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OCTOBOX testbed enables developers to ensure exacting high-performance requirements of the next generation of wireless devices

FREDERICK, MD – October 16, 2023 – Spirent Communications plc (LSE: SPT), the leading provider of test and assurance solutions for next-generation devices and networks, today announced that Spirent OCTOBOX is ready for testing the demanding requirements of Wi-Fi 7 (IEEE 802.11be). Spirent’s market-leading automated modular test platform for Wi-Fi devices now boasts the capabilities to emulate the unique demands of Wi-Fi’s latest generation, promising faster speeds, greater traffic capacity, and lower latency.Wi-Fi has become mission-critical for productivity, information, and entertainment with vastly increased applications in the home and industry. To support its ever-broadening use, Wi-Fi 7 brings new functionality and features, such as lower latency and faster throughput, but has added new testing challenges with the addition of restricted service periods, multi-link operation, and other technology advancements.“Wi-Fi 7 is a very challenging technology to test due to the many complex nascent technologies it incorporates,” said James Kimery, Vice President of Product Management with Spirent’s Lifecycle Service Assurance business. “To meet these challenges in the evolution of Wi-Fi, Spirent has advanced the OCTOBOX testbeds to evaluate the breadth of these new requirements and include upgrade paths for existing customers. This allows them to maintain their investments as they look to ensure the latest Wi-Fi 7 devices and products meet the exacting new standards and performance needs.”As a significant evolution, Wi-Fi 7 requires new testing approaches for communication service providers, network equipment manufacturers, internet service providers, and enterprises alike, to ensure their customers can take advantage of Wi-Fi 7 performance improvements. Dramatically increased traffic capacity, significantly lower latency, less congestion, and greater reliability are ways in which Wi-Fi 7 will deliver the performance demanded by the applications of the future, such as 8K video streaming, cloud gaming, and augmented and virtual reality (AR and VR).

OCTOBOX is the only platform that can comprehensively test stringent Wi-Fi 7 standards by characterizing the unique capabilities of Wi-Fi 7 now and in the future as the requirements and related test cases evolve. With a modular design for easy upgrades, OCTOBOX provides a controlled environment to emulate real-world conditions in a repeatable manner, combining high performance instrumentation and analysis capabilities with the most sophisticated automation software. OCTOBOX simplifies Wi-Fi 7 test set-up, reduces testing duration, and enhances repeatability, resulting in actionable business outcomes.

“Spirent OCTOBOX is ready to test the rigorous requirements of Wi-Fi 7 with a robust, fully automated market-leading test platform. Our solution provides realistic deployment of varied environments, traffic, and interferer conditions to test real-world conditions in the lab, mimicking conditions found in a home, office, or stadium,” says Kimery. “As Wi-Fi 7 momentum builds, OCTOBOX is tailored to these new enhancements with detailed analysis, easy-to-understand results, and rich troubleshooting to help ensure that routers and devices are ready for deployment.”

Latest capabilities include:

  • Isolated feature-by-feature testing
  • High modulation rates
  • Detailed, dynamic characterization of the delay performance of the device
  • Day zero continuous testing with automation test packages
  • Multi-location, multi-channel, multi-band sniffing

OCTOBOX with Wi-Fi 7 will be shown for the first time at SCTE Cable-Tec Expo 2023 in Colorado (October 16 – 19), booth #842, or for more information visit https://www.spirent.com/wifi.

Austin, Texas and Prague, Czech Republic  – October 17, 2023 – Wi-Fi Alliance® has surpassed 80,000 certified products, bringing a momentous number of high-quality, Wi-Fi CERTIFIED™ devices to users worldwide.

80K

Wi-Fi CERTIFIED helps ensure products meet high standards for interoperability and security. Achieving this milestone comes at a time of incredible momentum for the Wi-Fi® industry, including the addition of new Wi-Fi CERTIFIED 6® testing to support authorization of 6 GHz standard power devices and Wi-Fi 7 certification coming in the first quarter of 2024. Wi-Fi products can be certified for core functionality like the various Wi-Fi generations, and different applications such as multiple access point Wi-Fi systems and seamless connectivity experiences while mobile. Certifying a product through Wi-Fi Alliance demonstrates a company is committed to providing the highest quality devices and bringing the best experience for their customers.

