Tag: cradlepoint

SIM Management with Cradlepoint NetCloud

Establishing a seamless connection between cloud management and SIM management portals is pivotal for IT teams managing multiple SIMs across a Wireless WAN. In the conventional approach, IT professionals grapple with the complexity of juggling two distinct platforms: the cloud management system, which offers remote control over the network and security, and the Connectivity Management Platform (CMP), designed for monitoring, analyzing, and modifying cellular deployments.

The challenge arises due to the lack of intrinsic communication between CMPs and cloud management services. CMPs lack the ability to identify the precise location of SIMs, such as routers, clients, or applications, while cloud management systems lack visibility into SIM data plans. Consequently, when an issue with a specific SIM arises, IT teams find themselves entangled in a manual process that involves several steps: first obtaining the International Mobile Equipment Identity (IMEI) associated with the problematic SIM from the CMP, then inputting it into the cloud management service for troubleshooting, and finally reverting back to the CMP to resolve the issue.

This manual toggling between the CMP and cloud management service becomes exponentially challenging when dealing with a considerable number of SIMs within an enterprise network. The inefficiency of this process becomes apparent as IT teams grapple with larger-scale WAN deployments, significantly hampering their productivity and efficiency.

The ultimate solution lies in the integration of CMPs and cloud management systems into a unified, all-in-one SIM management platform. This integrated approach simplifies deployments, allowing IT teams to activate SIMs through the cloud management system, confirming their status, and ensuring the correct data plan usage. Moreover, it enhances visibility, enabling detailed tracking of cellular data usage—answering the who, what, when, where, why, and how of data consumption—across the enterprise edge.

One notable example of this integrated approach is Cradlepoint’s SIM Management feature, developed in collaboration with Simetric, a SIM management aggregator of carriers. By establishing clear communication over a single platform, Cradlepoint’s solution empowers IT teams to view SIM data plans without the need for manual navigation between disparate systems. This innovative platform not only simplifies SIM management but also provides IT professionals with the ability to deactivate and suspend lost, stolen, misplaced, and unused SIMs, all from a centralized location.

In addition to these core functionalities, Cradlepoint’s SIM Management feature offers the capability to activate SIMs in wireless edge routers during deployment. This streamlined activation process ensures that the correct data plan is utilized, further enhancing efficiency and accuracy in SIM management. 

Furthermore, the platform provides comprehensive data usage insights, presented through user-friendly dashboards. IT teams can remotely identify and understand potential problems related to connectivity and data usage, allowing for proactive troubleshooting and issue resolution.

In essence, Cradlepoint’s integrated SIM Management feature not only simplifies the complexities of managing multiple SIMs but also empowers IT teams with detailed insights and streamlined control, ensuring seamless operations in the ever-evolving landscape of Wireless WAN deployments.

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Revolutionizing Network Management: A Comprehensive Guide to Software-Defined Networking (SDN)

Today, as technology rapidly evolves, traditional networking approaches are proving insufficient to meet the demands of modern applications and services. Enter Software-Defined Networking (SDN), which empowers organizations to take control of their networks like never before. In this article, we’ll delve into what SDN is, why it’s important, and how you can get started with implementing an SDN solution for your applications. Additionally, we’ll explore the different types of SDN solutions available.

Understanding Software-Defined Networking (SDN)

Imagine you’re in charge of a big, complex network of computers, like the internet but on a smaller scale. Your job is to make sure that all the computers can talk to each other and share information effectively.

Traditionally, managing this network was a bit like playing with a big box of electrical wires and switches. You had to physically connect the wires and set the switches to make sure data (like emails, videos, or web pages) went to the right places. It was a bit like being a traffic cop at a busy intersection, manually directing the flow of data.

Now, think about SDN as a magical remote control for all those wires and switches. With SDN, you don’t need to touch the physical equipment as much. Instead, you use special software to control how data moves through the network.

Here’s how it works:

  1. Central Control: SDN has a central brain (or controller) that sits in the middle of the network. This brain knows about all the devices and how they’re connected.
  2. Smart Instructions: You can give the central brain instructions using software. For example, you can say, “Send more data to this part of the network” or “Give priority to video calls.”
  3. Flexible Changes: The cool thing is that you can change these instructions really quickly. It’s like telling the central brain to instantly switch the traffic lights at an intersection to make traffic flow better.
  4. Less Hardware: SDN also means you don’t need as much specialized hardware (like those physical switches). The software can do a lot of the work, so you save money and it’s easier to manage.

