Category: 5G

What is VLAN Tagging and How is it Used?

VLAN tagging, sometimes referred to as Ethernet tagging, is a mechanism used in computer networks. It identifies and segregates network traffic into different virtual local area networks (VLANs). By implementing tagging, network administrators can efficiently manage and control network traffic, improve security, and optimize network performance. In this article, we will delve into the concepts of tagged Ethernet frames and explore various use case examples.

Tagged Ethernet Frames

Tagged Ethernet frames contain additional information, known as VLAN tags, which help distinguish and route network traffic. The VLAN tag is inserted into the Ethernet frame’s header, allowing network switches to identify the VLAN to which the frame belongs. This tagging process involves adding a VLAN tag that includes a VLAN identifier (VID), along with other control information.

In a tagged VLAN environment, network switches handle VLAN-tagged frames by examining the VLAN tag and directing the traffic accordingly. This enables network administrators to create logical network segments, even within a physical network infrastructure. Each VLAN represents a separate broadcast domain, enhancing network security and reducing network congestion.

Untagged Ethernet Frames

In contrast to tagged frames, untagged Ethernet frames lack VLAN tags. They are typically associated with the default VLAN, which carries untagged traffic. When a network switch receives an untagged frame, it treats it as belonging to the default VLAN unless otherwise configured. Untagged frames are typically used for devices that are unaware of VLANs or belong to a VLAN with no tagging support.

Why Use VLAN Tagging?

One of the primary reasons for VLAN tagging is traffic segmentation. By creating separate VLANs for different user groups, users can ensure that each group’s network traffic remains isolated. This also allows users to strengthen network security. By placing specific resources, such confidential information, in a separate VLAN, users can restrict access to only authorized users. This isolation helps protect against unauthorized access and potential attacks from compromised devices within the network.

VLAN tagging simplifies network management by providing logical grouping and administration of network resources. Network administrators can easily configure and manage VLANs, apply consistent security policies, and monitor network traffic within each VLAN separately. This simplification facilitates troubleshooting, improves network efficiency, and reduces the overall complexity of network administration. It also allows for easy application of features such as Quality of Service (QoS) policies, which can ensure a more consistent and reliable user experience.

Tagging offers flexibility and scalability in network design too. Users can easily add or remove devices from specific VLANs without affecting the entire network. This flexibility is particularly useful in dynamic environments where devices or users frequently change locations or departments.

Use Case Examples

  • Departmental or Device Segmentation: In an enterprise setting, different departments such as HR, Finance, and IT may require separate network segments for security and performance reasons. In home environments, users may want to put less secure IoT devices, for example, on a separate network. By using tagged Ethernet frames, network administrators can create VLANs for each department or device, ensuring traffic isolation and reducing the risk of unauthorized access.
  • Guest Networks: In hospitality, education, or corporate environments, guest networks are often implemented to provide internet access while keeping guest traffic separate from the internal network. VLAN tagging allows network administrators to create a dedicated VLAN for guest traffic, ensuring privacy and preventing potential security breaches.
  • Voice over IP (VoIP): VoIP implementations can benefit from VLAN tagging by prioritizing voice traffic and segregating it from other data traffic. By assigning voice traffic to a specific VLAN and applying Quality of Service (QoS) policies, network administrators can ensure reliable and high-quality voice communication.
  • Data Center Virtualization: Virtualization technologies, such as VMware or Hyper-V, rely heavily on VLAN tagging to isolate virtual machines (VMs) from each other and the physical network. Each VM can be assigned to a specific VLAN, enabling secure and efficient communication between VMs and reducing broadcast traffic.
  • Wireless Networks: In WiFi deployments, VLAN tagging allows for the separation of wireless traffic into different VLANs. This enables network administrators to provide different levels of access and security for various user groups, such as employees, guests, and contractors, all sharing the same wireless infrastructure.

Harnessing the Power of VLAN Tagging

VLAN tagging is a powerful tool that offers numerous advantages for network management. By utilizing VLAN tagging, users can achieve traffic segmentation, enhance security, optimize network performance, simplify administration, and enable flexibility in network design. It applies to any user looking to improve security, achieve better performance, or streamline network management. VLAN tagging truly provides users with a versatile solution for efficient and secure network operations.