Wi-Fi CERTIFIED products offer benefits across the Wi-Fi ecosystem. Certified interoperability supports lower return rates, reduced support costs, higher customer satisfaction, and increased sales volumes. Retailers and service providers request Wi-Fi CERTIFIED products to offer customers high quality, secure devices that deliver good user experiences.

Learn more about the value of Wi-Fi CERTIFIED in our video or visit www.wi-fi.org/certification for more information.

About Wi-Fi Alliance® | www.wi-fi.org
Wi-Fi Alliance® is the worldwide network of companies that brings you Wi-Fi®. Members of our collaboration forum come together from across the Wi-Fi ecosystem with the shared vision to connect everyone and everything, everywhere, while providing the best possible user experience. Since 2000, Wi-Fi Alliance has completed more than 80,000 Wi-Fi certifications. The Wi-Fi CERTIFIED™ seal of approval designates products with proven interoperability, backward compatibility, and the highest industry-standard security protections in place. Today, Wi-Fi carries more than half of the internet’s traffic in an ever-expanding variety of applications. Wi-Fi Alliance continues to drive the adoption and evolution of Wi-Fi, which billions of people rely on every day.

Dublin, Ireland – October 2, 2023 –

In preparation for the 2023 World Radiocommunication Conference (WRC-23), the European Conference of Postal and Telecommunications Administrations (CEPT) adopts a position to preserve existing operations while expanding connectivity capabilities in the 6.425-7.125 GHz frequency band (“upper 6 GHz”).

Wi-Fi Alliance® welcomes the decision by European administrations not to support the identification of the upper 6 GHz band for the International Mobile Telecommunications (IMT) at the upcoming WRC-23 conference[1]. The CEPT[2] has adopted a European Common Proposal (ECP) not to support an IMT identification of the band. The ECP recognizes the importance of the existing communications in the upper 6 GHz frequency band and that this spectrum is needed to support growing demand for licence-exempt connectivity technologies, such as Wi-Fi®. Also, the ECP establishes regulatory constraints necessary for IMT coexistence with incumbent services in the upper 6 GHz band.

Following extensive technical studies and deliberations, the ECP represents a key step towards realising the connectivity objectives identified in the European Union’s Digital Decade programme.  Importantly, access to the upper 6 GHz frequency band is needed to support major advances in Wi-Fi technology, such as increased data throughput rates, ultra-low and deterministic latencies, better mobility, and high densities of users/devices.  The case for allowing Wi-Fi access to the entire 6 GHz band (i.e., 5.925 to 7.125 GHz) is clear and compelling. 6 GHz Wi-Fi is already delivering significant socioeconomic benefits in many countries. With a diverse and growing 6 GHz product ecosystem, Wi-Fi fits perfectly with market needs and customer preferences for broadband wireless connectivity without disrupting 6 GHz incumbent users. Wi-Fi operations in the 6 GHz band quickly and significantly enhance the value of the band when such Wi-Fi operation is allowed.

Conversely, the immaturity of the 6 GHz IMT equipment ecosystem, along with regulatory decisions already adopted in several countries, suggests that IMT deployments in the 6 GHz band are not feasible in the short-to-medium term. The value and benefits of 6 GHz spectrum would be curbed by an IMT designation, which will result in a connectivity divide between regions where Wi-Fi has access to only part of the band and regions where it will operate in the full 6 GHz band.

Commercial viability of IMT networks under the regulatory constraints specified in the ECP is questionable. Recognizing that IMT operations in the upper 6 GHz band are unlikely  to materialize, while delaying needed spectrum capacity for Wi-Fi undermines the benefits this technology is ready to deliver to the European consumers and businesses.

Wi-Fi Alliance looks forward to supporting the CEPT efforts at WRC-23.

