Tag: Verizon

Why Isn’t 5G Home Internet Available Where My Phone Has 5G Service?

The promise of 5G is its revolutionary speed and connectivity, so it can be frustrating to have 5G service on your phone but find that 5G Home Internet isn’t available at your address. A representative at CNET experienced this firsthand, noting that their iPhone’s 5G connection outperformed their 5G Home hub. Why might this be?

Spectrum Allocation Priorities

The key to understanding this discrepancy lies in how network operators allocate their resources. A Verizon spokesperson explained that their network is primarily designed with mobile customers in mind. They allocate spectrum to ensure the highest reliability for mobile users, which means that home internet services can only be offered when there’s excess capacity. “We continue to allocate spectrum to ensure our mobile customers have the reliability they’ve come to expect from Verizon,” they said via email. “As we deploy more spectrum — in excess of what our models show we need for the highest reliability for our mobile customers — we are able to offer 5G Home service as well.”

Different 5G Frequencies

5G technology encompasses three primary frequency types: Sub-6, C-band, and mmWave. Each type has different characteristics that impact signal strength and coverage. Each 5G device may only support a short range of frequencies. For example, your phone may only support low-band, Sub-6 frequencies whereas your Home Internet supports all 5G frequencies – low, mid, and high-band. 

  • Sub-6 (FR1): These low-band frequencies, predominantly below 2GHz, were initially used for 5G due to their existing use in 4G/LTE and 3G networks. This made it easier for carriers like AT&T and T-Mobile to quickly roll out 5G on these frequencies. Sub-6 covers the most distance, making it the most widely available 5G in the U.S., but it often provides speeds similar to LTE.
  • C-band (mid-band): Covering 4GHz to 8GHz, particularly the 3.7 to 4.2GHz range, C-band offers a better 5G experience than Sub-6 but does not cover as much distance. C-band strikes a balance between coverage and performance, offering faster speeds and better capacity than Sub-6.
  • mmWave (FR2): These high frequencies, over 24GHz, provide the fastest speeds, lowest latency, and highest reliability, representing the true potential of 5G. However, its coverage range is limited compared to Sub-6 and C-band. mmWave is ideal for densely populated urban areas where the demand for high-speed connectivity is greatest.

Capacity Management

The issue is further compounded by the way carriers manage their network capacity. T-Mobile’s director of geospatial engineering and analytics, Kendra Lord, likened 5G home internet availability to the number of seats on a plane. “It’s not only the number of households that we believe could get [T-Mobile Home Internet],” she said, “but how many within a given sector we could say yes to.”

A T-Mobile spokesperson echoed this sentiment in an email to CNET. “Our fixed wireless Home Internet runs on the extra capacity on our wireless network. In some areas, we have extra capacity on the network, but in others, we don’t. So, we allocate access to Home Internet on a sector-by-sector, home-by-home basis.”

Sector-Based Availability

This sector-based allocation means that even if your mobile device gets 5G service, your home might not qualify for 5G Home Internet. It’s entirely possible for one household to have access to T-Mobile Home Internet while the neighboring house does not, all due to the capacity limits within the specific sector of the cellular network.

A Dynamic Process

Both Verizon and T-Mobile are constantly optimizing their networks, prioritizing mobile connectivity and adapting home internet offerings based on available capacity. This dynamic process means that availability can change from month to month.

What This Means for Consumers

For consumers considering a switch from traditional cable broadband to 5G Home Internet, it’s essential to recognize that the availability of 5G mobile service does not guarantee the availability of 5G Home Internet. Checking the current status of your address with your service provider and understanding that this status might change over time is crucial.

5G Home Internet from 5Gstore.com

For those looking to explore 5G Home Internet options, 5Gstore.com offers solutions through Verizon’s network. Verizon’s 5G Home Internet provides a convenient alternative to traditional broadband services, which download speeds around 100 Mbps and upload speeds around 10 Mbps. This service leverages Verizon’s 5G Ultra Wideband network to deliver high-speed internet to homes.

