artificial intelligence, and automation to transform their operations and unlock new revenue streams.

Future Potential

CBRS represents a significant step forward in wireless communication, offering a more efficient and flexible approach to spectrum allocation. As the demand for connectivity continues to grow, CBRS has the potential to play a pivotal role in supporting emerging technologies like 5G and beyond. Its ability to facilitate widespread adoption, promote innovation, and bridge the digital divide makes CBRS a promising solution for a more connected future.

By embracing CBRS, stakeholders from governments and enterprises to service providers and end-users can unlock the vast potential of shared spectrum, leading to a more inclusive and connected world. As technology continues to advance, CBRS serves as a testament to the power of collaboration and adaptive approaches in meeting the ever-increasing demand for wireless connectivity.

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What You Should Know About Private 4G LTE and 5G Networks

Connectivity has become the lifeblood of modern enterprises. With the exponential growth of data-driven technologies, businesses are seeking reliable and high-performing networking solutions that can meet their evolving demands. Enter private cellular networking – a game-changing innovation that promises to revolutionize enterprise connectivity. In private cellular networking, one common requirement across all enterprise deployments is the desire for improved wireless coverage that offers high speeds, minimal latency, and the capacity to transmit vast volumes of data instantly. In this article, we will explore the concept of private cellular networking, its benefits, and its potential to reshape the way businesses operate.

What is Private Cellular Networking?

Private cellular networking refers to the deployment of dedicated cellular networks within an enterprise’s premises, providing secure and customized connectivity. It harnesses the power of cellular technology, such as 4G LTE and 5G, to create localized networks tailored to the specific needs of an organization. Private networks are just like public ones, but operate on different frequency bands. This is why not just any device can connect to a private cellular network.

Enhanced Wireless Coverage

One of the primary drivers behind the adoption of private cellular networking is the need for enhanced wireless coverage. Traditional Wi-Fi networks often struggle with coverage limitations, especially in large and complex enterprise environments. Private cellular networks, on the other hand, leverage cellular infrastructure to deliver a broader coverage area, reaching even remote corners of a facility. This expanded coverage ensures seamless connectivity for employees, devices, and Internet of Things (IoT) devices, facilitating uninterrupted operations and increased productivity.

Unleashing High Speeds and Low Latency

In our data-driven world, speed and latency are critical factors in delivering efficient and responsive services. Private cellular networking offers businesses the ability to tap into the high speeds and low latency of cellular networks. With 4G LTE and 5G technologies, enterprises can enjoy faster data transfer rates, enabling real-time collaboration, video conferencing, and access to bandwidth-intensive applications. Additionally, the reduced latency ensures quicker response times for mission-critical tasks, enabling faster decision-making and enhanced operational efficiency.

Handling Massive Data Transfers in Real-Time

The exponential growth of data presents a significant challenge for enterprises, especially when it comes to transferring large volumes of data in real-time. Private cellular networking addresses this challenge by providing the capacity to handle massive data transfers seamlessly. With higher bandwidth and network capacity, businesses can effortlessly transmit data-intensive applications, video streams, and IoT-generated data, enabling real-time analytics, predictive maintenance, and data-driven insights. This capability opens new avenues for innovation and empowers enterprises to harness the full potential of their data.

Security and Control

One of the standout features of private cellular networking is the enhanced security it offers. Traditional Wi-Fi networks are susceptible to security vulnerabilities, making them a prime target for cyberattacks. Private cellular networks, on the other hand, provide inherent security features, such as encryption and authentication, ensuring secure communication and data transfer. By having full control over their network infrastructure, enterprises can implement robust security protocols tailored to their specific requirements, safeguarding their sensitive data and mitigating risks.

CBRS and Other Private Network Spectrums

In the United States, the Federal Communications Commission (FCC) designated the Citizens Broadband Radio Service (CBRS) as a wireless spectrum band exclusively available for private LTE networks. To connect to these private CBRS LTE networks, edge devices such as smartphones, embedded modules, and routers must obtain FCC certification specifically for the use of the CBRS band. Once certified, these devices can seamlessly connect to and operate within private CBRS LTE networks. Organizations seeking to establish their own private LTE networks have additional spectrum options available apart from CBRS. The FCC has recently approved rules that enable the use of a 900 MHz band of spectrum, owned by Anterix, for private networks. This expanded spectrum option provides organizations with more flexibility in designing and deploying their private LTE networks to cater to their specific needs.