About Wi-Fi Alliance® | www.wi-fi.org
Wi-Fi Alliance® is the worldwide network of companies that brings you Wi-Fi®. Members of our collaboration forum come together from across the Wi-Fi ecosystem with the shared vision to connect everyone and everything, everywhere, while providing the best possible user experience. Since 2000, Wi-Fi Alliance has completed more than 75,000 Wi-Fi certifications. The Wi-Fi CERTIFIED™ seal of approval designates products with proven interoperability, backward compatibility, and the highest industry-standard security protections in place. Today, Wi-Fi carries more than half of the internet’s traffic in an ever-expanding variety of applications. Wi-Fi Alliance continues to drive the adoption and evolution of Wi-Fi, which billions of people rely on every day.

Austin, Texas, – September 28, 2023 – 

Wi-Fi Alliance® enthusiastically supports the FCC Chairwoman Rosenworcel’s proposal to adopt new rules for Very Low Power (VLP) unlicensed devices in the 6 GHz band. Under the proposed regulatory framework, millions of Americans will gain access to the fast-growing VLP ecosystem and the next generation of Wi-Fi® use cases. Importantly, this decision also strengthens the U.S. influence at the upcoming 2023 World Radiocommunication Conference which will consider international harmonization of the 6 GHz band. Since access to the 6 GHz band remains critical to the future of Wi-Fi, we look forward to the prompt resolution of all outstanding issues in this proceeding.

About Wi-Fi Alliance® | www.wi-fi.org
Wi-Fi Alliance® is the worldwide network of companies that brings you Wi-Fi®. Members of our collaboration forum come together from across the Wi-Fi ecosystem with the shared vision to connect everyone and everything, everywhere, while providing the best possible user experience. Since 2000, Wi-Fi Alliance has completed more than 75,000 Wi-Fi certifications. The Wi-Fi CERTIFIED seal of approval designates products with proven interoperability, backward compatibility, and the highest industry-standard security protections in place. Today, Wi-Fi carries more than half of the internet’s traffic in an ever-expanding variety of applications. Wi-Fi Alliance continues to drive the adoption and evolution of Wi-Fi, which billions of people rely on every day.

Introduction

I had an interesting observation before a recent business trip. It struck me that when I step into a hotel room, every facet of hospitality surpasses the comforts of my own home. There’s 24-hour room service, daily housekeeping, and even the swift arrival of an aircon technician if needed. It’s a haven of comfort, luxury, and convenience.

On the other hand, every aspect of the hotel network will pale in comparison to what I enjoy at home without fail, even in the most luxurious suites. In my humble abode, I revel in a dedicated broadband connection or Fiber to the Home (FTTH) link that boasts speeds of 1 or even 2 Gbps. My home Wi-Fi connection is secure, and I can upgrade the router every 2 to 3 years. I have a second large LED monitor for my laptop to work on. Streaming services like Netflix, Disney+, and YouTube keep me entertained and snacking late at night. A Covid-era colour inkjet printer is on standby.

So, why can’t we have the best of both worlds in a hotel room? With Digital Onboarding and a secure Wi-Fi profile, we could seamlessly connect to the hotel network. Likewise, having the capability to cast my content to the room TV securely would enable me to utilize my personal subscriptions for the latest episodes or stream my favourite Spotify and YouTube tunes. I can even request for housekeeping and room service online. Picture it: ordering room service, sipping on drinks, and indulging in the latest episodes in the lap of luxury.

The bar for hospitality is set so high in a luxury hotel that as an everyday consumer I cannot surpass it, and yet I easily outspend the hotel on consumer tech which surely is a minimal percentage a large hotel spends on coffee beans a month. From such a low base, the returns from an incremental investment in digital services far outstrip the increment returns to upgrade the already high hospitality aspect.

If we could indeed merge exceptional hospitality with efficient technology, wouldn’t that be a game-changer for the post-COVID era and the tech-savvy TikTok generation?

ANTlabs and Our Journey

Welcome to the future of hospitality, where technology meets exceptional guest experiences. At ANTlabs, we envision a transformative path that leverages Digital Onboarding to redefine how hotels engage with their guests and deliver digital services to deepen guest engagement and customer loyalty. In this blog, we embark on our journey through the Hospitality 2.0 Pyramid. This is a strategic framework, where the key to success lies in seamlessly integrating technology and hospitality, unlocking competitive advantage.