However, just like with other providers, availability depends on the capacity of the local network and the type of 5G spectrum being utilized. Customers can check availability at their address through 5Gstore.com. This service is a promising option for those in areas with strong Verizon 5G coverage, particularly where mmWave or C-band frequencies are in use, offering faster speeds and lower latency.

Conclusion

The reason why 5G Home Internet might not be available where your phone has 5G service boils down to several factors: network capacity management, prioritization of mobile users, and the different characteristics of 5G frequency bands. Mobile customers come first, and home internet services are rolled out based on the excess capacity within specific network sectors. This careful allocation ensures reliability and optimal performance for all users but can lead to gaps in home internet availability. By understanding these dynamics, consumers can better navigate their options and anticipate changes in service availability.

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Verizon Expands Private 5G Network Offerings with Nokia Partnership

In a recent announcement, Verizon reports having achieved a significant milestone in its quest for innovation. The completion of the first phase of certification to integrate Nokia Digital Automation Cloud (DAC) into its spectrum of supported offerings marks a pivotal moment in advancing private network solutions for businesses across various industries.

This strategic move adds a new dimension to Verizon Business’ Private 5G Network offering, enriching its hardware and software options for customers. The incorporation of Nokia DAC not only enhances Verizon’s portfolio but also amplifies its commitment to delivering cutting-edge solutions for enterprise connectivity.

Verizon Private 5G Networks stand out for their agility, ensuring on-premises data traffic remains secure and separate from public networks. These networks offer a slew of advantages, including superior security compared to WiFi, high reliability, exceptional performance with low latency, scalability, and customization to meet specific business requirements. Verizon’s managed services, including network monitoring and support, further bolster businesses’ competitiveness and efficiency.

Praveen Atreya, Vice President of Technology and Planning at Verizon, emphasized the significance of Private Wireless Networks in driving digital transformation for modern enterprises. He reiterated Verizon’s dedication to developing innovative offerings that empower customers to achieve efficiency and profitability.

The integration of Nokia DAC brings forth a host of capabilities tailored for various industries such as manufacturing, logistics, utilities, and agriculture. By combining 4.9G/LTE and 5G connectivity with mission-critical industrial edge technology, Nokia DAC enables real-time applications for smart manufacturing, predictive maintenance, and remote operations, among others.

David de Lancellotti, Vice President of Enterprise Campus Edge Business at Nokia, expressed excitement about expanding the partnership with Verizon. Leveraging Nokia DAC’s private wireless and digitalization platform, the collaboration aims to accelerate the adoption of 5G and industry 4.0 transformations, driving strategic growth for both companies.

Verizon’s certification of Nokia DAC underscores the carrier’s commitment to offering diversified private network solutions. This move comes at a time when Verizon is expanding its private network plans, with a focus on licensed spectrum-based offerings. The utilization of Nokia’s DAC platform opens up new avenues for Verizon to cater to evolving business needs, complementing its existing partnerships and initiatives in the private network space.

As Verizon continues to make strides in the private network arena, fueled by its licensed spectrum advantage, the stage is set for further growth and innovation. With a growing demand for private network solutions, fueled by the ongoing 5G revolution, Verizon is poised to play a significant role in shaping the future of enterprise connectivity.

Nokia’s expanding presence in the private network market, coupled with its innovative offerings, further solidifies its position as a key player in the industry. With a robust portfolio and a focus on driving digital transformation across diverse sectors, Nokia remains poised for continued growth and success in the evolving landscape of private wireless networks.

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Verizon Business and Cummins Forge Path to Industry 4.0 with Innovative Network Solutions

A recent collaboration between Verizon Business and Cummins Inc marks a significant stride in the direction of seamless connectivity. The announcement of Cummins as the inaugural customer for Verizon Business’ groundbreaking Neutral Host Network product heralds a new era of connectivity solutions tailored for the demands of modern industry.

