Tag: Modem

Peplink’s 5GN Modem: A Leap Forward in 5G Connectivity

Peplink has taken a bold step forward with the introduction of its latest modem chipset, the Qualcomm Snapdragon X62, in the BR1 Pro 5GN and BR2 Pro 5GN routers. What makes this advancement noteworthy is that it comes at no additional cost, maintaining the same price point as its predecessor, the 5GH model. 

Breaking Down the Advancements

  1. Three-Way 5G Carrier Aggregation: The standout feature of the new 5GN models is the support for three-way 5G carrier aggregation. This translates to the potential for significantly higher speeds, offering users a more robust and responsive network experience.
  2. Simultaneous Low and Mid-Band Carrier Aggregation: Unlike its predecessor, the 5GN models enable carrier aggregation between low and mid-band frequencies simultaneously. This enhancement promises users improved speed, range, and reliability in their networks, particularly beneficial for those operating in areas with challenging signal conditions. It specifically covers the following bands:
    • 5G NA & NSA Sub-6GHz Bands: n1, n2, n3, n5, n7, n8, n12, n13, n14, n18, n20, n25, n26, n28, n29, n30, n38, n40, n41, n48, n66, n70, n71, n75, n76, n77, n78, n79
    • 4G/LTE Bands: 1, 2, 3, 4, 5, 7, 8, 12, 13, 14, 17, 18, 19, 20, 25, 26, 28, 29, 30, 32, 34, 38, 39, 40, 41, 42, 46, 48, 66, 71
  3. Seamless 4G/5G Integration: The x62 cellular module on the 5GN models supports both SA (standalone) and NSA (non-standalone) Sub-6GHz, ensuring a smooth transition between 4G and 5G networks.

Technical Prowess of the X62 Modem

  1. Peak Modem Speeds: Utilizing technologies such as Wideband Envelope Tracking, 3-Way Carrier Aggregation, and AI-Enhanced Signal Boost, the X62 chipset achieves unprecedented peak modem speeds, setting new benchmarks for performance.
  2. Enhanced Performance in Challenging Areas: The x62’s ability to combine multiple 5G bands, including compatibility with C-Band, ensures superior service in areas historically prone to signal struggles.
  3. Power Efficiency: With a 4nm baseband chip and cutting-edge technology, the X62 delivers exceptional power efficiency, making it the most power-efficient chip to date.

5G Modem Evolution: X62 vs X55

  1. Future-Proof Design: The X62 implements “5G Phase 2” standards, positioning it as a future-proof modem chipset capable of keeping pace with the evolving 5G network landscape.
  2. Addressing Limitations: Compared to the earlier X55 modem, the X62 addresses limitations in combining multiple 5G bands, ensuring optimal performance, especially in fringe signal areas.
  3. Compatibility with C-Band: The X62 supports C-Band, a vital spectrum for 5G expansion, providing users with a comprehensive and compatible 5G experience.

Peplink’s Implementation Plan

Peplink plans to seamlessly integrate the new modems into its existing 5G product lines, starting with the MAX BR1 Pro 5G and the dual-5G MAX BR2 Pro 5G routers. This ensures that users can experience the enhanced capabilities of the X62 chipset without any changes to the routers themselves.

Embracing the Future of Connectivity

Peplink’s introduction of the 5GN models marks a significant leap in 5G connectivity, promising users faster speeds, improved reliability, and future-proof technology. With the Qualcomm Snapdragon X62 chipset at its core, these routers exemplify Peplink’s commitment to delivering cutting-edge solutions to meet the demands of an ever-expanding digital landscape. As 5G networks continue to evolve, the 5GN models stand poised to provide users with a seamless and unparalleled connectivity experience.

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Enhancing Network Reliability: Incorporating Cellular Routers for Automatic Failover

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

The Need for Failover Solutions

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

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

Topology: How Cellular Routers Fit into Your Network

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

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

Benefits of Cellular Failover

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

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

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

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

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Selecting an Antenna: A Comprehensive Guide

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

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

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

What Should You Know? 

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

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

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

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

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

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

Selecting an Antenna Type

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

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

Frequency Band support

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

Cables

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

Checking the Connectors

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

Gain

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

Let 5Gstore.com Help!