In simple terms, SDN is like having a remote control that lets you manage your network’s traffic without having to touch all the physical cables and devices. It’s more flexible, efficient, and easier to control, making the network run better and saving you time and money.

Functions of Software Defined Networking

  • WAN failover: When a single SDN router handles many Internet connections and a connection fails, SDNs automatically reroute the traffic to another cellular router.
  • Maintain connectivity: SDNs automate connectivity validation and can reroute to backup Internet connections. With this feature, a single router can support multiple carriers to significantly reduce downtime.
  • Network health monitoring: Intelligently routes network traffic to reduce data usage overages and ensure faster connection.  
  • Customizable: SDN intelligent software controls hardware from many different vendors through a common interface. This allows organizations to monitor their equipment in a way that makes the most sense for the devices.

SDN Components: Layers of Agility

SDN is a revolutionary approach to network management that operates through distinct layers, enhancing network agility and efficiency. Let’s explore these layers and delve into the various types of SDN architectures available.

  1. Infrastructure Layer: At the foundation, we have the infrastructure layer housing the forwarding equipment, including switches and routers that physically transmit data.
  2. Control Layer: The control layer, situated in the middle, orchestrates service requests from the application layer to the infrastructure layer. It acts as a bridge, translating high-level application demands into tangible network actions.
  3. Application Layer: The topmost layer encompasses applications and services running on the network. These applications interact with the network by communicating requests or sharing information.

SDN vs Traditional Network: Diverging Paths

SDN and traditional networks differ significantly in their structure and management:

  • Layered Approach: SDNs segregate network functions across three distinct layers for efficient management. In contrast, traditional networks bundle all functions within a single network device.
  • Management: In traditional networks, each device necessitates individual management. SDN streamlines management by centralizing control through a unified software platform.
  • Dynamic Rerouting: SDNs utilize dynamic software to redirect traffic in case of failures, ensuring continuity. Traditional networks require additional hardware for redundancy.

Types of Software Defined Networking: Adapting to Dynamic Demands

SDN solutions excel at dynamically managing network traffic with intelligence, optimizing performance, and reducing costs. There are four primary SDN architectures, each offering unique advantages:

  1. Open SDN: This architecture utilizes open-source software protocols, such as OpenFlow, to control and direct network traffic. Open SDN emphasizes flexibility and customizability.
  2. API SDN: API SDN employs southbound APIs to regulate data flow for individual devices. This approach allows for more granular control over network elements.
  3. Overlay Model SDN: The Overlay Model creates virtual tunnels that enable multiple isolated networks to run on top of an existing infrastructure. This flexibility is particularly useful for multi-tenancy environments.
  4. Hybrid Model SDN: The Hybrid Model acts as a bridge between traditional networking and SDN. It facilitates a gradual transition by integrating elements of both paradigms, offering organizations flexibility during their journey into full SDN adoption.

Why SDN Matters

  1. Agility and Flexibility: SDN offers unmatched agility, enabling network administrators to adapt and respond swiftly to changing business needs. Instead of manually configuring each network device, they can update policies and configurations across the entire network from a central controller.
  2. Efficient Resource Utilization: SDN optimizes resource allocation by dynamically rerouting traffic and adjusting network paths based on real-time conditions. This leads to improved network performance, reduced congestion, and enhanced user experiences.
  3. Security Enhancement: With a centralized control plane, security policies and threat detection can be uniformly enforced throughout the network. This helps in mitigating security risks and ensuring compliance.
  4. Cost Savings: By abstracting network management and automating tasks, SDN reduces operational costs and minimizes the need for specialized hardware, as network configurations can be managed via software.
  5. Innovation Acceleration: SDN lays the foundation for innovation by making it easier to integrate new services, applications, and technologies into the network infrastructure.

Seamless Remote Cloud Management

One of SDN’s standout features is its capacity for large-scale automation through a unified interface. The integration of cloud management services provides a centralized hub where routers seamlessly synchronize for status checks and updates. This cloud platform also facilitates carrier switching, empowering organizations to embrace connection redundancy via routers with multiple SIM cards from different carriers.

