Category: 5G

Enhanced Antenna Search: Streamlining Your Connectivity Experience at 5Gstore.com

Adding an antenna to improve signal to your cellular router can be the difference between your connection working or not working. Over the years we have added new antenna manufacturers, but haven’t had an easy way to show all the compatible antennas for your router….until now. Easily filter by your router, in stock, color, band and more. Then compare the different antennas side by side.

Select Your Router for Tailored Results

At 5Gstore.com, we understand that finding the right antenna for your router can be a daunting task. That’s why we’ve made it easier than ever. Now, when you visit our Antenna Search page, you have the option to select your router from a comprehensive list of models that we carry. This feature ensures that you’ll only see antennas that are compatible with your specific device, eliminating the guesswork and saving you valuable time.

For those with routers not listed in our database, fret not! We provide an “other” option that allows you to manually input your router’s specifications. This flexibility ensures that everyone can benefit from our Antenna Search, regardless of their router model.

Fine-Tune Your Search with Filters

Finding the right antenna is not just about compatibility; it’s also about meeting your unique requirements. That’s why we’ve incorporated powerful filtering options into our Antenna Search. With just a few clicks, you can narrow down your options based on factors such as stock availability, antenna type, gain, frequency range, and more. These filters help you refine your search to find the antenna that perfectly suits your needs.

Compare Antenna Models Easily

We understand that making a decision can be challenging when you have multiple options to choose from. To simplify your decision-making process, we’ve introduced a new feature that allows you to compare antenna models side by side. Now, you can easily see the similarities and differences between various antennas, helping you make an informed choice that aligns with your connectivity goals.

Expert Guidance at Your Fingertips

If you ever find yourself overwhelmed or unsure about which antenna is right for you, our dedicated sales team at 5Gstore.com is here to help. We’re just a click or a call away, ready to provide you with personalized guidance and expert advice. Your satisfaction is our top priority, and we’re committed to ensuring you get the best possible solution for your connectivity needs.

The new and improved Antenna Search feature at 5Gstore.com is a game-changer in the world of connectivity solutions. Whether you’re looking to boost your internet speed, extend your network coverage, or improve your signal quality, we’ve made the process of finding the perfect antenna easier and more efficient than ever before. With router compatibility options, advanced filters, and the ability to compare antenna models, you’re empowered to make an informed decision that suits your needs. And, if you ever need assistance, our friendly sales team is always here to help. Don’t compromise on your connectivity – choose 5Gstore.com for a seamless and reliable experience.

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AT&T Assists AST SpaceMobile’s Historic 5G Satellite Call

With the backing of AT&T, AST SpaceMobile, a cellular satellite enterprise, recently achieved a groundbreaking milestone. They established the very first 5G connection between an unaltered smartphone and a satellite orbiting in space.

The call took place on September 8th, 2023, over a Samsung Galaxy S22 smartphone. AST SpaceMobile originated the call from a wireless dead zone in Maui, Hawaii. Its recipient was situated in Madrid, Spain. The ingenious use of AST SpaceMobile’s low Earth orbit test satellite, named BlueWalker 3 (BW3), in conjunction with AT&T’s 5G spectrum, ensured that the cellular signal reached its destination. The achievement was corroborated by Vodafone, Nokia, and AT&T.

Work on the project began back in April when SpaceMobile executed its inaugural space-based phone call on AT&T’s 2G network. Subsequently, it transmitted a 4G LTE signal from space, which was successfully received by a standard smartphone, boasting impressive download speeds of 10Mbps. AST SpaceMobile, however, has continued to enhance its capabilities, recently surpassing this download speed record with a remarkable rate of approximately 14Mbps in a separate test.

Abel Avellan, the CEO of AST SpaceMobile, expressed his enthusiasm for this technological breakthrough, emphasizing its transformative impact on access to information. He noted, “Once again, we have achieved a significant technological advancement that represents a paradigm shift in access to information. Since the launch of BW3, we have achieved full compatibility with phones made by all major manufacturers and support for 2G, 4G LTE, and now 5G.”

AST SpaceMobile will remain vigilant, striving to redefine the boundaries of space-based phone communications by harnessing the power of 5G speeds. The company has ambitious plans to launch five commercial BlueBird satellites in the first quarter of the upcoming year. Meanwhile, Apple introduced emergency texting via satellite with the iPhone 14, and T-Mobile is collaborating with SpaceX’s Starlink for satellite connectivity.

