Most people don’t give a second thought to network connectivity at work. They just show up, power on their computers, and start working: the internet is omnipresent and invisible for office-dwellers and work-from-home employees.

But for many others, it’s a different conversation. Setting up stable internet can be a challenge and frustration for people who work in the field, whose work takes them to remote locations, or who need the ability to create their connectivity in seconds.

For organizations and teams where work often takes them outside the confines of the office, a rugged portable WiFi hotspot is the innovative answer to the question of how to establish network connectivity. Construction sites, remote locations, and on-the-ground emergencies.

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Choosing the right router is a crucial part of creating a reliable cellular network. When it comes to quality and reliability, you can’t go wrong with Cradlepoint routers. Since 2006, Cradlepoint has been a leader in wireless WAN networking solutions. Today they offer a large catalog of high-quality routers to choose from.

But with so many Cradlepoint routers on the market, how do you choose which one is best for your business? We cover the top features to look for in a Cradlepoint wireless router to help you find the best Cradlepoint router for your network needs.

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Staying connected is crucial in today’s interconnected world, and portable WiFi hotspots provide the perfect solution. These versatile devices enable you to access the internet, making them invaluable for remote work, travel, and outdoor activities.

A portable hotspot creates a local wireless network, connecting multiple devices simultaneously. Whether on a road trip, camping in the wilderness, or working remotely, these WiFi hotspots ensure you remain online.

This guide explores the different types of WiFi hotspots, how they work, and how to choose the best option.

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Many lines of work rely on the internet. When that work involves a lot of mobility, then you need mobile access. The challenges don’t stop there.

Various routers and network designs can fill plenty of these roles, but some professions push the limit. If you need fast connections in environments that might prove too harsh for most hardware, and you need it to fit in limited spaces, the Semtech Airlink XR60 is your champion.

As a combination of performance, durability, convenience, and smallness, you’ll be hard-pressed to find a better router anywhere.

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High-speed internet connectivity is essential for industrial settings, and 4G LTE routers help you achieve this goal.

By integrating this technology into industrial networks, businesses can enhance operational efficiency, connectivity, and productivity. As the demand for reliable internet access grows, understanding the benefits of these routers becomes crucial for industrial applications.

This guide explores how these devices revolutionized industrial networks. It also helps you choose a suitable 4G router model and set it up for optimal performance.

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Two giants, Semtech and Sierra Wireless, stand tall in the dynamic realm of wireless communication. Their expertise and innovation make them beacons of progress, and there is a lot of buzz surrounding the potential of their collaboration.

Renowned pioneers in the field, these companies have joined forces to redefine the trajectory of wireless technologies. When Semtech acquired Sierra Wireless, it marked a new era of unprecedented connectivity and efficiency.

Given Semtech’s expertise in semiconductor solutions and Sierra Wireless’s proficiency in cellular IoT, the Sierra Wireless Semtech partnership is poised to revolutionize industries and enhance consumer experiences.

Let’s take a closer look at the transformative potential of this Semtech Sierra Wireless collaboration when it comes to shaping the future of wireless technologies.

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An Internet of Things (IoT) gateway is a pivotal conduit in interconnected devices. Its primary purpose is to allow for seamless communication among various endpoints. By maximizing the efficiency and functionality of these gateways, businesses can improve overall IoT network performance. 

This article delves into expert tips to help you unleash this gateway’s full potential. These strategies will empower you to harness its capabilities effectively and drive efficiency and innovation in your IoT ecosystem.

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In the ever-evolving connectivity landscape, the emergence of 5G routers is pivotal, promising seamless connectivity for users worldwide. 

The security of our networks becomes paramount as we embrace this next-generation leap in telecommunications. Ensuring the safety of our data is no longer an option but a necessity. 

This article delves into the security features of these routers, exploring what you need to know before upgrading. Let’s navigate the intricacies of this router technology and understand how these devices safeguard our digital lives.

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Connectivity is a must for almost all individuals and business entities. Dependable and effective wireless network solutions are vital, whether it’s for work, learning, or leisure activities.

Traditional wired connections have long been the norm, but the emergence of wireless networks has revolutionized how we connect. These solutions offer numerous benefits, from increased flexibility and mobility to simplified infrastructure management. 

This blog post will take a deep dive into the benefits of wireless networks. It will also examine how businesses and individuals enhance connectivity by embracing it.

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When it comes to network management, outdoor applications present numerous challenges. It forces you to seek innovative technology in areas lacking connectivity or infrastructure. One powerful solution to poor connectivity is a rugged outdoor WiFi gateway. It connects remote WiFi devices to the Internet using the cellular network when wired Internet or access to public WiFi is unavailable. You can use them for continuous remote connectivity or short-term deployment. They are ideal for connecting WiFi-enabled devices like irrigation controllers, IoT sensors, and camera streams to the Internet.

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One of the biggest challenges in modern networking is spanning large distances while staying within a budget.

Unfortunately, cheap hardware usually fails to accommodate longer ranges or succumbs to harsh outdoor environments. This situation forces you into more expensive technologies, like fiber optics, which may not be affordable.

Point-to-point wireless bridge technology could be the perfect solution you seek. It allows Wi-Fi communication to reach spans further than the IEEE 802.11b/g/n standard of a few hundred feet.

Bridging helps networks transmit across miles using traditional Wi-Fi, cutting installation costs by magnitude. Likewise, it offers better performance than many competing solutions.

So, let’s explore point-to-point wireless bridging and all that it offers. You might have found the best way to solve your networking challenges with this device.

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Among the impressive features that 5G is bringing to the world of technology is the opportunity for improved network slicing. With 5G network slicing, operators can create very specific networks for very specific purposes with just a single physical network if need be. Learn how 5G networking slicing works, how it is set up, and most importantly, how to implement it for your own needs.

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5G connection density is not just coming, it is already here. 5G towers and devices have been available for a few years now, and we are rapidly entering the “boom” phase of 5G deployment. 

Soon, industrial networks will need to have 5G capability to keep up with data-intense applications. Unfortunately, incorporating 5G is not as simple as replacing the old 4G radios and routers. 5G is a fundamentally new technology, and it will force you to think about network design in new ways.

One of the significant changes coming from 5G is a massive increase in connection density. A single 5G router can handle a magnitude more simultaneous connections than its 4G counterpart. The capabilities are mind-boggling, and it will take network engineers some time to maximize this benefit. Until then, a few best practices can help you think about utilizing and designing around this technology.

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The 3rd Generation Partnership Project (3GPP) is a consortium of standards-making organizations that develop mobile telecommunications protocols. When 3GPP began working on 5G in 2015, it realized that a new kind of radio would be needed to transmit and receive signals carrying voice and data on 5G networks. This new radio would have to broadcast and receive on a range of frequencies as high as 300 GHz — the so-called “millimeter wavelengths” bands — and as low as 6 GHz. This requirement, along with others aimed at dramatically improving 5G wireless service as compared to 4G, led to the development of the aptly named “New Radio,” which is simply referred to as “NR.” The NR uses an array of technologies that set 5G service apart from all that preceded it. Chief among these is Massive MIMO — Multiple Input, Multiple Output.

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