ANTlabs Hospitality 2.0 Pyramid

ANTlabs has over two decades of expertise in hospitality, collaborating with Telcos and service providers. Our technology, including internet gateways and Cloud Wi-Fi management platforms, has powered guest Wi-Fi solutions worldwide. Notably, our networking solutions played a vital role in facilitating connectivity during the 2022 World Cup in Qatar, arguably the world’s largest hospitality event in recent history.

We use the Hospitality 2.0 Pyramid to systematically deconstruct the guest’s digital journey across diverse sectors, encompassing hotels, airports, stadiums, and F&B retail. At its core lies Digital Onboarding, the cornerstone upon which exceptional guest experiences are constructed.

Digital Onboarding: The Foundation for Excellence

Digital Onboarding, a seamless guest registration process, extends beyond mere Wi-Fi connectivity. It encompasses an array of user-friendly steps, including app downloads and enticing incentives for loyalty program enrollment, setting the stage for an unforgettable stay.

User Identification: A Crucial Step

Moving up the pyramid, User Identification is a pivotal phase where the recognition of users on the network takes center stage. The absence of authenticated user devices destroys the capacity to provide personalized and distinctive services.

User Recognition allows the network to associate a guest’s identity and elite member status, allowing for personalization while ensuring privacy. This is achieved via integration through the PMS interface, loyalty program databases, identity management solutions, or a combination of the above.

User Engagement: Elevating the Experience

In the middle of the pyramid, User Engagement comes into play where personalized interactions through digital services and apps enhance guest convenience and overall satisfaction.  For example, the use of AI Chatbots or just simple messaging maintains a high-tech, high-touch hospitality experience, in the absence of a trained and experienced guest relations officer.  As a returning customer, I am always vexed by talking with interns or inexperienced operators who don’t understand what I want.  In a previous stay, I didn’t have the same issue.  The use of technology can mitigate the global hospitality staff shortage and maintain a high level of guest relations.

Provision of Digital Services: Enriching the Journey with Digital Onboarding

At the pyramid’s peak lies the Provision of Digital Services. Here, the focus shifts to crafting tailored offerings and streamlining service requests and delivery, resulting in a memorable guest experience.   For example, elite status members may be entitled to premium Wi-Fi speeds, allocated public IP addresses, enjoy secured Wi-Fi connectivity, and even web filtering services on the hotel Wi-Fi network for better security.  Other services can include casting user content like NetFlix to the in-room large-screen TV, seamless access to chatbots for service requests, and many more.

The Power of Seamless Onboarding: Increasing Loyalty Program and App Adoption

This logical diagram visually illustrates how the onboarding process can increase loyalty program sign-ups and app downloads. Through Digital Onboarding, a Passpoint or Hotspot 2.0 compatible Wi-Fi profile can be effortlessly stored on the guest’s device, guaranteeing seamless login and roaming privileges within the hotel group.

Guests should be incentivized to download and install the hotel app, accept the Wi-Fi profile, and participate in the loyalty program. This strategic approach maximizes guest engagement and lays the foundation for comprehensive digital service delivery.

Merging Hospitality with Technology

The anecdote that started our journey highlights a crucial point: we deserve the best of both worlds, especially in a mid-scale to luxury hotel room. By harmonizing exceptional hospitality with efficient technology, hotels can gain a competitive edge in the post-COVID era and appeal to the tech-savvy TikTok generation.

Conclusion: Aligning Hospitality with Technology

In conclusion, the guest’s journey through the Hospitality 2.0 Pyramid encompasses onboarding, user identification, engagement, and personalized digital services. This alignment of exceptional hospitality with technology will help discerning hotels differentiate themselves in a highly competitive market.

Without Digital Onboarding and User Recognition, meaningful guest engagement is not possible. It’s akin to losing the front desk manager who recognizes your most loyal guests.  A new desk staff will greet and treat every customer the same, and guess what? Over time, your guests will also treat you just like any other hotel – without loyalty!