At the heart of this collaboration lies the convergence of two cutting-edge technologies: the Neutral Host Network and Private 5G Network. By integrating these solutions, Verizon and Cummins are poised to revolutionize connectivity within the confines of Cummins’ Jamestown Engine Plant (JEP) in Lakewood, NY.

Empowering Operations through Connectivity

The essence of the Neutral Host Network lies in its ability to democratize connectivity. Traditionally, reliance on a single carrier’s network infrastructure could pose limitations, hindering seamless communication within industrial complexes. However, the Neutral Host Network dismantles these barriers by providing a platform where employees and visitors, regardless of their mobile service provider, can access a robust cellular signal.

Verizon, serving as the “anchor tenant” for this innovative network, shoulders the responsibility of engineering, implementation, and maintenance of onsite equipment. This collaborative effort ensures enhanced coverage throughout the sprawling expanse of JEP, comprising 1 million square feet of industrial space and outdoor areas. 

Private 5G: Catalyzing Industrial Transformation

Complementing the Neutral Host Network is the Verizon Private 5G Network, a solution designed to meet the exacting demands of modern industry. By leveraging Verizon’s licensed spectrum, Cummins gains access to a dedicated cellular infrastructure tailored for its unique operational requirements.

The implications of Private 5G extend far beyond mere connectivity; it serves as the linchpin for a host of Industry 4.0 applications. At JEP, this includes the deployment of autonomous mobile robots (AMRs), computer vision systems, augmented reality (AR)/virtual reality (VR) interfaces, and machine health monitoring sensors. The Private 5G Network not only ensures seamless communication between these contrasting systems but also lays the groundwork for future innovations.

Industry Endorsement and Analyst Insight

The significance of this collaboration resonates strongly with industry stakeholders and analysts alike. Shawn Hricko, Plant Manager at Cummins Jamestown Engine Plant, underscores the transformative potential of these networks, emphasizing their role in expediting Industry 4.0 adoption and enhancing operational efficiency.

Similarly, Ron Fleetwood, Executive Director of Cummins IT Business Services, praises the deployment of Private 5G as a pivotal step in Cummins’ digital manufacturing journey. By embracing cellular connectivity, Cummins reaffirms its commitment to creating a world-class workplace driven by innovation and efficiency.

Jennifer Artley, Senior Vice President of 5G Acceleration at Verizon Business, says Cummins has a forward-thinking approach. She added that the combined solution epitomizes a holistic approach to connectivity. Moreover, Brian Partridge, Head of Research at 451 Research, highlights the synergistic benefits of Neutral Host and Private 5G networks, citing their streamlined implementation and versatility across public and private use cases.

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J.D. Power Report Reveals 5G FWA Dominates in Customer Satisfaction

Recent findings from the J.D. Power report on residential internet service provider satisfaction have unveiled a significant trend: 5G Fixed Wireless Access (FWA) is leading the pack in customer satisfaction among various internet service types. With scores ranging from 775 to 825 on a 1,000-point scale, depending on the provider, 5G FWA outshines other technologies such as fiber, cable broadband, DSL, and fixed wireless based on 4G LTE.

5G FWA: A Game Changer in Customer Satisfaction

The report highlights that 5G FWA users exhibit the highest satisfaction levels across diverse residential landscapes, surpassing even traditional fiber optic services. The key factors driving this high satisfaction include the enhanced performance, reliability, and notably, the affordability of 5G FWA services.

Price and Performance: The Winning Combination

While fiber and cable broadband offer comparable performance and reliability, 5G FWA takes the lead in cost-of-service satisfaction by a significant margin of over 60 points. This affordability factor is becoming increasingly crucial for consumers amidst economic challenges, prompting more users to explore 5G FWA as a viable alternative.

Urban vs. Rural Dynamics

Geographical variations in customer satisfaction are evident, with urban areas boasting the highest satisfaction levels across all technologies. However, it’s noteworthy that 5G FWA consistently performs exceptionally well, even in suburban areas, indicating its versatility and adaptability across different residential settings.