By 5G , , , ,

Comparing Warranties on Common 4G and 5G Routers

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

Cradlepoint 

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

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

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

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

Digi

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

Inseego

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

Peplink

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

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

Sierra Wireless

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

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

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7 Tips for Ensuring a Secure Internet Connection

The internet has revolutionized the way we communicate, do business, and access information. However, the internet is also a hub of malicious activities, making it imperative to ensure a secure internet connection. Whether you are browsing the web, conducting online transactions, or accessing sensitive data, securing your internet connection is crucial. Let’s take a look at some of the ways we can help protect our connections. 

#1: Use a Virtual Private Network (VPN)

A Virtual Private Network (VPN) is an excellent tool to secure your internet connection. A VPN creates an encrypted tunnel between your device and the internet, making it difficult for anyone to intercept your data. This is particularly important when using public Wi-Fi, as these networks are often insecure and can be easily hacked.

When choosing a VPN, ensure that it uses strong encryption and has a no-logging policy. A no-logging policy means that the VPN provider does not store any of your internet activities, ensuring your privacy. Some popular VPN providers include ExpressVPN, NordVPN, and SurfShark.

#2: Keep your devices updated

Software updates are not just about new features and bug fixes; they also include security patches. Hackers are constantly looking for vulnerabilities in software to exploit. Thankfully, software updates often include security fixes that address these vulnerabilities. Keeping your devices updated ensures that you have the latest security patches, making it harder for hackers to exploit your devices.

Ensure that your operating system, antivirus software, and other applications are updated regularly. Most software updates can be set to automatic, making it easier to keep your devices updated.

#3: Use strong passwords and enable two-factor authentication

One of the most common ways hackers gain access to your online accounts is through weak passwords. A strong password should be at least eight characters long and include a mix of uppercase and lowercase letters, numbers, and special characters.

Using a different password for each account is also important, as it prevents hackers from gaining access to all your accounts if they manage to crack one password. Additionally, enabling two-factor authentication adds an extra layer of security by requiring a second verification method, such as a code sent to your phone, before allowing access to your account.

#4: Use a Firewall

A firewall is a security tool that monitors and controls incoming and outgoing network traffic. A firewall can help prevent unauthorized access to your computer by blocking incoming traffic from suspicious sources. Most operating systems come with a built-in firewall, but you can also install a third-party firewall for additional protection.

#5: Avoid suspicious websites and emails

Phishing attacks are a common way hackers use to gain access to your online accounts. Phishing emails often look legitimate, but they are designed to trick you into providing sensitive information, such as login credentials or credit card details. To avoid falling victim to phishing attacks, be cautious of emails that ask for sensitive information or come from unknown sources.

Similarly, malicious websites can also be used to steal your information or install malware on your device. Be cautious when clicking on links, and always verify that the website is legitimate before providing any sensitive information.

#6: Disable file sharing

File sharing is a convenient way to share files between devices, but it can also be a security risk. If file sharing is enabled on your device, anyone on the same network can access your files, including sensitive information. Ensure that file sharing is disabled when using public Wi-Fi or in any other situation where you do not trust the network.

#7: Use HTTPS

HTTPS (Hypertext Transfer Protocol Secure) is a secure version of HTTP, the protocol used to transfer data between your browser and websites. HTTPS encrypts your data and ensures that the website you are accessing is legitimate. You can check if a website uses HTTPS by looking for the padlock icon in the address bar. If the website uses HTTPS, you should see a padlock icon and the website address should start with “https://” instead of “http://”.

Using HTTPS ensures that your data is encrypted and secure, making it harder for hackers to intercept your data or manipulate the website you are accessing. It is particularly important when accessing sensitive information, such as online banking or making online purchases.