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The Evolution of Wireless Connectivity: Wi-Fi 7 Redefines Speed and Efficiency

For most individuals, today’s Wi-Fi hardware offers a satisfactory user experience. However, technology perpetually advances, with the next breakthrough constantly on the horizon. Introducing Wi-Fi 7: a groundbreaking standard poised to redefine speed, efficiency, and connection reliability. Wi-Fi 7 represents more than just another incremental step in wireless technology. It promises dramatic improvements over its predecessors. But what sets it apart, and how does it differ from the relatively recent Wi-Fi 6E? Let’s delve into the details.

Exploring Wi-Fi 7

Wi-Fi 7, officially known as IEEE 802.11be, boasts an exceptional headline feature: speed. It’s anticipated to deliver speeds of up to 46,120 Mbit/s, surpassing Wi-Fi 6 and 6E by over fourfold and dwarfing the original 802.11b standard by over 4,000 times. Moreover, Wi-Fi 7 incorporates advanced features to combat latency, bolster capacity, enhance stability, and improve efficiency. While backward compatibility is assured, users will need to upgrade their devices to fully harness its potential.

For context, let’s compare Wi-Fi 7 with its predecessor, Wi-Fi 6E. Both standards utilize the same frequency bands: 2.4 GHz, 5 GHz, and 6 GHz. However, Wi-Fi 7 introduces notable enhancements.

The increased speed of Wi-Fi 7 primarily results from wider channels, providing more bandwidth. In the 2.4 GHz band, Wi-Fi typically employs 11 channels, each 20 MHz wide. In the 5 GHz band, it can utilize 45 such channels, further grouped into 40 MHz and 80 MHz channels. Wi-Fi 6E expanded into the 6 GHz range, offering 60 channels and up to 160 MHz widths. Wi-Fi 7 takes it a step further by supporting channels up to 320 MHz wide.

These wide channels pose a challenge, as an existing signal within that range could render the entire channel unusable. However, Wi-Fi 7 employs a feature called “puncturing” to overcome this obstacle. For instance, if a 40 MHz signal occupies part of a 320 MHz channel, Wi-Fi 7’s puncturing feature allows the remaining 280 MHz of bandwidth to remain usable.

Wi-Fi 7 also introduces 4K-QAM, an encoding method that enhances data transmission efficiency. Quadrature Amplitude Modulation (QAM) is the technique by which Wi-Fi transforms digital data into a radio signal, and 4K-QAM enables Wi-Fi 7 to encode 12 bits of data per “symbol” sent over the radio link, compared to Wi-Fi 6’s 10 bits with 1024-QAM. This change alone results in a 1.2x speed improvement over the previous standard.

Multi-link operation (MLO) is another innovation in Wi-Fi 7, enabling multiple channels to run concurrently across different frequency bands. This multi-channel approach should offer improved speeds, significantly lower latency, and enhanced reliability compared to older Wi-Fi standards that could only operate on one band at a time.

Wi-Fi 7 incorporates techniques to reduce latency further, particularly beneficial for augmented reality (AR) and virtual reality (VR) applications. These applications demand low latency to provide a seamless user experience, and Wi-Fi 7 employs advanced signal techniques like parameterized spatial reuse and coordinated beamforming to achieve this.

While Wi-Fi 7 promises high-quality video streaming, seamless cloud gaming, and robust support for AR and VR applications, it also addresses common issues such as congestion and interference. This will be especially advantageous for large venues and enterprises with dense device deployments.

Looking to the Future

Early adopters can anticipate a wide range of Wi-Fi 7 routers, phones, and laptops arriving by late 2023 or early 2024. However, nations yet to approve 6 GHz networking devices may experience delays.

Some devices are already available on the market. For instance, the OnePlus 11 smartphone features Wi-Fi 7 thanks to its Qualcomm Snapdragon 8 Gen 2 chipset. Also, the Lenovo Legion Slim 7 Gen8 laptop incorporates a MediaTek Wi-Fi 7 card.

Companies like TP-Link have announced their Wi-Fi 7 router lineup, including the top-tier quad-band Archer BE900. Major players such as Qualcomm, Broadcom, and MSI have showcased their Wi-Fi 7 technologies, with more vendors expected to follow suit. Unique offerings include the MSI RadiX BE22000 router, which uses mechanically movable antennas to maintain optimal signal quality.

It’s important to note that the full benefits of Wi-Fi 7 will only be realized with Wi-Fi 7 compatible devices. Additionally, Wi-Fi 6 will continue to coexist with Wi-Fi 7, serving as complementary technologies in the foreseeable future.