In a nutshell, SDN-driven cloud management offers a suite of benefits:

  • Carrier Switching Support: Effortless integration of connection redundancy via routers equipped with multiple SIM cards from diverse carriers.
  • APN Detection and Connectivity: Automatic recognition of carrier SIM cards and the provision of accurate credentials and firmware loading upon connection.
  • Automatic Router Synchronization: Routers synchronizing with a remote manager cloud portal for device updates and continuous monitoring.
  • Unified Interface: A singular interface for remote provisioning, deployment, automation, and integration of all network assets.

Final Thoughts

Software-Defined Networking represents a monumental shift in how networks are managed and operated. Its ability to increase agility, optimize resources, enhance security, and foster innovation has made it a crucial asset for modern enterprises. By carefully assessing your organization’s needs, selecting the appropriate SDN solution, and following a systematic implementation approach, you can harness the power of SDN to propel your applications and services into a new era of network management. Embrace the future of networking with SDN and stay ahead in the dynamic digital landscape.

Want to learn more about SDN and how routers from Cradlepoint, Digi, and Peplink support it? Contact the 5Gstore sales team today!

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Understanding Cradlepoint NetCloud Renewals

Cradlepoint NetCloud Manager (NCM) is a cloud-based network management solution that provides businesses with a single pane of glass for managing and monitoring their Cradlepoint networking devices. The platform provides IT administrators with the ability to configure, monitor, and troubleshoot their network devices from a single dashboard, regardless of their location. Without NetCloud, your Cradlepoint router is quite limited in what it can do and how it can be configured. This is why renewing your subscription is so important. Let’s take a look at some common questions about NetCloud renewals to better understand how it works and where you can find assistance. 

  • Why is it necessary to renew my NetCloud Subscription?
    • A Cradlepoint NetCloud subscription offers continued access to software features, updates, 24/7 technical support, and hardware warranty. Without an active subscription, users cannot access firmware updates and have limited control over their device. Learn more about the limitations when your device is not licensed. 
  • When do I need to renew my NetCloud subscription?
    • Cradlepoint sends out reminders about 90 days prior to expiration. It’s best to renew at that time so that there are no disruptions in your management and service. This also gives you time to review the renewal notices for all your devices, allowing for cost budgeting and license prorating, if needed. 
  • How do I renew my Cradlepoint NetCloud subscription?
    • There are three ways to renew your NetCloud subscription. Through the NCM portal, from Cradlepoint’s webstore, or through a registered Cradlepoint partner like 5Gstore.com. It is recommended to renew through a Cradlepoint partner as they will have the most up to date pricing and support.
  • What happens if my NetCloud subscription expires?
    • If your subscription expires without renewal, your device goes into a non-compliant mode and certain features are limited. You have 30 days to renew before your device becomes unlicensed and loses access to more features. 
  • Can I upgrade or change my NetCloud subscription plan at the time of renewal?
    • Yes, the renewal period is a great time to review your application needs and determine if additional features may be needed.
  • Are discounts or incentives offered for long-term NetCloud renewals?
  • Can I transfer my NetCloud subscription to another device?
    • NetCloud subscriptions are typically tied to specific devices. If you need to change devices, please contact the 5Gstore sales team for guidance. 
  • Does Cradlepoint apply any fees for late NetCloud renewal? 
    • In most cases, a late fee will be applied if renewal occurs after the expiration date. 
  • Who can assist me if I need help renewing my Cradlepoint NetCloud subscription?
  • Can my Cradlepoint NetCloud Subscription integrate with other IT infrastructure and services?
    • Yes, Cradlepoint NetCloud’s flexibility allows it to integrate seamlessly with various IT infrastructures and services. Through APIs and other interface capabilities, you can often connect it with other solutions you use. Always refer to Cradlepoint’s documentation or customer support for specific integration guidance and best practices.
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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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Comparing Warranties on Common 4G and 5G Routers

There are many factors to consider when selecting a 4G or 5G cellular router. Things like the carrier and frequency band support as well as its hardware and software features are all important. Something else you may not immediately look at is the warranty options. What does the warranty include? Are you losing anything if you don’t renew the warranty? We’re going to review a few manufacturers and their warranty plans. 