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

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

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Troubleshooting Slow Internet Connections

A sluggish internet connection can be highly frustrating and debilitating. From buffering videos to crawling downloads, slow internet speeds can hinder productivity and dampen online experiences. While internet service providers (ISPs) play a significant role in determining the overall connection quality, there are several factors within your control that can help improve your internet speed. In this article, we will explore some common reasons why your internet connection may be slow and provide practical tips to help optimize it. Additionally, we will delve into how both Ethernet and WiFi connections can also limit your overall speed on the internet.

Bandwidth Limitations

One of the most common reasons for slow internet speeds is bandwidth limitations. Bandwidth refers to the maximum data transfer rate supported by your internet plan. If you have several devices simultaneously using the internet or are engaged in data-intensive activities like streaming 4K videos or gaming, your available bandwidth may get divided, leading to reduced speeds for each device or activity.

Solution: Consider upgrading to a higher-tier internet plan with increased bandwidth. Analyze your internet usage requirements and opt for a plan that can accommodate your needs, especially if you have a household with multiple connected devices. Also keep in mind that if you’re using a 3rd party router, it could be limiting your speeds. Confirm your router supports the necessary throughput speeds to provide you the max throughput from your ISP. 

Router Placement and Interference

The placement of your wireless router can significantly impact internet speeds. If your router is situated far away from your devices or is obstructed by walls and objects, it may result in weak signals and lower connection speeds. Moreover, interference from neighboring WiFi networks, Bluetooth devices, and other electronic appliances can also disrupt your signal.

Solution: Position your router in a central location within your home or office, away from thick walls and obstructions. Ensure there are minimal electronics or physical barriers between your devices and the router. Additionally, access your router settings to switch to less congested WiFi channels for improved signal quality.

Ethernet and WiFi Connection Speeds

Apart from ISP-related issues and router concerns, the type of connection you use can also influence your overall internet speed. Ethernet connections, typically faster and more stable, can outperform WiFi connections. While WiFi offers the convenience of wireless connectivity, it may not match the speeds of a wired Ethernet connection, especially over longer distances.

Solution: Utilize Ethernet for High-Performance Needs. For activities that require higher speeds and low latency, consider using an Ethernet connection instead of WiFi. Connect your devices directly to the router via Ethernet cables for enhanced performance, especially when engaging in tasks like online gaming, video conferencing, or large file transfers.

Outdated Hardware

Over time, the technology used in your modem, router, and network cards can become outdated, limiting their ability to handle higher internet speeds. Using older equipment may bottleneck your connection and result in slow internet speeds.

Solution: Invest in modern and higher-performance networking equipment. Upgrading your router, modem, and network cards to the latest standards can significantly improve internet speeds and enhance your online experience.

Network Overload

In densely populated areas or in scenarios where many users are connected to the same ISP infrastructure, network overload can occur. During peak hours when many users are simultaneously accessing the internet, the overall network speed may be impacted.

Solution: Try to schedule data-intensive activities like large downloads or high-definition streaming during off-peak hours when the network is less congested. This can help you access more available bandwidth and improve your overall internet speed.

Speed Tests

Not all speed tests are alike. Some tests are limited to the upload and download speeds. Latency and jitter are important to how your Internet connection performs for applications such as VoIP (voice over IP) and video meetings. The device you’re testing from as well as the distance to the server you’re testing against will be factored into your overall result. 

Solution: Use a device with an Ethernet connection to test. This will ensure you’re not getting any interference over WiFi. Choosing a server closer to your location will provide you with a more accurate reading. As will closing background applications when running tests. This will take any extra load off the connection.

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DNS: Navigating the Internet’s Address Book

Have you ever wondered how your web browser magically knows where to find the websites you want to visit? How does it manage to locate the exact server that holds the website you’re looking for? What about when you can’t access web pages? Is this due to your Internet being down, or is it really a DNS issue? What is DNS anyway, and what does it do? We’re going to unravel the mystery of DNS and servers, and shed light on how they work hand in hand to bring you the online content you crave.

DNS – The Internet’s Address Book 

When you enter a website address (URL) into your web browser, such as “www.example.com,” a remarkable technology called DNS (Domain Name System) comes into play. DNS acts as the internet’s address book, translating human-friendly domain names into the corresponding IP addresses, which servers use to identify each other on the network.

Servers – The Hosts of Online Content 

Servers are powerful computers specially designed to store and manage information, serving as the hosts for websites and online content. They are like libraries, holding the website’s files, images, videos, and other data, and delivering them to your web browser upon request.