Expanding Access and Choices

FWA based on 5G technology is not just reshaping customer preferences; it’s also expanding opportunities for wireless carriers to enter new territories. This expansion translates into more choices for consumers, driving competition and innovation in the internet service market.

Unlocking 5G FWA with 5Gstore.com

For those interested in experiencing the benefits of 5G FWA, 5Gstore.com offers access to this cutting-edge technology through the Verizon network. Start by visiting 5Gstore.com, and look at the 5G Unlimited Address Checker. This is how users can verify their address for compatibility with the service area and unlock the potential of high-speed, reliable internet powered by 5G FWA.

As the adoption of FWA continues to grow, companies like T-Mobile, Verizon, and AT&T are positioned to revolutionize the industry landscape with affordable, high-performance internet solutions. With customer satisfaction at the forefront, the shift towards 5G FWA signals a new era in residential internet services, where accessibility, affordability, and performance converge to meet evolving consumer demands.

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Widespread Cellular Outages and the Benefits of Failover

In a surprising turn of events, major cellular carriers AT&T, T-Mobile, and Verizon experienced widespread outages across the United States on Thursday morning. The disruptions left thousands of customers without cellular service and internet connectivity, sparking concerns, especially regarding emergency services. Details sourced from NBC News reveal the extent of the outages and the subsequent responses from the affected companies.

AT&T Takes the Brunt of Outages

AT&T faced the most severe impact, with over 32,000 outages reported at around 4 a.m. ET on Thursday. The number skyrocketed to more than 71,000 just before 8 a.m. ET. Downdetector indicated that major cities such as Houston, Chicago, Dallas, Los Angeles, and Atlanta were the epicenters of the reported issues. The exact cause of the service disruption remains unclear.

T-Mobile and Verizon Experience Lesser Outages

While T-Mobile and Verizon also experienced outages, their scale appeared less widespread compared to AT&T. Around 1,100 T-Mobile outages and approximately 3,000 Verizon outages were reported as of 7 a.m. Thursday. Both companies addressed the situation promptly, assuring customers that their networks were operating normally, and the reported outages may have been a result of customers attempting to connect to other affected carriers.

Company Responses

AT&T acknowledged the issue Thursday morning, stating, “Some of our customers are experiencing wireless service interruptions this morning.” The company assured customers that they were working urgently to restore service and recommended the use of Wi-Fi calling until normal service was resumed. Similarly, Verizon clarified that the outages were not directly impacting their network but were affecting customers trying to reach other carriers experiencing issues. T-Mobile echoed these sentiments, emphasizing that their network was operational.

Emergency Concerns

One of the most alarming aspects of these outages is the potential impact on emergency services. Reports indicate that some customers, particularly those using AT&T, were unable to make or receive phone calls, including emergency calls to 911. The San Francisco Fire Department and various police departments across the country issued warnings, urging affected customers to seek alternative means to contact emergency services.

City Responses

Officials from various cities affected by the outages expressed concern and worked to mitigate the impact on emergency services. Atlanta Mayor Andre Dickens assured the public that Atlanta’s e-911 was operational, but acknowledged that AT&T customers were facing difficulties. Similar statements were issued by emergency management offices in Chicago, Virginia’s Prince William County, and North Carolina’s Charlotte-Mecklenburg.

The Importance of Failover

Problems like this make it apparent that having a backup in place is important. Network diversity via SD-WAN capable routers allow users to have more than one WAN connection available. While this is mainly used for failover purposes, it can also allow for smoother VoIP calls and video meetings, and faster uploads.

Unbreakable VPN and VoIP, faster speeds and smoother calls are possible via a feature typically known as Bonding or WAN Bonding, which combines multiple WAN connections together for one, more reliable connection. So whether you utilize more than one cellular connection, or one cellular and one wired connection (Cable, Satellite, DSL, etc), simple failover or Bonding may be what you need to keep your business running 24/7.