Cradlepoint 

Cradlepoint hardware is sold as a package with warranty, their technical support and NetCloud Manager, which provides cloud-based control of your Cradlepoint devices. When you renew your warranty, this includes the same level of support and cloud management. Options are available for 1, 3 or 5 years. 

Without a NetCloud warranty plan you lose access to remote cloud management services and firmware updates, but also certain features. This differs depending on how long since your warranty expired. There is a 30 day grace period. This is known as the non-compliant state. While in the non-compliant state, devices maintain their current routing capabilities, NetCloud functionality, and NetCloud Essentials functionality. They will however lose access to certain Advanced Add-On features. 

After the 30 day grace period, devices enter an unlicensed state. At this point they lose access to more features like firmware upgrades, firewall settings, and some VPN settings. 

Check out our blog for more information on what happens when your Cradlepoint device is not licensed. 

Digi

Digi provides a three-year standard warranty at no additional charge on their cellular routers and gateways. This is upgradeable to 5 years with purchase of a Digi Remote Manager® 5 year subscription applicable to the product purchased only at the time of product purchase and with product registration at that time in the Digi Remote Manager application. Thankfully, no features are lost when the device is out of warranty. If support is needed, 5Gstore customers can always reach out to our support team via support@5gstore.com. 

Inseego

Inseego includes a one-year standard warranty with their hardware. This also gives users access to Inseego Connect Basic, their cloud management service. This allows customers to use Inseego Connect free with a partial set of features. Extended warranty options are offered along with Inseego Connect. This is also bundled with support and different levels of configuration and management options. Inseego Connect Basic is included for the life of the device so no features are lost when the device is not under warranty. 

Peplink

Peplink devices come with a care plan, either Essential or Prime. These plans not only cover the hardware, but also include technical support, backup connectivity, software support, and cloud management. All hardware comes with a one-year limited warranty. If needed, you may extend your coverage and even purchase a “plus” plan that includes 24/7 support rather than 8/5.

Without a Peplink care plan, you lose access to hardware services, certain features as well as your cloud management. You’ll also still receive technical support, but the response time may be much slower. For some devices, if a care plan is not needed, you may purchase a stand alone plan for cloud management. 

Sierra Wireless

Sierra Wireless warranties differ depending on the model you have. For most devices – this includes AirLink LX, MP, RV, RX and XR-series routers, – you will receive a one year standard warranty. Other models, such as the MG90, come with a three year standard warranty. Extended warranties may be available for certain products, either on a stand-alone basis or as part of a support package. Note that firmware updates that fix security issues or fix network issues are included whether a customer pays for support or not. Firmware updates to add new or improved features will only be available to those who pay for support.

Still have questions? Check in with our team at 5Gstore.com for assistance. 

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Adjust the 4G/5G Band Selection to Increase Performance on Your Cradlepoint or Peplink

Relying on wired Internet services is becoming a thing of the past as more and more people turn to wireless connectivity options for their internet needs. The popularity of 4G and 5G cellular connections is on the rise due to their wide availability, comparable bandwidth speeds, and lower cost service plans. In fact, many users now use their cell phones to verify connectivity and speeds at their location, which has led to an increased demand for reliable and efficient cellular modems and routers.

Selecting a Cellular Modem/ Router 

When it comes to selecting a cellular modem or router, there are several factors that need to be taken into consideration. One of the first things to determine is the cellular provider you plan to use. Different providers may have varying coverage areas, so it’s important to choose a modem or router that is compatible with the network of your chosen provider. Additionally, you need to assess the cellular signal strength at your location to determine whether you need an indoor router or an outdoor solution for better reception.

The emergence of 5G technology has added another layer of complexity to the decision-making process. If you require a 5G solution, you need to ensure that the modem or router you select supports 5G connectivity. However, if 5G is not necessary for your needs, you can opt for a 4G LTE modem that suits your requirements. It’s worth noting that LTE modems are classified into different categories, known as Cat numbers, which indicate the supported frequency bands and capable bandwidth speeds. Generally, a higher category modem can provide better performance by supporting more frequencies.

Troubleshooting Performance Differences

Once you have chosen a cellular modem or router that meets your criteria, it’s time to address any performance differences you may encounter. It’s possible that even with a modem that is comparable to or better than your existing device, you might find that the performance is worse. In such cases, troubleshooting becomes essential.