The Collaboration between DNS and Servers

DNS and servers work together harmoniously to make the internet accessible and user-friendly. DNS acts as the internet’s address translator, converting domain names into IP addresses, while servers store and deliver the website’s content. Let’s follow the journey of your web browser as it navigates the collaboration between DNS and servers to fetch the desired content:

  1. You enter a website address into your web browser, triggering a DNS lookup request. For example, let’s use “www.cloudflare.com.”
  2. The DNS resolver, acting as your browser’s librarian, receives the request and checks its cache for the corresponding IP address. If the IP address is found, the resolver provides it to your browser, skipping the need for further DNS lookups.
  3. If the IP address is not in the cache, the resolver contacts DNS servers to find the answer. The resolver starts by querying a root DNS server, which leads to the discovery of the authoritative DNS server responsible for the requested domain.
  4. The authoritative DNS server holds the official record of the domain’s IP address. The resolver contacts this server, retrieves the IP address, and shares it with your browser.
  5. Armed with the IP address, your browser establishes a connection with the server hosting the website. It’s like your browser knocking on the server’s door, requesting the content you desire.
  6. The server, upon receiving the request, retrieves the website’s files and data, and sends them back to your browser.
  7. Your web browser receives the content and starts rendering it, displaying the website on your screen.

Internet Connection Issues or DNS?

Have you ever encountered a situation where you couldn’t access websites? Maybe it’s all sites you’ve tried, or just certain ones. In any case, there’s an easy way to determine if the issue is your Internet connection or something to do with the DNS settings. 

Part 1: Identifying Internet Connection Problems

When you find yourself unable to access websites, the first step is to determine whether it’s an issue with your internet connection or a DNS-related problem. Here’s a simple method to help you figure it out:

  1. Open your web browser and try visiting a website you frequently access. If the page doesn’t load or displays an error message, it could indicate an internet connection problem.
  2. Check other online services like email or messaging apps. If they are also not working, it’s likely an issue with your internet connection.
  3. Confirm the status of your internet connection by checking if other devices in your home or office are experiencing similar difficulties. If multiple devices are affected, the problem is likely with your internet connection.

Part 2: Testing for DNS Issues

To determine if the problem lies specifically with DNS, you can perform a simple test using the IP address “1.1.1.1” (a popular DNS resolver). Here’s how to do it:

  1. Open your web browser and type “1.1.1.1” in the address bar.
  2. Press Enter and wait for the page to load. If it successfully opens, it indicates that the DNS is likely the culprit behind the access issues.
  3. However, if you encounter an error or the page doesn’t load, it suggests a broader internet connectivity problem rather than a DNS issue.

Part 3: Changing DNS Settings on Your Router

If the test with “1.1.1.1” confirmed a DNS problem, you can resolve it by changing your DNS settings. This is a permanent change, though you can always adjust again later should something change with your network. It’s advisable to make the DNS changes on your router so that all devices connecting through it benefit from the updated settings. Here’s a general guide:

  1. Access your router’s configuration page by typing its IP address (usually something like “192.168.0.1” or “192.168.1.1”) into your web browser’s address bar.
  2. Log in to the router using your username and password. If you don’t know the credentials, refer to the router’s manual or contact your internet service provider.
  3. Locate the DNS settings in the router’s configuration interface. It may be under a section like “Network,” “Internet,” or “DNS.”
  4. Replace the existing DNS server addresses with the new ones you wish to use. Popular public DNS servers include “1.1.1.1,” “8.8.8.8,” and “9.9.9.9.”
  5. Save the changes and restart your router. This ensures the new DNS settings take effect.

Understanding DNS

In the vast online world, where websites are just a click away, it’s important to understand the fundamental roles of DNS and servers in making the internet accessible. DNS acts as the internet’s address translator, converting domain names into IP addresses, while servers store and deliver the website’s content to your web browser. However, there are times when you may encounter difficulties accessing websites, and it becomes crucial to identify whether it’s an internet connection problem or a DNS issue. Knowing how to troubleshoot these issues can save you time and prevent further frustration. So, whether you’re exploring new websites, accessing information, or enjoying online experiences, the seamless interaction between DNS, servers, and your internet connection ensures a smooth and enjoyable online journey.

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What’s Better on a Cellular 4G/5G Router: Ethernet or WiFi?

When it comes to connecting to a cellular router, choosing the right method can significantly impact the performance and reliability of your internet connection. Ethernet and WiFi are two options to consider, each with its own strengths and considerations. In this article, we will compare Ethernet and WiFi connections specifically in the context of cellular routers. We hope this will help you make an informed decision on the best connection method for your needs.