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iPhone 15 Pro Receives Boost in 5G Speeds

The iPhone 15 Pro, set to be released this week, will offer significant enhancements to its 5G performance. This is thanks to its new Qualcomm modem, according to data from SpeedSmart. This new iPhone model will utilize Qualcomm’s X70 modem, offering three key improvements: notably lower power consumption, improved 5G carrier aggregation capabilities, and better connectivity even when the iPhone is far from a cell tower.

Speed test results indicate that the iPhone 15 Pro and iPhone 15 Pro Max will deliver up to 24% faster 5G speeds compared to the previous iPhone 14 Pro models. Verizon users will experience the most substantial improvements, followed by T-Mobile and AT&T. These enhancements primarily manifest as boosted download speeds, although there are also minor improvements in upload speeds and ping times.

On average, all three major US networks saw significant gains in download speeds, with an impressive average of 255 Mbps over 5G. Verizon had the largest improvement at 24% faster, followed closely by T-Mobile at 22% faster, with an average download speed of 300 Mbps nationwide. AT&T experienced a 14.6% increase in average download speed. These findings highlight the iPhone 15 Pro’s impressive 5G performance across the country.

While Qualcomm’s X70 modem is also used in flagship Android smartphones, Apple is actively working on developing its own in-house 5G modems, which are expected to be several years away. Qualcomm recently announced that Apple will continue to use Qualcomm 5G modems for iPhones at least through 2026.

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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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Boosting Your Connectivity: A Comprehensive Guide to Signal Boosters

A weak cellular signal can be a major hindrance to both personal and professional activities. If you’ve ever experienced frustrating dropped calls or sluggish data speeds, it might be time to consider installing a signal booster, also known as a wireless repeater. These ingenious devices can take an existing signal, amplify it, and rebroadcast it within a specific coverage area, providing a significant improvement in your connectivity experience. However, choosing the right signal booster for your specific needs involves a few important considerations. In this article, we’ll delve into what wireless repeaters are, how they work, and how to select the appropriate one for your situation.

Understanding Wireless Repeaters

A wireless repeater, as the name suggests, repeats or amplifies existing cellular signals. In situations where you have a good signal outside, but very weak or non-existent signal inside, a repeater system is a great addition. It can also be helpful in areas where you have dead spots inside. Use the repeater to take the stronger signal and speeds you have available in another section of your location and boost it to those dead spots. If needed, multiple antennas can be used inside to effectively broadcast the signal where it is required. 

The Site Survey – Is It Necessary?

Before investing in a signal booster, it’s crucial to perform a site survey to determine whether a booster is a viable solution for your location. This step involves testing the current signal strength at the target area. For most repeaters, like those offered by reputable brands such as weBoost and SureCall, it’s essential to have a signal strength of at least -108dB or greater (i.e. closer to 0) to see significant improvement. However, Cel-Fi systems can work with even weaker signals, ideally around -118dB or better. If your signal is too weak or nonexistent, a booster may not be effective.

Finding the Best Placement for the Hardware

Proper placement of the signal booster components is crucial to ensure optimal performance and prevent interference between antennas. When using repeaters with both exterior and interior antennas, you must maintain a certain amount of separation between them to avoid oscillation (interference). 

If you use omnidirectional antennas on both ends, you may need more separation and can achieve this by placing obstructions between them or using aluminum foil to block their view of each other. When using directional antennas, simply aim them away from each other. Additionally, it’s important to install antennas at least 20 cm (8 inches) away from people to comply with safety standards.

The Exterior Antenna

Based on your site survey, identify the location where you receive the strongest signal and/ or the best bandwidth speeds from your cellular service. This is where you should mount the exterior antenna. If mounting on the roof is not feasible, try to position it on the side of the building that offers the best performance. This will help maximize the booster’s efficiency.

The Amplifier

The amplifier, a critical component of the signal booster system, should be placed at least 10 feet away from the interior antenna to prevent interference. The amplifier is the only piece of the system that requires power so position it near a power outlet. It’s also important to install the amplifier in a location with proper ventilation and within its specified temperature operating range, as it tends to generate heat during operation. 

The Interior Antenna and Coverage Areas

How much coverage are you looking for? Keep in mind that the amount of coverage greatly depends on the starting signal strength – i.e. the signal strength where your exterior antenna will be placed. However, the obstructions between your cellular device(s) and the interior antenna will also affect your signal. Consider where you primarily use your cellular devices, as this should guide the placement of the interior antenna. 