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Peplink BR1 Mini 5G Router

Peplink introduces its latest innovation, the BR1 Mini 5G router, designed to redefine the possibilities of high-speed internet access for various applications. This compact powerhouse, now in stock and certified by major carriers, including Verizon (C-BAND), AT&T, FirstNet, and T-Mobile, redefines the way you connect and manage your network.

High-Speed Connectivity

The Peplink BR1 Mini 5G router boasts a 5G modem capable of reaching speeds up to 3.4 Gbps down and 900 Mbps up, ensuring blazing-fast internet access. In instances where 5G is not available, the router seamlessly switches to its 4G LTE Cat 20 modem, supporting speeds of up to 1.6 Gbps down and 200 Mbps up. The inclusion of redundant SIM slots in nano 4FF size ensures uninterrupted connectivity.

Versatile Ports and Connectivity Options

Equipped with two dedicated 10/100/1000 LAN ports and a third port that can function as both LAN and WAN, the BR1 Mini 5G offers flexibility in network configurations. The WAN port supports throughput up to 300 Mbps, providing reliable and high-speed connectivity. The device also supports SpeedFusion features, allowing for two to five VPN connections at speeds up to 80 Mbps with encryption off and up to 60 Mbps with encryption on, provided with a valid PrimeCare plan. 

The package includes the BR1 Mini 5G router, four cellular antennas, and a 12V 2A 4-pin power supply. Additionally, the device can be powered over Ethernet or 10-30V DC via the 4-pin connector, providing flexibility in deployment options. Note that there is no WiFi or GPS support on this model. 

Compact and Flexible Design

Despite its powerful capabilities, the BR1 Mini 5G maintains the compact and lightweight design synonymous with the BR1 Mini series. Weighing just under one pound and measuring under five inches in size, it is an ideal solution for diverse applications, from fixed office locations to vehicles traversing the globe. Suitable for one to sixty users, the BR1 Mini 5G adapts seamlessly to various networking environments. 

Advanced Features for Enhanced Management

The router includes GPIO and ignition sensing features, catering to a range of applications. It can be used as a 5G adapter with an existing network or as a gateway/router to create a new network. With extensive compatibility with 5G/LTE bands, including native 5G NSA and SA mode support, the BR1 Mini 5G ensures optimal performance across different network scenarios.

Efficient Remote Management

Peplink’s InControl2, a cloud-based endpoint management system, allows users to remotely access the BR1 Mini 5G router’s web admin. This feature enables administrators to generate reports, push configurations, and effectively manage connected devices, such as sensors and cameras, utilizing Peplink’s InTouch technology at 5G speeds.

Ready to get your hands on a BR1 Mini 5G? Check them out now at 5Gstore.com! In the meantime, here’s a closer look in our unboxing video!

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Verizon and Axon Showcase 5G Network Slicing in Public Safety

Verizon Wireless has recently joined forces with Axon Enterprise Inc., a leader in public safety technology, to demonstrate the capabilities of 5G network slicing in public safety applications. The collaboration utilized Axon Fleet 3, an advanced in-car video system, and Axon Respond, a real-time situational awareness service.

Axon’s in-car video system provides live maps and streaming through mobile cameras to enhance safety officials’ awareness of their surroundings. During the demonstration, Verizon conducted two tests. In one scenario, they deployed a network-slicing-enabled commercial 5G Ultra-Wideband network, while in the other, they used the 5G Ultra-Wideband network without slicing.

Network slicing allows real-time resource allocation and customization of functionalities based on diverse requirements. 5G with network slicing can tailor its performance to various services such as IoT devices, AR/VR use cases, gaming, financial services, and more, each with different bandwidth and latency needs. This optimization not only improves network performance but also enhances cost efficiency and revenue potential.