What is Ethernet?

An Ethernet connection refers to a wired network connection that uses Ethernet cables to connect devices, such as computers, routers, or switches, to a local area network (LAN) or the internet. It is a standard method of connecting devices through physical cables, typically using an RJ45 connector. There are many different types of Ethernet cables that can support different speeds, so it’s important to use a cable capable of supporting your max network speeds. 

What is WiFi? 

WiFi, short for “Wireless Fidelity,” is a technology that allows devices to wirelessly connect to a local area network (LAN) or the internet. It uses radio waves to transmit and receive data between devices, eliminating the need for physical cables. WiFi enables devices such as laptops, smartphones, tablets, and smart home devices to connect to the internet and communicate with each other within the range of a WiFi network.

WiFi networks are created using a wireless router or access point, which acts as a central hub for connecting devices. The router converts the incoming internet signal into a wireless signal that devices can detect and connect to. WiFi networks use standard protocols such as IEEE 802.11 to ensure compatibility between devices.

Speed

When it comes to speed, Cellular Internet tends to fluctuate. Ethernet connections have a significant advantage over WiFi here. Ethernet utilizes a wired connection, allowing for faster and more stable data transfer rates. So when you’re working with slower speeds to begin with, Ethernet can help you to achieve the best throughput possible. With Ethernet, you can actually achieve speeds of up to 10 Gbps or higher with the right hardware. This is ideal for bandwidth-intensive tasks such as gaming, streaming 4K videos, or large file transfers. Wired connections provide a consistent and dedicated pathway for data, minimizing latency and ensuring a smooth online experience. Of course, in order to achieve anywhere near the full Ethernet max speed, you’ll need to be using a 5G cellular router. 4G LTE may be capable of running these tasks, but you’ll need a relatively consistent connection to maintain them.   

On the other hand, WiFi connections are wireless and can vary in speed depending on various factors such as distance from the router, signal interference, and the number of connected devices. While modern WiFi standards, such as Wi-Fi 6, can offer high speeds up to 9.6 Gbps, real-world conditions often result in lower speeds. WiFi is generally suitable for regular web browsing, social media usage, and streaming HD content. 

Reliability

Reliability is another crucial aspect to consider when choosing between Ethernet and WiFi connections. Ethernet connections are known for their stability and consistency. Since they are not susceptible to signal interference or congestion, Ethernet offers a reliable and uninterrupted internet connection. This makes it ideal for applications that require constant and reliable connectivity, such as online gaming, video conferencing, and large file transfers.

WiFi connections, while convenient due to their wireless nature, can be affected by several factors. Physical obstacles like walls or distance from the router can weaken the signal strength and result in slower speeds or even dropouts. Additionally, the presence of other electronic devices or neighboring networks operating on the same frequency can cause interference. WiFi connections are generally reliable for casual web browsing, email, and light streaming but may suffer in crowded or interference-prone environments.

Security

Security is a critical consideration when connecting to a cellular router. After all, you don’t want someone gaining access to your limited data plan! Both wired Ethernet and WiFi connections have distinct security characteristics. Wired Ethernet connections provide inherent security advantages due to their closed system and physical nature. The use of Ethernet cables makes it more challenging for unauthorized individuals to gain access or interfere with the network. This safeguards the integrity and privacy of your data. Ethernet connections often require physical access to the network infrastructure, adding an additional layer of protection against external threats.

WiFi connections have evolved significantly in terms of security features though. Modern WiFi standards, such as WPA2 (Wi-Fi Protected Access 2) and WPA3, offer robust encryption protocols and authentication mechanisms to enhance wireless network security. These protocols help prevent unauthorized access to the network and protect data transmitted over the WiFi connection.

To further strengthen WiFi security, it is crucial to implement strong passwords or passphrases and regularly update the router’s firmware. Additionally, enabling features like MAC address filtering and disabling the broadcasting of the network’s SSID (Service Set Identifier, also known as the WiFi name) can provide an additional layer of security by making the network less visible to potential attackers.

While Ethernet connections have an inherent advantage in terms of physical security, WiFi security has made significant advancements and can provide robust protection when properly configured and maintained. However, it is important to note that wireless networks may be more susceptible to certain types of attacks, such as eavesdropping or unauthorized access if security measures are not adequately implemented.