Start by checking the frequency band(s) your existing cellular device is connecting to. Different frequency bands have varying rates and distances of travel, which can affect the signal strength and bandwidth speed you receive. Some cellular devices, particularly those with Cat 6 modems or higher, are capable of connecting to multiple frequency bands simultaneously. This allows the modem to receive more bandwidth from the cell tower compared to connecting to just one band.

The Solution

Fortunately, there is a solution to address performance issues and optimize your cellular connectivity. Certain routers, such as those offered by Peplink and Cradlepoint, not only provide signal and band details but also offer frequency band control. With these routers, you can manually disable certain frequency bands, which forces the modem to connect to different bands. Although this process may take some time, especially if your existing device does not provide band details, it can be worth the effort. In some cases, the signal strength on these alternative bands may be weaker than what the modem selects automatically. However, even with a weaker signal, you can generally achieve download speeds of over 30 Mbps or higher.

Moving Forward

When you’re in the market for a cellular modem or router that is comparable to your existing device or another cellular device, it’s crucial to consider these factors. It’s also important to note that even if you don’t have a device for direct comparison, routers like Peplink or Cradlepoint can provide extensive band testing capabilities, allowing you to fine-tune your modem’s performance for the best possible results. With the right cellular modem or router and the ability to control frequency bands, you can optimize your wireless internet experience and enjoy reliable connectivity wherever you go.

Already Have a Peplink or Cradlepoint? 

Check out our how to videos on band selection settings:

Peplink instructions
Cradlepoint instructions

Looking for a more simplified explanation of when and why you might adjust cellular frequency bands? Check out our article, How to Get the Best Performance from Your Cradlepoint or Peplink Router.

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How to Get the Best Performance from Your Cradlepoint or Peplink Router

Wired Internet services are becoming outdated. Instead, many people now prefer using 4G and 5G cellular connections for their internet needs. These cellular connections are popular because they are widely available, have similar speeds to wired connections, and are often cheaper. People often use their cell phones to check the internet speed and connectivity at their location. But here’s the problem: not all cell phones or cellular modems support the same frequencies and speeds.

When you’re looking to buy a cellular modem or router, there are a few things to think about. First, which cellular provider will you use? It’s important to know because different providers have different coverage areas. You also need to consider where you get the best cellular signal at your location. This will help you decide if you need an indoor router or an outdoor solution. Do you need 5G, or will a 4G LTE modem be enough? There are different types of LTE modems, and they vary in the frequencies they support and the speeds they can handle. The higher the “Cat” (category) number, the more frequencies it supports, and the better it performs.

Now, let’s say you’ve got a modem that’s just as good as, or even better than, your cell phone or other device. But when you test the new modem, you find that it’s actually worse than what you had before. What do you do then?

First, check if your existing device can tell you the frequency bands it’s connecting to. Different frequencies travel at different speeds and distances, which affects the signal and speed you get. If your device has a Cat 6 modem or higher (including 5G modems), it can connect to multiple frequency bands at once. This means it gets more bandwidth from the cell tower compared to connecting to just one band.

Luckily, there’s a solution to improve your modem’s performance. Some routers, like those made by Peplink and Cradlepoint, not only show you the signal and band details but also let you control the frequency bands. This means you can manually disable certain bands and force the modem to connect to different ones (example below).

It might take some time, especially if your current device doesn’t provide band details, but it can be worth it. Sometimes, the signal on these other bands is weaker than what the modem selects automatically. However, even with a weaker signal, you can usually achieve download speeds of 30 Mbps or higher. This is typically more than enough to do most activities on the Internet. 

So, when you’re looking for a cellular modem or router that’s similar to your current device, keep these things in mind. Even if you don’t have anything to compare it to, consider getting a Peplink or Cradlepoint router if you’re willing to do some band testing to get the best performance. These routers can help you optimize your internet experience and get a reliable connection wherever you are.

Looking for more detailed information on this subject, including instructions? Check out our article, Adjust the 4G/5G Band Selection to Increase Performance on Your Cradlepoint or Peplink.