Switch Between Private and Public Cellular Networks Where Needed

Routers equipped to support both private and public cellular networks offer a versatile solution for seamless connectivity, empowering users to switch between networks as needed. For instance, in scenarios like fleet vehicles, these routers enable a dynamic transition between public networks while on the road, and the company’s private network when they are in-house. This adaptability ensures continuous and reliable communication, optimizing the performance of applications and services. The ability to effortlessly switch between private and public networks enhances operational efficiency, enabling businesses to maintain a secure and controlled network environment when on their premises, while taking advantage of the broader coverage and connectivity options offered by public networks when their fleet vehicles are on the move. Ultimately, this capability provides organizations with the agility and flexibility to meet their diverse connectivity requirements, maximizing productivity and enhancing the overall user experience.

Industry Applications and Future Potential

Private cellular networking has a wide range of applications across various industries. From manufacturing and logistics to healthcare and smart cities, the benefits of enhanced coverage, high speeds, and secure connectivity are transforming the way businesses operate. With the evolution of 5G technology, private cellular networking holds even more promise, enabling innovations like autonomous vehicles, remote surgeries, and immersive virtual experiences.

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DISH Wireless Expands Their 5G Network to 70% of the U.S.

DISH Wireless has reached a significant milestone in the U.S. telecom industry by providing 5G broadband service to over 70 percent of the American population. This grants more than 240 million people access to cutting-edge connectivity technology. The accomplishment demonstrates DISH’s ability to design, construct, and deploy a groundbreaking 5G network within just three years. Furthermore, DISH has fulfilled all of its commitments to the Federal Communications Commission (FCC) as of June 14, 2023, including the launch of over 15,000 5G sites.

Dave Mayo, the executive vice president of Network Development at DISH Wireless, expressed gratitude for the tireless efforts of their teams in establishing the world’s first and only 5G cloud-native Open RAN network. He also acknowledged the continuous support and collaboration of their partners as DISH takes the lead in Open RAN deployment.

DISH has taken a pioneering step as the first wireless service provider in the U.S. to introduce 5G voice service, known as voice over new radio (VoNR). After its initial deployment in Las Vegas last year, DISH has expanded VoNR functionality to other markets. Presently, the VoNR service is accessible to over 70 million individuals across the country through Boost Mobile and Boost Infinite. DISH intends to expand the availability of VoNR service as they optimize their network for this advanced voice technology.

John Swieringa, the president and chief operating officer of DISH Wireless, emphasized the company’s crucial role in transforming America’s wireless infrastructure and global communication through their leadership in Open RAN technology. Swieringa mentioned the significant progress made in the network build-out and the forthcoming focus on generating revenue through retail and enterprise growth. As more markets across the nation offer the DISH 5G network for voice, text, and data services, DISH anticipates reaping the benefits of owner economics.

Customers can access the DISH 5G broadband network through Project Genesis, which allows them to provide valuable feedback on network performance, benefiting all retail wireless users. This opportunity is available to eligible individuals within the 70 percent coverage area. To sign up for Project Genesis unlimited data, voice, and text services, individuals can visit Genesis5G.com. Additionally, Project Genesis subscribers can now enjoy the Motorola edge+ 2023 device, equipped with three carrier aggregation supporting Bands 29, 66, 70, and 712.

The DISH 5G network is also accessible to Boost Mobile and Boost Infinite subscribers in over 50 markets nationwide, provided they own or purchase a device compatible with the network. Throughout the year, DISH will continue to expand availability to more markets and introduce network-compatible devices for the DISH 5G network.

DISH intends to submit its FCC buildout report no later than July 14, 2023.

For a comprehensive list of DISH’s wireless partners, please visit DISHWireless.com/home.

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