Use Cases

Ethernet and WiFi have distinct use cases based on their characteristics. Here are some examples of when to use Ethernet over WiFi, and vice versa.

Ethernet

  • Gaming: Online gaming demands a stable and low-latency connection for an optimal gaming experience. Ethernet provides a reliable connection with minimal lag, making it the preferred choice for gamers.
  • Workstations: If you have a desktop computer or a stationary device that requires a consistent internet connection, Ethernet is ideal. It ensures fast and reliable data transfer for tasks like video editing, graphic design, or software development.
  • Smart Home Devices: Devices that require a constant and reliable internet connection, such as security systems or home automation hubs, can benefit from an Ethernet connection to ensure uninterrupted operation.

WiFi

  • Mobility: WiFi’s wireless nature makes it suitable for devices like laptops, tablets, and smartphones, allowing you to move freely within the range of the network without being tethered to a physical connection.
  • Temporary setups: In situations where running Ethernet cables is impractical or not feasible, such as temporary offices or events, WiFi provides a convenient solution for connecting multiple devices.
  • Internet on-the-go: Public places like coffee shops, airports, or hotels often provide WiFi access, enabling users to connect their devices without the need for physical connections.

Understanding the Differences

Ethernet and WiFi connections offer different advantages based on your specific needs and requirements. Ethernet excels in terms of speed and reliability, making it ideal for bandwidth-intensive tasks and applications that demand a stable connection. WiFi, however, provides the convenience of wireless connectivity and is suitable for mobile devices and situations where wired connections are not feasible.

It’s worth noting that in some cases, a combination of both Ethernet and WiFi connections can be advantageous. Many routers offer the option to connect some devices via Ethernet while providing WiFi access to others. This hybrid approach allows you to make the most of each connection type based on the specific needs of your devices and activities.

Ultimately, the choice between Ethernet and WiFi depends on your individual circumstances and priorities. By understanding the strengths and weaknesses of each option, you can make an informed decision to ensure a seamless and reliable internet experience that suits your specific requirements.

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Emerging Trends and Innovations for 5G Cellular Modems

Fifth-generation (5G) wireless is the most advanced mobile broadband technology. It is designed to meet the broader bandwidths and faster performance demands for mobile networking and IoT/M2M uses. Verizon was the first carrier to roll out this advanced technology in 2019, followed by Sprint, AT&T and T-Mobile®.

The advent of 5G technology has brought about significant changes in the way we communicate and interact with the world around us. With its high data rates, low latency, and massive device connectivity capabilities, 5G cellular modems have the potential to revolutionize industries, including healthcare, transportation, entertainment, and more. In this blog, we will explore the possible future of 5G cellular modems, including five trends and future innovations that could shape this emerging technology in the years to come.

#1: Increased Adoption and Network Expansion

One of the most significant trends in the 5G space is the rapid expansion of 5G networks worldwide. Currently, over 160 operators in 64 countries have launched 5G services, and those numbers have been slowly growing. The increasing availability of 5G networks will drive the adoption of 5G cellular modems across a range of devices, including smartphones, tablets, laptops, and IoT devices.

#2: Improved Power Efficiency

The power consumption of 5G cellular modems is a major concern, particularly for mobile devices. 5G modems require more power than their 4G/LTE counterparts due to the higher data rates and increased complexity of the technology. However, the industry is working to improve power efficiency through innovations like dynamic power management and advanced chip design. These innovations will help to reduce power consumption and extend battery life, making 5G technology more practical for mobile devices.

#3: Advanced Antenna Technology

Another area of innovation in the 5G space is antenna technology. With 5G networks, beamforming and massive MIMO (multiple-input, multiple-output) technologies enable the use of multiple antennas to improve signal strengths and reduce interference. These technologies will continue to evolve. We can expect to see new innovations in antenna design, such as conformal antennas and the use of meta-materials, that could further enhance the performance of 5G networks.

#4: Enhanced Security

As 5G technology becomes more widespread, security concerns are growing. 5G networks are vulnerable to cyber-attacks, and the increasing number of connected devices continues to create new attack vectors. To address these concerns, the industry is developing new security protocols and technologies, including secure enclaves, secure boot, and hardware-based security features. These features will help protect against attacks and ensure the security of 5G networks and their devices.