Maintaining Security on Your Network

In addition to the tips provided, utilizing a secure router is also advised as it adds another layer of protection. Most routers come with their own firewall as well as configuration settings that allow you to block certain devices from accessing your network. For example, you might set a configuration rule that blocks any device [from your network] that does not exist on a trusted list you’ve created. If any new devices need to connect, a secure guest network can be used rather than your primary network. Should you be in need of a secure router, just contact the team at 5Gstore and we’ll assist you in selecting the most appropriate solution based on your Internet connection(s), usage, and other requirements.  

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Power over Ethernet: Empowering Network Connectivity

In the realm of networking and data transmission, Power over Ethernet (PoE) can be a game-changer. This innovative technology revolutionizes the way we power and connect network devices, offering convenience, flexibility, and efficiency. In this blog, we’ll delve into what PoE is, explore its diverse use cases, and provide some general tips, including an overview of active and passive PoE and other common specifications to know.

What is Power over Ethernet (PoE)?

Power over Ethernet (PoE) is a technology that enables the simultaneous transmission of data and electrical power over standard Ethernet cables. Instead of relying on separate power cords or electrical outlets, PoE simplifies device installation and management by integrating power delivery directly into the existing Ethernet infrastructure. It employs a technique called “phantom power,” which utilizes unused wire pairs in the Ethernet cable to deliver low-voltage direct current (DC) power.

Active PoE

Active PoE is a type of PoE that requires a negotiation process between the power sourcing equipment (PSE) and the powered device (PD) to determine the power requirements. This negotiation allows the PSE to deliver the precise amount of power needed by the PD, ensuring optimal power delivery and compatibility. Active PoE is typically used in higher-power applications, such as pan-tilt-zoom cameras, Wi-Fi access points, and video conferencing systems.

Passive PoE

Passive PoE, on the other hand, does not involve a negotiation process between the PSE and PD. Instead, power is continuously supplied to the PD, regardless of its power requirements. This can lead to compatibility issues if the PD is not designed to handle the power delivered. Passive PoE is commonly found in lower-power applications, such as IP phones, basic security cameras, and small-scale IoT devices.

PoE Input vs PoE Output

Routers may support PoE input or output. Input means that it can use PoE to power the router itself. Output means that it can power external devices like IP phones, Ethernet switches, or WiFi access points. The PoE output capability of a switch or injector is usually defined by the PoE standard it supports (such as IEEE 802.3af, 802.3at, or 802.3bt). This determines the maximum amount of power that can be delivered. It’s important to note that devices can simultaneously act as PoE input and PoE output. For example, a PoE switch can receive power from a higher-level power source and distribute it to connected PDs. This makes it both a PoE input and a PoE output device.

Common PoE Specifications to Know

  • PoE Standards: The Institute of Electrical and Electronics Engineers (IEEE) has defined various PoE standards, including IEEE 802.3af, IEEE 802.3at, and IEEE 802.3bt. These standards specify the power levels and protocols for PoE, ensuring interoperability between PoE devices from different manufacturers.
  • Power Budget: The power budget refers to the maximum power that a PoE switch or injector can supply to connected PDs. It’s important to consider the power requirements of your devices and ensure that the power budget of your PoE infrastructure can accommodate them.
  • Maximum Power Delivery: PoE standards define the maximum power that can be delivered to a single PD. For example, IEEE 802.3af (PoE) can deliver up to 15.4 watts, IEEE 802.3at (PoE+) can deliver up to 30 watts, and IEEE 802.3bt (PoE++) can deliver up to 60 or 100 watts depending on the implementation.
  • Cable Length and Quality: Ethernet cable length and quality can affect PoE performance. Longer cable runs or lower quality cables may experience voltage drop, reducing power delivery. It’s advisable to use high-quality Ethernet cables suitable for PoE applications and consider the maximum cable length supported by your PoE devices.
  • PoE Classes: PoE devices are categorized into different classes (0-8) based on their power requirements. The class is determined by the amount of power needed by the PD. Understanding the class of your devices is essential when planning your PoE deployment.

PoE: Empowering Networks with Simplicity, Flexibility, and Reliability

Power over Ethernet (PoE) has become an indispensable technology in modern network deployments, revolutionizing the way power and data are delivered to network devices. By integrating power delivery and data transmission over a single cable, PoE offers numerous benefits that greatly enhance network infrastructure.