Ideally, install the interior antenna in a central location within this “hotspot” area while maintaining adequate separation from the exterior antenna and amplifier. The closer your devices are to the interior antenna, the stronger the signal boost they will receive. The signal strength will diminish, at least slightly, by the edges of the boosted coverage area.

How Much Cable Do You Need?

Taking into account the above considerations, you can determine the required length of cables for your installation. Many repeater kits include cables, but if the provided length is insufficient, consider purchasing a separate cable of the required length. Connecting multiple short cables with adapters will introduce signal loss, potentially reducing the effectiveness of the booster system.

Next Steps

Wireless repeaters, or signal boosters, offer an effective solution for improving cellular connectivity in areas with weak or unreliable signals. Once you’ve assessed your signal strength and considered the placement of hardware components, the next step is to select the right signal booster model that aligns with your specific needs. This involves comparing available options from reputable manufacturers, considering factors like coverage area and frequency compatibility. By taking these next steps in the selection process, you can confidently choose the ideal wireless repeater to ensure stronger and more reliable cellular connectivity in your home or office.

Need assistance determining if a wireless repeater/ signal booster is right for you? Contact the 5Gstore team for further guidance. We’ll discuss how to do the site survey, how to interpret your results, and which repeater system to select.

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Verizon Brings Connectivity to Enterprise Users

NEW YORK – Verizon has unveiled a new vehicle that brings the full functionality of Verizon’s wireless network as well as connected emerging technologies right to enterprise customers’ front doors. Called Mobile Onsite Network-as-a-Service (NaaS), the solution delivers a private network, private mobile edge compute (MEC), SD-Wan, and satellite connectivity to customer locations. The 10-foot portable trailer was developed with dual-core network capabilities supporting both 4G and 5G standalone functionality. It also provides scalable, reliable 5G and edge compute that can be managed locally by enterprise and public sector customers for enhanced operational flexibility just about wherever they need it. The first deployment of Verizon’s Mobile Onsite NaaS is at Lockheed Martin’s Waterton, Colorado campus. In a matter of hours after arriving, the entire solution was set-up and had completed testing over a satellite communications connection, demonstrating its ease of use in almost any environment. The Mobile Onsite NaaS will be used to collect sensor data and video providing key performance indicators to assess network operations. Watch the video on Mobile Onsite NaaS here.

“By delivering the mission critical connectivity that our network provides to customer locations, we are demonstrating how 5G and edge computing can help customers address their strategic priorities and continue to develop advanced solutions,” said Srini Kalapala, Senior Vice President for Technology and Product Development at Verizon. “A private network on location delivers the high-speed, high-capacity, and low-latency needed for various applications as well as greater privacy and security.”

“As the first host of this advanced system, Lockheed Martin continues to demonstrate our commitment to harnessing the best of commercial technology to create 21st Century Security capabilities that keep our customers ahead of emerging threats,” said Dan Rice, vice president of 5G.MIL® Programs at Lockheed Martin. “We look forward to continuing to collaborate with Verizon on our 5G.MIL® Unified Network Solutions, which aim to provide cohesive communications, edge processing and advanced networking capabilities for interoperable, resilient and secure connectivity and data flow across all domains.”

Even with 5G technology more accessible than ever, in some situations there is still an opportunity to enhance the network and technological capabilities for enterprise and public sector customers in locations where network connections and coverage can be challenging. The asset offers opportunities for industries such as utilities, agriculture, manufacturing, and more to take advantage of the private network and compute service at a particular location without the costs entailed in a permanent installation allowing for a plug and play model for temporary or permanent use. Consider entertainment companies who need guaranteed 5G and edge compute for a concert, infrastructure providers who need to use drones to assess bridge repairs, or public safety professionals who need to set up a mobile command center at the site of a natural disaster.

Mobile Lab as a Service

The Mobile Onsite NaaS can also be used as a Mobile Lab as a Service, which is part of Verizon Innovation Labs’ offerings. Verizon has three Innovation Labs located in Boston, Los Angeles and San Francisco that provide customers with integrated spaces with products and solutions for collaboration as well as an active lab environment for development and testing. These spaces include both commercial and private 5G networks, NSA and IMS cores, multiple RF shielded rooms and a full private MEC portfolio for developers. They support enterprise teams with real-world technical validation, designed to accelerate solution development and offer Verizon’s deep engineering expertise to help them get the most out of the Verizon network. If customers cannot come to the Labs and want to test their applications in the field, the Mobile Onsite NaaS allows them to test their solutions with Verizon engineers on their corporate campus or job site.  