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Enhance Your 4G/5G Connectivity with Outdoor Router Solutions

In today’s increasingly connected world, reliable and high-speed internet connectivity is crucial for businesses and individuals alike. Whether you’re on a remote job site, traveling in an RV, or hosting an outdoor event, staying connected can be a challenge. Traditional solutions involving indoor routers/modems and outdoor antennas often fall short due to the limitations of coaxial cables and lack of antenna support. However, with an outdoor rated cellular router or a router in an outdoor enclosure, you can enjoy seamless connectivity with enhanced performance and flexibility. In this article, we’re going to take a look at common issues with achieving good cellular connectivity with indoor routers and see how that compares to outdoor solutions.

Coaxial Cable Limitations

When extending the reach of your network outdoors, coaxial cables are commonly used. However, coaxial cables introduce signal loss, resulting in degraded performance. For example, the loss of a high quality LMR400 type 20 foot cable averages about 1dB, while a 100 foot cable loses about 5dB. Every 3dB of loss in the system represents about a 50% loss of power. Compare this to Ethernet cables, which can be run up to approximately 300 feet without significant loss. With every foot of coaxial cable used, you lose antenna gain, ultimately impacting the overall signal strength. 

Antenna Port Support

To fully leverage the capabilities of 4G LTE and 5G modems, it’s crucial to support all antenna ports. Some routers lack external antenna support, limiting the signal reception and transmission capabilities. Those that do support external antenna ports will typically have 2 to 4 ports. This means having to run at least that many coaxial cables. In comparison to outdoor routers or enclosures, you typically only have to run 1 Ethernet cable to connect it to your indoor network. This is assuming the router supports power over Ethernet (PoE). If it does not, then you will also need to run a cable for power along with an Ethernet cable for the network connection. 

Hardware Placement

In a typical setup with outdoor antennas, the positioning of your WiFi hardware is often dictated by the need to connect it to the antennas for optimal signal reception. This can limit your flexibility in terms of device placement, as you must ensure a physical connection between the hardware and the antennas using coaxial cables. As a result, you might have to compromise on the WiFi coverage or performance in order to maintain a reliable cellular connection.

However, with an outdoor router or router enclosure, the integrated design eliminates the need for physical connections between your WiFi hardware and external antennas. The outdoor solutions combine the router, modem, and antennas into a single unit, allowing you to place your WiFi hardware wherever it works best for your specific scenario. Some of these outdoor solutions may even support their own built in WiFi access point, allowing for more coverage inside and out.

This flexibility opens up a world of possibilities. You can now position your WiFi hardware in a central location within your office, workspace, or venue, without having to worry about signal degradation or the hassle of running cables to external antennas. This means you can optimize WiFi coverage, improve device accessibility, and provide a better user experience for your clients, customers, or employees.

Benefits of Outdoor Router Solutions:

  • Superior Signal Quality: Using an Ethernet cable for connectivity reduces signal loss and ensures higher signal quality over long distances. This feature enables you to maintain reliable and stable connectivity, even in challenging outdoor environments.
  • Easy Installation and Deployment: Unlike traditional setups that require separate indoor and outdoor components, these are all-in-one solutions. With PoE, simply run one Ethernet cable indoors. 
  • Versatility and Mobility: Outdoor solutions are typically compact and rugged designs, making them ideal for a wide range of outdoor applications. Whether you’re in a construction site, emergency response location, or mobile command center, the devices offer the flexibility and durability needed to withstand harsh environmental conditions. 

Is An Outdoor Cellular Router Right for You?

The first thing to do is check around your property for the best signal strength and bandwidth speeds. Use your cell phone to test inside and outside. When outside, you’ll ideally want to test at the highest point, like the roof. Signals tend to be stronger at this point as there are less obstructions impeding them. 

The stronger the signal and speeds are outside your location, the better chance you have at making an indoor router with an outdoor antenna work. You’re still losing some of the signal and speeds by the time the connection makes it inside. Though because the signal is so strong outside, you can likely make due with some loss. If your signal is still quite weak outside, this is where you want to hold onto as much signal and bandwidth as possible. 

Take into consideration the number of antenna ports your router has, if any. Are you able to run that many cables? You may also want to add a lightning surge protector so that your router is not affected by strikes to the antenna. One of these will need to be run on each cable line. Keep in mind that this also causes signal loss. Though a minimal amount, this loss can add up quickly.