With PoE, you have a simplified setup. There’s no need for separate power cords or electrical outlets, reducing clutter and streamlining the setup process. This not only saves time and effort but also allows for greater flexibility in device placement. Moreover, PoE offers increased flexibility in network management. Power can be centrally controlled and managed through the PoE switch or injector, enabling remote power management and monitoring. This allows network administrators to easily power cycle devices, remotely troubleshoot power-related issues, and optimize power distribution to meet the demands of the network.

Understanding the options of active and passive PoE, as well as being familiar with common PoE specifications, empowers organizations to make informed decisions when implementing PoE infrastructure. Knowing the specific PoE standards, power budgets, cable length limitations, and device classes helps in planning and designing a PoE network that meets the requirements of the devices being powered.

By 5G ,

Website Cookies: Why They’re Used and Needed

When browsing the internet, you’ve probably encountered pop-ups or notifications about cookies. These little data packets often leave us with a sense of mystery. What are they, and why do websites use them? In this blog post, we’ll demystify website cookies, exploring their purpose and why they are both used and needed in today’s digital landscape.

Understanding Cookies

At its core, a cookie is a small text file that a website places on your computer or mobile device when you visit it. It contains information about your interaction with the website, such as your preferences, login details, or items added to a shopping cart. These files are stored in your browser’s cache and are sent back to the website on subsequent visits.

Why Are Cookies Used?

  • Enhancing User Experience: Cookies play a vital role in improving your browsing experience. They allow websites to remember your preferences, such as language selection, font size, or theme settings. By remembering your choices, websites can provide personalized content and tailor their offerings to your specific needs.
  • Session Management: Cookies are instrumental in managing user sessions. They help websites maintain your logged-in status, ensuring that you don’t need to re-enter your credentials on every page you visit. Additionally, they enable the storage of session IDs, enabling secure and uninterrupted browsing experiences.
  • Shopping Carts and E-commerce: Ever added items to your online shopping cart and then continued browsing? Cookies enable websites to remember the products you’ve selected, ensuring they remain in your cart even if you navigate away from the page. This convenience streamlines the shopping process and reduces frustration for users.
  • Website Analytics: Cookies are widely used for tracking and analyzing user behavior on websites. These analytics cookies provide insights to website owners regarding the number of visitors, pages viewed, and the duration of visits. This data helps businesses optimize their websites, understand user preferences, and tailor their content to better serve their audience.
  • Advertising and Marketing: Cookies enable targeted advertising by tracking your browsing habits across different websites. Third-party cookies, often used by advertising networks, allow for personalized ads based on your interests and preferences. This practice helps ensure that the ads you see are more relevant to your needs and may lead to a more engaging online experience.

The Need for Cookies

While some might question the need for cookies, they are essential for several reasons:

  • Convenience and Efficiency: Cookies make browsing more efficient by remembering your preferences and login information. Without cookies, you would need to provide this information repeatedly, which would be time-consuming and frustrating.
  • Personalization: Cookies enable websites to offer personalized experiences by remembering your preferences and previous interactions. This customization enhances your overall satisfaction with the website and can save you time by presenting relevant content.
  • Security: Cookies play a crucial role in website security. By enabling session management and authentication, they help protect your sensitive information. For example, cookies can be used to detect and prevent unauthorized access to your account.
  • Website Functionality: Many websites rely on cookies to operate correctly. Disabling cookies may result in limited functionality, preventing you from accessing certain features or services.

Balancing Privacy and Functionality

While cookies provide numerous benefits, privacy concerns have led to increased regulations and user awareness. It is important to strike a balance between functionality and safeguarding personal information. Modern browsers often provide options to manage cookie settings, allowing users to customize their preferences and control the data they share. By understanding their purpose and managing cookie settings, users can enjoy the benefits of cookies while maintaining control over their personal information. As the digital landscape continues to evolve, it is essential to stay informed and make informed choices regarding cookies and online privacy.