#5: Integration with Other Technologies

Finally, we can expect to see increased integration of 5G technology with other emerging technologies, such as artificial intelligence, edge computing, and augmented reality. These technologies have the potential to unlock new use cases for 5G, such as autonomous vehicles, smart cities, and remote healthcare. As 5G networks become more pervasive, we can expect to see these technologies converge to create new and exciting applications.

5G: A Promising Future Awaits

The future of 5G cellular modems looks promising, and a range of innovations and trends continues to drive the technology forward. Increased adoption and network expansion, improved power efficiency, advanced antenna technology, enhanced security, and integration with other technologies are just a few factors that will shape the future of 5G. As technology continues to evolve, we can expect to see new and exciting use cases that will transform the way we live, work, and communicate.

Questions? Contact the 5G Experts at 5Gstore

If you’re in the market for a 5G cellular modem or any other kind of cellular connectivity hardware or service, let the experts at 5Gstore help! We’re highly knowledgeable about 5G technology and can help point you to the right products so you can stay connected — wherever you are. From 5G-enabled cellular routers and modems to 5G antennas, signal boosters and more, we’re your go-to for everything wireless.

Align yourself with 5G’s promising future by integrating upgraded products with 5G capabilities in your home or business. Contact us by phone, chat or by email. We’re here to help.

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Peplink Balance 20x CAT 7 & BR1 Mini CAT 7 On Sale!

Are you in need of a high-performance router that offers cellular connectivity? If so, now is the perfect time to upgrade your networking equipment with 5Gstore.com. For a limited time, the Peplink Balance 20X Cat 7 is on sale, and you can save big on your purchase.

Peplink Balance 20X with Cat 7 LTE Modem

The Peplink Balance 20X Cat 7 is a powerful router that features dual-WAN load balancing, failover capabilities, and advanced security features like intrusion detection and prevention. It can handle 1 to 60 users on average and is ideal for small to medium-sized businesses. Although, it has also been a popular solution for home users and travelers alike. Normally priced at $549, you can purchase the Peplink Balance 20X Cat 7 for only $449 during this limited-time sale, saving you $100.

Peplink MAX BR1 Mini with Cat 7 LTE Modem

But that’s not all – if you are in need of a compact device for on-the-go connectivity and more, the Peplink MAX BR1 Mini Cat 7 is also on sale. This router features 4G LTE and Wi-Fi capabilities, and a built-in GPS receiver for location tracking. It’s perfect for those who need a reliable and high-speed internet connection while on the move. The Peplink MAX BR1 Mini Cat 7 was previously priced at $479, but now it’s available for only $399, giving you a permanent price drop of $80.

Cat 7 LTE Modems

Both of these devices are equipped with Cat 7 modems, which offer faster download and upload speeds compared to Cat 6 modems. This means that you can enjoy faster internet speeds and improved connectivity, making them ideal for businesses and anyone that demands fast and dependable internet service. 

Why 5Gstore.com?

At 5Gstore.com, we are dedicated to providing our customers with the best networking equipment and accessories on the market. We are a trusted retailer with a reputation for providing excellent customer service and support. We also offer free technical support and a 30-day return policy on all of our products, giving you peace of mind with your purchase.

Get Your New Peplink Today!

Remember, this Peplink Balance 20X Cat 7 sale is a limited time offer, so act fast to take advantage of this amazing deal. Seize the opportunity to upgrade your network today and experience faster internet speeds and enhanced connectivity. Don’t let this chance slip by! Both the Peplink Balance 20X Cat 7 and the Peplink MAX BR1 Mini Cat 7 are in stock and ready to ship today, so place your order now!

Not sure what hardware is best for you? Contact the experts at 5Gstore.com for assistance!

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How to Choose the Right 5G Cellular Modem for Your Business

As 5G networks become more widespread, businesses and organizations need to make sure they have the right cellular modem to take advantage of this emerging technology. There are multiple reasons why organizations and companies should want to select 5G-enabled business modems. They are:

  1. Increased speed and bandwidth: 5G offers data rates of up to 10Gbps, a ten times to 100 times improvement over 4G/LTE technology.
  2. A low latency of less than five milliseconds.
  3. A reduction in power consumption: 5G has an estimated 90% reduction in power consumption at the smartphone level.
  4. Security: Stronger security tools are available for 5G designers, including key management services, hardware security modules, and more.
  5. Improved density: 5G’s density enables up to 100 times more connected devices in the same physical area on which 4G/LTE operates.