With Digital Onboarding, connectivity becomes seamless, and recognition instantaneous, ensuring that guests receive the elevated service they deserve.  Seamless connectivity and instant recognition can also be extended across all properties within the same hotel group or loyalty program.

And with that, we conclude our exploration of the future of hospitality technology. We trust that you’ve found these insights valuable as we navigate the dynamic intersection of hospitality and technology.

Multi-Dwelling Units (MDUs) looking to improve connectivity with their tenants can do so with the help of offering paid MDU Wi-Fi. Offering paid Wi-Fi to tenants provides numerous advantages for MDUs.

By providing seamless connectivity throughout the MDU space, residents will have constant access to high-speed internet services. This enhances a tenant’s renting experience and increases their living satisfaction.

Additionally, installing paid Wi-Fi networks offers property owners and managers a way to make money. These revenue opportunities include offering premium Wi-Fi packages or collaborating with service providers to offer value-added services.

Improved paid Wi-Fi networks in MDUs can improve connection while providing financial advantages to building owners or property managers.

The Benefits of Paid Wi-Fi for Property Managers

Property managers greatly benefit from creating a system that provides effective and compensated internet access within their multi-dwelling unit complex.

Revenue Potential

Landlords can create extra revenue streams by providing renters with paid Wi-Fi services.

Increased Tenant Satisfaction

Access to fast, dependable internet improves tenants’ overall quality of their renting experience.

Enhanced Network Performance

Paid Wi-Fi networks that have been optimized guarantee higher coverage and quicker speeds.

Streamlined administration

Setting up a centralized administration platform makes it simple for landlords to monitor and maintain the Wi-Fi network.

Strategic Edge

MDU properties equipped with optimized paid Wi-Fi present a unique and compelling selling point, attracting discerning renters who prioritize seamless connectivity. This technological advantage positions your offerings as a preferred choice for those who value a robust online experience.

The Benefits of Paid Wi-Fi for Tenants

Tenants of a multi-dwelling complex benefit from having a dependable paid internet connection since it makes one more accessible, productive, and satisfied.

Increased accessibility is first and foremost achieved by providing a steady connection that ensures ongoing access to online resources. This asset is valuable to tenants who need reliable internet for work, school, and entertainment.

Having internet service readily available to tenants offers them another benefit – peace of mind. Offering paid Wi-Fi to tenants eliminates the hassle of having to schedule and coordinate efforts with an internet service provider (ISP) to come and set up interment in their unit.

By not having to work with an ISP directly, tenants will also be given peace of mind of not being tethered to a contract regarding internet access. Property managers can offer tenants Wi-Fi access based on the length of the lease by offering paid Wi-Fi. If a tenant renews a lease, Wi-Fi access can be renewed simultaneously.

The Technological Benefits of Offering Paid Wi-Fi

Unlike traditional internet setups, having an in-house built network for an MDU space creates a more fluid network rather than a disruptive one.

By offering paid Wi-Fi to tenants, MDU spaces can optimize placing hardware devices where needed when setting up a network to offer paid Wi-Fi. Traditional internet setup in an MDU space requires a tenant to work with a third-party ISP and be provided with some hardware implementation (usually a router and modem setup) for the said tenant to gain internet access.

Requiring every tenant to set up their hardware for internet access can disrupt connectivity for tenants and their IoT devices. Thus potentially creating a less-than-appealing living experience.

Offering paid Wi-Fi improves the internet experience for tenants by delivering residents a reliable warp-speed connection. Imagine effortless access to online learning, streaming blockbuster films, and diving into other digital adventures – thanks to this tech transformation provided by the MDU.

Moreover, top-tier paid Wi-Fi offers property owners a competitive advantage, magnetizing prospective tenants searching for modern living infused with state-of-the-art technical amenities.

In essence, the implementation of optimal paid Wi-Fi possesses the power to revolutionize the lives of MDU inhabitants while simultaneously unlocking avenues of income for visionary building proprietors.

At GoZone WiFi, we are helping MDUs optimize their revenue generation through paid Wi-Fi. If you own or operate an MDU space and want to learn more about offering paid Wi-Fi to your tenants, contact us today to learn how we can help!