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5Gstore Makes Shipping More Affordable

At 5Gstore, we value the importance of timely delivery and are excited to introduce our new shipping promotion. This offer brings expedited shipping methods, affordable rates, and the convenience of doorstep delivery to qualifying products, enhancing your shopping experience. All 50 states in the U.S are covered to ensure all our customers benefit from our promotion.

For orders over $300 with qualifying products will receive FREE 2-day FedEx Express shipping or even FREE Overnight shipping via FedEx Express. With their extensive network and track record of exceptional service, you can have peace of mind knowing your package is in good hands and will arrive promptly and efficiently.

For those ordering smaller items such as cables, plugs, adapters, and similar accessories, while free shipping may not be available, you can still benefit from heavily discounted shipping rates. These discounted rates allow you to receive your items in 1 or 2 days, often at a lower cost than traditional ground shipping options.

Even with this new promotion, our $4.99 flat rate for orders over $499 will still apply if applicable, providing an additional affordable shipping option. To see the promotional shipping rate, simply proceed to checkout and enter your full address. The system will calculate the discounted shipping cost for your qualifying products.

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The Story of 5Gstore.com: Your Trusted Partner in Staying Connected

We are thrilled to announce the release of our “About Us” video, showcasing the story behind 5Gstore.com and our unwavering commitment to customer satisfaction. Join us as we take you on a journey through our company’s history and share our vision for the future.

It all started back in the late 1980s when our CEO founded MDG Computer Services, Inc. Under a different name, the company developed revolutionary software applications that helped numerous businesses thrive. In 1998, MDG achieved a groundbreaking milestone by shipping an all-in-one eCommerce program, combining web server capabilities, database management, credit card integration, and even Google publishing. This marked the beginning of our dedication to technological innovation and comprehensive solutions.

Fast forward to 2005, and 5Gstore.com was born as 5Gstore.com. Armed with a single cellular antenna and a foresight that set us apart from the competition, we embarked on a journey that led us to become a part of the esteemed Inc. 5000 list of fastest-growing small companies in 2018, 2019, and 2021. However, this accomplishment would not have been possible without our incredible team of like-minded individuals, whom our CEO carefully assembled over the years.

Customer service lies at the heart of our business, and we pride ourselves on our personalized approach. We understand the importance of staying connected in today’s fast-paced world, and we want to help our customers achieve that. We recognize that not everyone has access to high-speed internet service, and we empathize with the overwhelming nature of new technology. That’s why our team is dedicated to simplifying the complexities of 4G and 5G internet and guiding you towards the solutions you need.

When you engage with 5Gstore.com, you can expect honest opinions and unbiased recommendations. Our sales representatives are non-commission based, ensuring that their focus remains solely on finding the perfect solution for you. With an extensive range of products catering to every application, we are confident that we can fulfill your connectivity needs.

Rest assured, our sales and support staff are experts in their field. They possess certifications from our trusted vendors and can guide you through every step of your purchase journey. From helping you select the most suitable products to assisting with troubleshooting and installation, we are here to provide unparalleled support.

But don’t just take our word for it. We have garnered over 8,500 reviews with a stellar average rating of 4.8 stars on Shopper Approved. On Google Shopping, we have achieved an impressive rating of 4.9 stars, earning us the distinction of being recognized as a Top Quality Store. Furthermore, our commitment to excellence is validated by our A+ rating with the Better Business Bureau.

At 5Gstore.com, your online security is paramount. We prioritize safe shopping by deploying an EV SSL certificate and earning top ratings from security services. With us, you can shop with peace of mind, knowing that your information is protected.

As the world’s largest Peplink reseller, we not only provide their products but also use them extensively ourselves. We even have an 24/7 automated system to process your Peplink warranty renewal and license purchases within 20 minutes. However, our commitment to quality extends beyond a single brand. We use and stand behind every product we carry, from cables and adapters to signal boosters and antennas, as well as routers, switches, and WiFi access points. Our dedication to comprehensive solutions ensures that you receive the best technology for your specific needs.