So, in the pursuit of reliable outdoor networking, outdoor routers and outdoor enclosures can be a powerful and effective solution. By leveraging Ethernet cables instead of coaxial cables, supporting multiple antennas, and offering an all-in-one design, they overcome the limitations of indoor routers/modems and outdoor antenna combinations. With superior signal quality, enhanced coverage, and ease of installation, outdoor router solutions empower businesses and individuals to stay connected wherever they go. Invest in one today and unlock a new level of connectivity for your networking needs.

Selecting an Appropriate Solution

There are several outdoor router solutions available on the market today. Models like the Peplink MAX HD Domes have become popular because of its remote SIM support using the Peplink SIM Injector devices. This connects via Ethernet cable to the HD Dome router and extends access to the SIM card slots so users do not have to climb up to access the HD Dome SIM slots directly. Other popular solutions include:

Still looking for a solution? Contact the experts at 5Gstore.com for assistance.

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What Device is Using All My Data: Troubleshooting High or Unexpected Data Usage

Going over on your monthly data usage. Incurring even more fees for the month. This is one of the worst things these days. For those fortunate enough to have an unlimited amount of data with their Internet service, you may not understand. Even if you’re getting close to your limit, there’s stress and anxiety about staying under that limit. You might sacrifice certain activities for fear of going over. What if you could find out the device that is using all your data and then limit just that device?

Viewing Data Usage

On Peplink routers, for example, you can view your data usage in real time, or by hour, day and month. This is all done right from the router’s administration pages. When viewing the hourly, daily or monthly options you can see a breakdown of the connected client devices and how much data they used. To check this out on your own Peplink, log into the web administration and go to the Status tab. Look to the left and you’ll see the Usage Reports options.

Cradlepoint also has the ability to view client data usage. You can either view this from the router’s local administration page, or through the NetCloud Manager (NCM) account. Client Data usage information is initially tracked within the router, and then it’s sent to NCM at specified intervals. This is generated by a report that you must schedule to run. Note that a NetCloud Essentials+Advanced plan is necessary for this feature. Also, viewing usage through NCM is going to provide you with analytics for all clients connected to the devices in an account or group. For viewing just a single router’s network, view this from the local administration pages.

Digi has a similar feature to Cradlepoint’s NetCloud. It is available through their cloud manager service, Digi Remote Manager. The feature, called Intelliflow, simply needs to be enabled for a group of devices and then it starts tracking usage. IntelliFlow is also available to view on the local router for device-specific usage information. To use intelliFlow on the local device, you must have access to the local administration page. Once you enable intelliFlow (find this on the Monitoring page), the Status -> intelliFlow option is available in the main menu. On the local device, intelliFlow provides charts on the following information: System utilization, Top data usage by host, Top data usage by server, Top data usage by service, and Host data usage over time. 

Remembering Devices

If you identify devices you want to remember, you may also go to the client list. For Peplink and Cradlepoint, this is found at the Status tab. For Digi see “Static Leases” under LAN settings. Saving a “reservation” on the router ensures that your computer or other device will always connect with the same address. You can even give the device a name to make it easier to identify.  

Tracking All Usage

Even if your 4G or 5G router does not support client data usage tracking, there may be another option. Chances are that just like with Peplink and Cradlepoint, the router will at least allow you to create alerts and/ or data usage rules. These would either alert you when a certain data amount was reached, or tell the router to shut the connection down at a certain limit. This is also possible on Sierra Wireless, Digi, and Inseego routers.

Finding Your Solution

You can start leveraging these capabilities and taking advantage of the data usage monitoring and control features provided by router manufacturers today. Users can effectively manage their data consumption, avoid exceeding their limits, and mitigate the stress and financial burden associated with overages. With greater control over their data usage, individuals can confidently enjoy their online activities without compromising their budgets or sacrificing their peace of mind. So don’t wait any longer, reach out to the experts at 5Gstore.com for assistance finding your perfect solution.

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Uninterrupted Connectivity for Mobile Businesses: The Advantages of Dual Cellular Failover Routers

Having a reliable and continuous internet connection is crucial for businesses of all sizes and types. This is especially true for businesses that operate on the move, such as food trucks, coach buses, and passenger trains. These businesses need to stay connected to their customers, suppliers, and employees at all times to ensure that their operations run smoothly. One of the most effective ways to ensure reliable and continuous internet connectivity is by using a dual cellular failover router. 