Verizon’s test results revealed a remarkable 68% improvement in application responsiveness across the network with network-slicing-enabled 5G. Additionally, the reduction in Jitter and the time to the first frame signifies improved accessibility for law enforcement officers. Verizon’s network slicing technology, integrated with advanced AI-ML (Artificial Intelligence – Machine Learning), allows automated network configuration changes and scalability to meet evolving service demands. This dynamic provisioning enhances device efficiency and equips security personnel with heightened situational awareness in challenging environments.

This collaboration underscores Verizon’s commitment to innovation and the advancement of 5G use cases. In recent years, the company has developed a cloud-native architecture, an advanced 5G standalone core, acquired spectrum assets, and implemented network virtualization across its infrastructure.

Verizon is experiencing substantial 5G adoption and momentum in fixed wireless broadband. The telecom giant aims to expedite the availability of its 5G Ultra-Wideband network nationwide, focusing on 5G mobility, nationwide broadband, mobile edge compute, and business solutions.

Verizon is actively building a comprehensive network infrastructure and ecosystem to deliver an exceptional 5G experience. The company continues to deploy Home Internet service in select cities, offering users a maximum download speed of up to 1 Gbps.

Verizon’s 5G mobility service has a significant impact on various industries, including public safety, healthcare, retail, and sports. The success of its 5G network relies on three key drivers: extensive spectrum holdings, particularly in millimeter-wave bands for faster data transfer, end-to-end deep fiber resources, and the ability to deploy a large number of small cells.

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How 5G Will Affect Future Meetings and More

The 5G Future Forum (5GFF) and MATSUKO have pioneered a groundbreaking event: the world’s first real-time transatlantic holographic collaborative meeting, uniting multiple individuals as holograms. This technological feat connected holograms from New York via Verizon’s 5G network, Toronto, through Bell Canada’s 5G network, and London, utilizing Vodafone’s 5G network. The innovative demonstration was showcased at the Mobile World Congress Las Vegas this week.

Michael Szakala, DevOps Leader at MATSUKO, enthusiastically remarks, “Edge Discovery Service APIs provide us a simple way to find the optimal Edge servers for our application. We’ve seamlessly connected visionary operators like Bell, Verizon, Vodafone, pioneering a monumental leap in communication through the holographic call. By incorporating the API into the deployment process, it is very simple to ensure interoperability and a steady connection among the operators.” Szakala also underscores the transformative impact of elevated network capabilities, stating, “it amplifies product performance, such as reduced latency, expanded bandwidth, which provides enhanced holographic experiences for our customers.”

John Nitti, SVP, Strategy, New Business, and Partner Development for Verizon, adds, “This demonstration shows how Verizon via the 5GFF continues to drive Open API industry momentum with real-life use cases while also accelerating ease of use for developers.”

Giorgio Migliarina, Vodafone Group Director of Business Products and Services, envisions the potential of multi-party holographic calling, noting that it can foster connectivity and productivity across various domains, from classrooms and offices to hospitals and homes. He underscores that the smooth and lifelike movement of these holograms will become more prevalent with the growing availability of 5G and edge computing technology.

Bell’s Costa Pantazopoulos, VP Product, emphasizes Bell’s commitment to supporting the developer community’s access to 5G MEC technologies and ensuring global interoperability. He describes the holographic video call demo as an illustration of Bell’s innovative efforts in enabling developers to harness 5G capabilities for their application goals, in collaboration with partners Vodafone and Verizon.

Human holograms, as opposed to avatars, offer the unique advantage of conveying a person’s full range of emotions, creating a sense of genuine presence in remote communication. Advances in connectivity driven by 5G and edge computing technology provided by telecom operators enable the smooth and natural movement of holograms, unlocking a multitude of potential use cases.

MATSUKO stands as the creator of the world’s first real-time software-only solution for holographic presence, requiring only a single camera to stream holograms in spatial computing (VR/AR). Their real-time hologram streaming technology bridges the gap in remote communication, making people feel physically together.

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iPhone 15 Pro Receives Boost in 5G Speeds

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

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

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

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

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Verizon Brings Connectivity to Enterprise Users

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

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

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

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

Mobile Lab as a Service

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

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