At 5Gstore.com, our approach is centered around finding the proper solution for you before you make a purchase. We prioritize your satisfaction above all else. If we don’t have the right solution for you, we won’t hesitate to let you know. But if you’re ready to buy, we have a ready-to-ship inventory, ensuring a swift and efficient process.

To experience the 5Gstore difference, reach out to us today. Unlike other companies, you can give us a call at our toll-free number, 833-547-8673. We promise that a representative will answer within one minute. Alternatively, you can connect with us through our online chat or send an email to sales@5Gstore.com. We are always here to assist you.

Join the 5Gstore family and let us help you stay connected. With our unwavering dedication to customer service, comprehensive product range, and commitment to online security, we are your trusted partner in navigating the ever-evolving world of connectivity. Together, we’ll keep you connected to the things that matter most.

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How to Use DNS to Protect Your Network from Unsafe and Inappropriate Content

It’s essential to ensure the safety and security of your network, especially when it comes to protecting yourself and your family from accessing unsafe and inappropriate websites. While some routers offer content filtering features, there are additional measures you can take for enhanced protection. One effective method is changing the DNS server settings. In this article, we will explore how to use DNS, specifically settings from Norton ConnectSafe, to safeguard your network from accessing undesirable content.

Understanding DNS and Its Role

Before we delve into the process of utilizing DNS to enhance your network’s security, let’s briefly understand what DNS is. DNS stands for Domain Name System, and it acts as the address book of the internet, translating human-readable website names into IP addresses that computers can understand. By changing your DNS server settings, you can control which websites are accessible on your network.

Utilizing Norton ConnectSafe DNS Settings

Norton ConnectSafe offers DNS server addresses that automatically block certain types of content. Check out the following options below: 

  • Security (malware, phishing sites and scam sites):
    • DNS 1 = 198.153.192.40, DNS 2 = 198.153.194.40
  • Security + Pornography:
    • DNS 1 = 198.153.192.50, DNS 2 = 198.153.194.50
  • Security + Pornography + Non-Family Friendly:
    • DNS 1 = 198.153.192.60, DNS 2 = 198.153.194.60

By applying these settings to your router, you can fortify your network against potential threats. Let’s explore the process of manually applying DNS server addresses on different router models.

    Cradlepoint

  • Access your router’s settings and navigate to the networking section.
  • Locate the DNS servers settings and set the DNS mode to static.
  • Enter the desired Norton ConnectSafe DNS server addresses.
  • Remember to save the settings after making the changes.

    Digi

  • Access the configuration settings and navigate to network interfaces.
  • Select the LAN interface (e.g., Eth1).
  • Choose IP version 4 (IPv4), then DHCP server, and advanced settings.
  • Specify the primary and secondary DNS server addresses provided by Norton ConnectSafe.
  • Apply the settings and save the changes.

    Inseego

  • Access the router’s settings section.
  • Click on “Advanced” and locate the manual DNS option.
  • Enable the manual DNS feature and enter the Norton ConnectSafe DNS addresses.
  • Save the changes to apply the settings.

    Peplink

  • Access the web administration dashboard page.
  • Select the WAN connection and locate the DNS server settings.
  • Disable the option to use default addresses and enable the manual entry.
  • Enter the Norton ConnectSafe DNS server addresses.
  • Save and apply the changes.

    Sierra Wireless

  • Access the administration dashboard and navigate to the networking section.
  • Look for DNS settings under the “General” category.
  • Choose the appropriate WAN connection and set the source to manual.
  • Enter the primary and secondary DNS server addresses provided by Norton ConnectSafe.
  • Save the changes to apply the settings.

For a closer look at how to set up the DNS settings on the routers listed above, check out our video below.

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Airlines Warned Again about Upcoming 5G Deadline

The US Transportation Secretary, Pete Buttigieg, issued a stern warning to Airlines for America, a trade group representing major US carriers. The warning is in regards to potential flight disruptions unless critical flight instrumentation is updated. This caution comes just a week before wireless carriers in the nation are set to boost their C-Band 5G signals from July 1st.