Although you know that you need a 5G cellular modem to future-proof your business or organization, the truth is that choosing the right 5G wireless modem can be a daunting task. There are so many different features and styles from which to choose. With a little research and planning, however, you can find the perfect fit for your needs.

We’ve put together eight tips about how to choose the right 5G cellular modem for your business or organization. They include:

  • Understanding your connectivity requirements
  • Determining the form factor
  • Considering the available interfaces
  • Looking for advanced features
  • Comparing data plans
  • Checking for firmware updates
  • Considering the cost
  • Reading reviews

Tip #1: Understand Your Connectivity Requirements

When choosing the right 5G cellular business modem, the first step is to understand your connectivity requirements. Consider the number of devices that will need to connect to the modem, the type of data that will be transmitted, and the distance between the modem and the devices. This will help you determine the speed, range, and capacity that you need from your modem. For help with this process, use 5Gstore’s Router Advisor tool.

Tip #2: Determine the Form Factor

The modem’s form factor is another important consideration. Some modems are designed to be used in a fixed location, while others are portable and can be taken on the go. Of course, there are several that are quite versatile and can be used for many different applications. Look at things like what the hardware is made of, its temperature threshold, and the type of power options available. Use these factors to help determine the most appropriate option for your application.

Tip #3: Consider the Available Interfaces

A modem’s available interfaces are also important to consider. Make sure the modem you select has the necessary ports and interfaces to connect to your devices. Some modems also have built-in Wi-Fi or Ethernet connectivity, which can make it easier to connect multiple devices to the modem. Also, consider not only the interfaces that your business needs now, but potential future needs as well. This will allow your business or organization the flexibility for growth and will take into account any expanding connectivity needs you may experience.

Tip #4: Look for Advanced Features

Many 5G wireless modems come with advanced features that can enhance the connectivity experience. For example, some modems have built-in GPS, which can be useful for tracking the location of devices. Others may have advanced security features, such as VPN support, to ensure that data transmissions are secure. This is another instance where our Router Advisor tool would be helpful.

Tip #5: Compare Data Plans

When choosing a 5G modem, it’s important to consider the data plans that are available. You’ll also want to confirm whether the modem is carrier locked or unlocked so it can be used with any carrier. Make sure to compare the data plans from each carrier that provides coverage within your area. Data plans vary not only in price, but also in the amount of data that is allowed throughout the month. Look to our Data Usage Calculator to help determine how much data you’ll need. With these tips, you can find a modem and plan that fits your needs and budget.

Tip #6: Check for Firmware Updates

As with any technology, firmware updates are important to ensure that your modem is running at optimal performance. Look for modems that have a history of regular firmware updates, and make sure that the manufacturer offers support for the device.

Tip #7: Consider the Cost

Cost is always an important consideration when choosing a 5G modem. While it’s tempting to choose the least expensive option, keep in mind that a more expensive modem may offer better performance, more advanced features, and a longer lifespan. Consider your budget and the features that are most important to your organization to find a modem that offers the best value for your money.

Tip # 8: Read Reviews

Finally, it’s always a good idea to read reviews from other users before making a purchase. Look for reviews from users that have similar connectivity requirements to your own. This can give you an idea of the performance, reliability, and ease of use of different 5G business modems.

Research and Compare: Find the Right 5G Cellular Modem for You

Choosing the right 5G cellular modem for your business or organization requires careful consideration of your connectivity requirements, form factor, interfaces, advanced features, data plans, firmware updates, cost, and reviews. By taking the time to research and compare different options, you can find a modem that offers the speed, range, and capacity needed to take advantage of 5G technology. When choosing a 5G wireless modem, it’s important to consider the data plans that are available. Some modems may be locked to specific carriers, while others may be unlocked and able to work with multiple carriers. Make sure to compare the available data plans to find one that fits your needs and budget.

Need Help? Call in the Experts.

At 5Gstore, our goal is to get you connected with the right products and services that will best service your business or organization. If you’re in the market for a 5G cellular modem and you need help finding the right one, we’re happy to help! Give us a call or opt for a live chat during business hours: 9 a.m. to 6 p.m. CST, Monday through Friday. Our email is available 24 hours a day. Send us a message and we’ll respond as soon as possible.

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Cellular Routers vs Cell Phone Hotspots: What to Use for Business Failover

Businesses depend on reliable and stable internet connections to operate efficiently. In the event of a primary internet outage, having a backup solution is essential to minimize downtime and maintain productivity. Two common solutions for business failover are using a cell phone hotspot or a cellular router. While both provide a connection to a cellular network for Internet access, they do not offer the same benefits. We’d like to take a closer look at each of these solutions and compare their pros and cons. 