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Comparing Sierra Wireless Management Services

Managing remote assets and infrastructure has become increasingly complex in our interconnected world. Whether you’re dealing with gateways, routers, or in-vehicle deployments, the need for effective network management is paramount. Sierra Wireless offers a range of solutions to address these challenges: AirLink Management Service (ALMS), AirLink Manager (AM), and AirLink Mobility Manager (AMM). In this article, we’ll compare these services to help you make an informed decision about which one suits your needs best.

AirLink Management Service (ALMS)

ALMS is Sierra Wireless’ flagship network management solution for AirLink gateways and routers. It offers an array of advanced features to streamline device management and ensure optimal performance:

  1. Over-the-Air (OTA) Device Management: ALMS supports OTA device registration, configuration, and software updates, reducing the need for manual intervention and on-site visits.
  2. Customizable Dashboards: Configurable dashboards provide real-time insights into your entire fleet, allowing you to monitor device status, signal information, and locations effortlessly.
  3. Advanced Troubleshooting: An interactive monitoring dashboard and map enable quick troubleshooting, while one-click firmware updates help maintain device software efficiently.
  4. Alerts and Heartbeat Reporting: Custom alerts and heartbeat reporting help you identify and address device issues promptly, minimizing downtime and field trips.
  5. Subscription Model: ALMS is available through an active AirLink Services subscription, making it accessible to businesses of varying sizes.
  6. AirLink Complete: Sierra Wireless offers AirLink Complete, which combines ALMS with 24/7 technical support and an extended warranty. It’s a cost-effective way to ensure mission-critical infrastructure operates at peak efficiency.
  7. AirLink Premium: This service enhances ALMS further, providing robust reporting capabilities, reducing downtime, and extending your warranty coverage for up to 5 years with an active subscription.

AirLink Manager (AM)

AM is designed for situations where cloud-based management is not an option, catering to fixed deployments. Key features of AM include:

  1. On-Premises Solution: AM offers an on-premises network management solution for AirLink routers and gateways, ideal for environments where cloud-based management is not feasible.
  2. Real-Time Data: AM provides a continuous stream of real-time network data, allowing users to monitor and analyze the behavior of connected devices.
  3. Custom Alerts and Reports: Users can create custom alerts and generate on-demand or pre-scheduled historical reports for in-depth analysis and diagnostics.

AirLink Mobility Manager (AMM)

AMM is a comprehensive network management solution designed specifically for in-vehicle deployments. It comes in two variations: hosted service for MG routers and gateways and “in the enterprise” for all AirLink routers and gateways:

  1. Real-Time Fleet Management: AMM enables real-time configuration, control, and troubleshooting of in-vehicle AirLink routers and gateways, making it suitable for mobile assets and mission-critical applications.
  2. Rich Real-Time Data: Like AM, AMM provides a continuous stream of rich, real-time network data for monitoring and analysis.
  3. Advanced Vehicle Tracking: AMM includes advanced vehicle tracking capabilities, thanks to the AirLink Tracker®. This allows organizations to monitor fleet positions, direction, and speed in real-time, as well as access detailed information about access routes and incident scenes.
  4. Custom Alerts and Reports: Similar to AM, AMM allows the creation of custom alerts and offers on-demand or pre-scheduled historical reports for in-depth analysis and diagnostics.

How to Select the Right Solution for Your Needs

When it comes to choosing the ideal device management solution, several factors come into play. Your choice hinges on the nature of the assets you’re overseeing, your data requirements (including when and where you want it stored), and, naturally, your budget. As you contemplate different device management platforms, here are some key questions to consider:

  1. Where Should Your Data Reside? Sierra Wireless offers two hosting options for your data:
    • Cloud-based: This option entails hosting your device management software and associated data on Amazon Web Services (AWS), taking advantage of AWS’s robust security, scalability, and performance. Cloud-based deployments can save organizations both time and money. They offer a lower entry cost and eliminate the need to build or maintain physical data centers.
    • On-premise: With this choice, the solution is locally installed on your computers and servers. For businesses operating in highly regulated industries, the decision may already be clear, as regulations might dictate on-premise hosting. Others may prefer on-premise hosting for the control and peace of mind it offers by keeping data in-house.
  2. Are Both On-Premise and Cloud Equally Secure? Yes, both on-premise and cloud solutions can be secure, but each has its own strengths and weaknesses. The security of a system largely depends on how organizations secure, manage, and operate it, regardless of its hosting location. Common vulnerabilities include outdated patches, weak security infrastructure, and insufficient monitoring of user access.