The Clash between 5G Technology and Aviation Safety

The primary concern associated with 5G technology and its impact on aviation lies in the belief that C-Band signals bear close resemblance to frequencies used by radio altimeters. This similarity raises concerns about potential interference. In particular, it’s during instrument-based approaches to landing, which pilots rely on in poor visibility conditions.

Status of Aircraft Updates

The Department of Transportation has confirmed that approximately 80% of aircraft operated by major US airlines already possess updated radio altimeters. However, a significant number of aircraft still require these crucial updates. For instance, Delta Air Lines revealed that out of its fleet of over 900 aircraft, around 190 are yet to be equipped with updated radio altimeters.

Supply Chain Challenges and Compliance

Some airlines have expressed difficulties in meeting the deadline for updating their fleets due to supply chain issues. Airlines for America spokesperson, Marli Collier, highlighted that carriers have repeatedly communicated this reality to the government. Despite these challenges, member carriers of Airlines for America remain confident in their ability to maintain operational schedules while assuring the integrity of their services.

In contrast, certain airlines, including American Airlines, Southwest Airlines, and Frontier Airlines, have already achieved compliance with the retrofitting requirements. United Airlines expects to meet the deadline for all its mainline jets. However, compliance for regional jets, which are operated by third-party airlines, remains uncertain. The responsibility for updating these aircraft lies with the smaller airlines that operate them, making it unclear whether all American Eagle and Delta Connection aircraft have been updated.

It is crucial to note that the impact of these developments extends beyond US air carriers. Foreign air carriers operating flights terminating in the US will also be subject to the same retrofitting requirements and potential flight disruptions.

Consequences of Noncompliance and Impact on Passengers

Airlines with non-compliant aircraft in their fleets will be forced to either avoid specific types of flights or ground those aircraft. Delta plans to cautiously use aircraft without updated radio altimeters on routes with favorable visibility to minimize disruptions temporarily. Nevertheless, Secretary Buttigieg emphasized that airlines selling flights they cannot operate may face sanctions for deceptive trade practices. This ensures that passengers are not adversely affected by an airline’s inability to equip sufficient aircraft for safe operations in the 5G C-band environment.

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Verizon Introduces Important Billing Update

In a letter addressed to Verizon Business customers, the telecommunications giant announced an important billing update aimed at ensuring the delivery of exceptional service while maintaining competitive prices. The update comes in response to the current economic conditions impacting businesses worldwide, as Verizon strives to absorb cost increases and minimize the impact on its valued customers.

Verizon understands the importance of providing consistent quality and reliability to businesses, and as a result, has decided to implement an Economic Adjustment Charge. The charge will be applied to new LTE Business Internet and 5G Business Internet lines starting in June 2023. Additionally, beginning in August 2023, the charge will extend to existing LTE Business Internet and 5G Business Internet lines where the applicable price guarantee has already ended. Moving forward, the charge will be applied on a rolling basis as each individual price guarantee ends.

The Economic Adjustment Charge will amount to $2.98 per month, per LTE or 5G Business Internet line. As lines meet the aforementioned criteria, the charge will be automatically added to customers’ bills. To locate the Economic Adjustment Charge, customers can refer to the “Other Charges & Credits” section on their billing statements.

Verizon Business acknowledges the trust that customers have placed in their services and thanks them for choosing Verizon as their partner. The company remains committed to delivering outstanding network performance, service excellence, and value for businesses.

With this billing update, Verizon aims to strike a balance between providing exceptional service and managing the economic challenges affecting businesses globally. By absorbing some of the cost increases and implementing the Economic Adjustment Charge, Verizon Business ensures that it can continue to offer competitive prices while maintaining its commitment to customer satisfaction.

As technology continues to evolve, Verizon Business remains at the forefront of innovation. They are offering reliable connectivity solutions that empower businesses to thrive in an increasingly interconnected world. With this important billing update, Verizon reaffirms its dedication to supporting the success of its customers and delivering the quality service they have come to expect.

For further information or inquiries regarding the new billing update, customers are encouraged to contact Verizon Business customer support (1-800-922-0204).

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