Cell Phone Hotspot

A cell phone hotspot is a feature offered by most modern smartphones and cellular providers. They allow you to share your device’s cellular data connection with other devices via WiFi. This option is convenient and easy to use, especially for single users (like remote workers) or small businesses with minimal internet needs. Pros of using a cell phone hotspot for business failover include:

  • Portability: A cell phone hotspot can be used anywhere and is easy to transport, making it ideal for remote workers or businesses that require frequent travel.
  • Affordability: A cell phone hotspot is a low-cost alternative to a cellular router, especially if the device is already owned by the business. Most carriers also include hotspot services with your data plan. 
  • Ease of use: To operate the hotspot on your phone, you simply need to turn it on, then turn it off when you’re done. There’s really nothing to it unless you want to adjust its name or password. 

Cons of using a cell phone hotspot for business failover include:

  • Availability: Hotspots are not meant for 24/7 use. Keep in mind that this is someone’s cell phone, so they will take it home when they leave the office. This makes it impossible to run any hardware like security cameras. They are also battery powered. You can keep them plugged in 24/7 to avoid losing power, but this shortens the battery life. 
  • Accessibility: If you have a shared printer and files on your primary network, these items will not be accessible. This is because your computer will be connected to the cell phone hotspot network. 
  • Failover: When your primary Internet connection fails, you will need to manually switch all critical devices to the hotspot, creating some additional downtime. 
  • Limited data & bandwidth: Most cell phone plans offer limited data allowances, which can be quickly exhausted by multiple devices connecting to the hotspot.
  • Limited User Support: Hotspots can usually only support up to 15 devices and only wireless connections. There are no Ethernet ports available for wired connections. 
  • Limited WiFi Range: The wireless range from hotspots are normally limited to 30ft or less. This can be even more degraded when you have interference in the environment. 
  • Limited interoperability: Some users may opt to use their hotspot with a WiFi as WAN router (or tethered to a router with USB WAN port) that can extend their WiFi range and user support. However, this can create issues with some applications working properly. If possible, it’s best to put the hotspot into a bridge/ passthrough mode, but this is not normally a supported feature on hotspots.
  • Unreliability: The reliability of a cell phone hotspot can vary depending on the location and network coverage. They also do not have external antenna ports to help with signal strength. All of this makes it unsuitable for businesses that require a consistent internet connection. 
  • Security risks: Sharing your cell phone’s internet connection with other devices can pose security risks, especially if sensitive data is transmitted.

Cellular Router

A cellular router is a standalone device that connects to the internet via a cellular network. This option is ideal for any user, but is generally used by businesses with more complex internet needs and larger teams. Pros of using a cellular router for business failover include:

  • Reliability: Cellular routers are designed to provide a consistent and stable internet connection, making them ideal for businesses that require close to 24/7 uptime.
  • Failover: Cellular routers can sometimes connect with your primary Internet connection and provide automatic failover between connections. This means all your devices (critical and non-critical) can be connected to the same network, if needed. You don’t have to manually switch devices from your primary to backup network. 
  • Bandwidth: Cellular routers can handle more data and support several devices, making them suitable for larger businesses.
  • Security: Cellular routers come with built-in security features to protect your network and data from threats.
  • Antenna Connections: Most cell phones do not have external antenna connections, but routers generally do. This makes it easier to increase signal strength and quality directly to the device. 

Cons of using a cellular router for business failover include:

  • Cost: Cellular routers are more expensive than cell phone hotspots.
  • Complexity: Cellular routers can be more complex to set up and manage, especially for small businesses with limited IT resources.
  • Size: Routers are usually larger in size and will require constant power for 24/7 use. 

As you can now see, the choice between using a cell phone hotspot or a cellular router for business failover will depend on the specific needs of your business. For remote workers, travelers and small businesses with minimal internet needs, a cell phone hotspot may be a suitable and affordable option. Hotspots are great for temporary use and provide a simple failover solution. For larger businesses with complex internet requirements, a cellular router may be the better choice for its reliability, bandwidth, and security features. However, either solution could be suitable for many applications, so it’s important to consider the differences.

Should you need assistance with determining your ideal solution, reach out to our team by phone, email, or chat! 

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