What is a Dual Cellular Failover Router?

A dual cellular failover router is a device that uses two different cellular networks to provide a reliable and continuous internet connection. The router is designed to automatically switch between the two networks, ensuring that the internet connection remains stable even if one network experiences downtime or poor signal quality.

The router works by connecting to two different cellular networks, typically from different carriers. When one network experiences downtime or poor signal quality, the router will automatically switch to the other network, ensuring that the internet connection remains stable.

Benefits of Using a Dual Cellular Failover Router

Reliable and Continuous Internet Connectivity

One of the primary benefits of using a dual cellular failover router is that it provides reliable and continuous internet connectivity. The router ensures that the internet connection remains stable even if one network experiences downtime or poor signal quality. This is particularly important for businesses that rely on the internet to conduct their operations.

Increased Productivity

A reliable and continuous internet connection can help increase productivity for businesses that operate on the move. With a dual cellular failover router, businesses can stay connected to their customers, suppliers, and employees at all times. Features like load balancing allow businesses to prioritize one connection over the other so that they are always running on the best connection. This can help them process transactions, respond to inquiries, and carry out other business activities, wherever they may be located.

Improved Customer Experience

Businesses that offer WiFi connectivity and other services to their customers can provide a better customer experience with a dual cellular failover router. Providing reliable WiFi connectivity, for example, can help improve customer satisfaction and increase loyalty. Of course, when connectivity is limited, this guest WiFi can be disabled or limited so that business function is not disrupted. 

Cost-Effective Solution

Sure, the initial investment in a dual cellular failover router may be higher than a standard router. However, the cost-effectiveness stems from the mitigation of potential losses during internet outages, reduced infrastructure expenses, flexibility, scalability, and competitive pricing of cellular data plans. Ultimately, the cost savings and uninterrupted connectivity provided by a dual cellular failover router can outweigh the initial investment. 

Easy to Set Up and Manage

Dual cellular failover routers are easy to set up and manage, and they require minimal maintenance. In most cases, you just have to configure them once and you’re done. You also will typically have access to some sort of cloud management service, which makes it easy to monitor and configure the devices from anywhere, as needed. 

Use Cases for Dual Cellular Failover Router

Food Trucks

Food trucks often operate in the city where buildings can sometimes block or degrade signals. Connections may drop offline at times. Using a dual cellular failover router provides redundancy and ensures the food truck stays connected to the internet, even if their primary connection fails. This can help food truck operators continue to process transactions, update menus, and communicate with their customers.

Coach Buses

Coach buses generally travel long distances, sometimes going in and out of coverage areas. They generally provide WiFi to their passengers as well, which requires enough data for all users. Using a dual cellular failover router can help ensure a longer Internet uptime, along with more data. This can help bus operators provide connectivity to their passengers, process transactions, and carry out other business activities, all while on the move.

Passenger Trains

Passenger trains travel through all types of locations. Using a dual cellular failover router can help ensure that the train stays connected to the internet, even in areas with poor signal quality. This can help train operators provide Wi-Fi connectivity to their passengers, process transactions, and carry out other business activities.

Mobile Clinics

Mobile clinics often operate in remote areas. Maintaining a reliable and continuous internet connection can be difficult. Using a dual cellular failover router can help ensure that the clinic stays connected to the internet, even in areas with poor signal quality. This can help clinic operators process medical records, communicate with patients, and carry out other medical activities.

Construction Sites

Construction sites often lack wired internet connections, making it challenging to maintain a reliable and continuous internet connection. Using a dual cellular failover router can help ensure that the construction site stays connected to the internet, even in areas with poor signal quality. This can help construction workers communicate with each other, access blueprints and plans, and carry out other construction activities, even in remote locations.

Conclusion

Using a dual cellular failover router can provide significant benefits to businesses that require reliable and continuous internet connectivity while on the move. From food trucks to construction sites, businesses of all types and sizes can benefit from this technology. With a dual cellular failover router, businesses can stay connected to their customers, suppliers, and employees at all times, increasing productivity and improving customer experience. Moreover, this technology is cost-effective, easy to set up and manage, making it an ideal solution for businesses that have limited IT resources.

If you have questions, or would like to discuss dual cellular router solutions, contact the team at 5Gstore.com!

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