The trend has been moving toward cloud management systems due to their scalability and access to specialized teams with expertise in cloud services. Cloud management also reduces the labor-intensive tasks required to maintain on-premise servers. In our recommendation, cloud management is the choice for its ease of use and security that matches or surpasses on-premise alternatives.

  1. Are You Monitoring Fixed or Mobile Assets? Asset monitoring serves various purposes, such as data collection, process monitoring, secure operations, asset lifespan extension, and worker safety and productivity improvements. The level of information needed depends on the type of assets under observation.
    • For fixed assets, tracking can enhance security, prolong asset life, and facilitate telemetry and operational data collection and distribution.
    • Mobile assets offer richer data, including telematics and vehicular information. Ensure your asset management platform can seamlessly integrate and present advanced location and diagnostic data from remote telematics.
  2. Do You Require Real-Time Data Updates? Traditional data analytics involve data gathering followed by analysis. Real-time analytics, tailored to your business needs, continually ingest fresh data, enabling analysts to observe changes as they happen and gain insights in real time, rather than relying solely on retrospective analyses.

The need for real-time data depends on your specific analysis and application requirements. For instance, dispatch and logistics agencies benefit from real-time asset tracking to manage routes effectively. If your use case permits, opting for scheduled data updates can help keep data costs in check.

Need Further Assistance?

Don’t stress over all your choices! Contact our team to discuss your requirements. We’ll help to determine the best solution for your application. 

Ready to Purchase?

Head over to 5Gstore.com and check out the available licenses for Sierra Wireless.

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Enhancing Connectivity and Control: The 5Gstore.com Remote Power IP Switch

In an era defined by seamless connectivity and the Internet of Things (IoT), maintaining a stable network connection is crucial for both individuals and businesses. Enter the 5Gstore.com Remote Power IP Switch with 2 Outlets, a revolutionary device designed to tackle connectivity challenges head-on. More than just a power switch, this innovative tool empowers users to effortlessly manage their devices, enhance network reliability, and even conserve energy.

Solving Connectivity Woes: A Brief Overview

The 5Gstore.com Remote Power IP Switches are primarily known for their ability to automatically reboot the power to your modem and router, helping to resolve common connectivity issues that can plague these essential devices. Intermittent network drops and slowdowns are not only frustrating but can also impact productivity and entertainment experiences. With this device in place, users can bid farewell to manual power cycling and gain peace of mind with an automated solution that gets devices back online quickly.

Beyond Reboots: Unveiling Advanced Capabilities

The power of the IP switch extends far beyond its ability to reboot modems and routers. One of its standout features is its capacity to monitor devices connected to your router. When a device loses its connection (i.e. it stops replying to ping or HTTP requests), the IP switch can detect it and initiate an automatic reboot, restoring connectivity without requiring user intervention. This is a game-changer for smart homes, small businesses, and any environment where a consistent network connection is paramount.

Moreover, the 5Gstore.com IP switch provides users with manual control over connected devices. With just a few clicks, you can toggle the power state of individual devices. This level of control comes in handy when you want to temporarily disconnect a specific device, optimize bandwidth allocation, or troubleshoot connectivity problems.

Scheduling Reboots for Efficiency

The ability to schedule reboots makes the device even more versatile. Users can configure regular reboot cycles to prevent network congestion, device slowdowns, or even just to save energy. This feature is particularly beneficial for businesses that rely heavily on a stable network connection to serve customers or manage critical operations. By strategically rebooting devices during off-peak hours, organizations can minimize disruption and ensure optimal performance. Furthermore, powering devices off completely for a period of time allows for some energy savings and contributes to a greener environment. 

Benefits for Businesses and Individuals

The 5Gstore.com Remote Power IP Switches cater to both businesses and individuals seeking improved connectivity and network management. For businesses, it can be a lifesaver, ensuring seamless operations, reducing downtime, and enhancing customer satisfaction. IT departments will appreciate the proactive approach to resolving connectivity issues, saving valuable time and resources.

For individuals, this device simplifies the home network management experience. No more unplugging and plugging in devices when the Wi-Fi goes awry—let the IP switch take care of it. Families can enjoy uninterrupted streaming, gaming, and online activities without the hassle of manual troubleshooting.

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