Houston-based company announces new brand identity to align with what is most important to its employees and customers – technology’s relationship to outcomes.

HOUSTON– SEPTEMBER 1, 2023 (BUSINESS WIRE)–World Cinema, the trusted provider of video, digital infrastructure, wireless connectivity, and professional services to guest-centric properties worldwide, announces a new brand identity as WorldVue®. Rooted in the company’s core values and vision, this rebranding is a pivotal step toward realizing its long-term strategic goals and enabling WorldVue to position itself as the most relevant, trusted advisor. The name WorldVue represents a broader perspective, offering a clear vision of the future and emphasizing its dedication to innovation and growth to service every property across the globe.

“In August of 2022, we acquired Hospitality WiFi. Over the past year, we have focused on bringing together our mission to unify both companies as one. We are excited to announce our rebranding from World Cinema to WorldVue!” says Tommy Fatjo, Chief Executive Officer of WorldVue. “This decision was made to better reflect the evolution of the company, our industry and the needs of our clients and partners – all while ensuring a focus on an excellent customer experience.”

Founded in 1974, WorldVue is leading the way in delivering innovative technology solutions that enhance the resident, guest and staff experience. This next chapter aims to position the company as the go-to platform for designing, building and supporting property technologies. As WorldVue, the company’s core values and vision are now even more elevated and support a journey of innovation, collaboration and service excellence. Those values, encapsulated by the acronym CHIRP™ (Coachable, Humble, Intelligent, Responsive, Persistent), define how WorldVue operates internally and externally.

“Our rebrand signifies our commitment to not only staying relevant and adaptable to the ever-changing market dynamics, but also to providing the best solutions for our customers,” adds Robert Grosz, President and Chief Operating Officer of WorldVue. “Since day one, we have rallied around the idea that the world benefits from technologies that allow us to connect with each other to deliver entertainment and information.”

Headquartered in Houston, Texas, WorldVue believes the best way to serve its customers is to champion its employees and trusted contractors. The company is customer-centric, but employee-focused. WorldVue’s team is its differentiator. To stay updated on future announcements and learn more about WorldVue, visit www.worldvue.com.

ABOUT WORLDVUE

WorldVue®, formerly known as World Cinema, Inc., is a trusted provider of video, advanced connectivity and professional services to properties and enterprises on a global basis. With a dedication to customer service, WorldVue leads the way in delivering innovative technology solutions that enhance the resident, guest, and staff experience. From managed services to digital transformation, WorldVue is a single point of contact for all of a property’s technology needs.

Founded in 1974, WorldVue is a privately held company headquartered in Houston, Texas. The company serves over 7,000 properties with nearly 900,000 rooms under management. For more information, visit www.worldvue.com.

Contacts

Media Contacts:
Emily Adams
worldcinema@phase3mc.com
336.870.5560

Ella Steele
Esteele@onewci.com
713.425.8343

BEDFORD, N.H. and CHARLOTTE, N.C., Sept. 19, 2023 (GLOBE NEWSWIRE) — Single Digits, a leading provider of intelligent managed networks, and OpenWiFi, a solution developed through the Telecom Infra Project (TIP), a global community of companies and organizations working together to advance global connectivity, today announced the successful deployment of an OpenWiFi network at the Ronald McDonald House Charities (RMHC) of Greater Charlotte.

“The Single Digits Wi-Fi network deployment process was exceptional. We’re grateful to collaborate with forward-thinking organizations like them to significantly enhance our ability to provide comfort and convenience for the families we serve,” said Vicky Seksinsky, representative office administrator at RMHC of Greater Charlotte. “Staying connected with loved ones is paramount during a stay, and our new OpenWiFi network enables children and their families to do just that.”

The open source-based Wi-Fi network supports RMHC’s mission to embrace families of sick or injured children by providing the comfort and support of home during their greatest time of need. RMHC of Greater Charlotte’s mission aligns with Single Digits’ commitment to creating connected experiences that enhance the quality of life. This Wi-Fi deployment will offer families seamless internet connectivity, ensuring they can stay in touch with loved ones and access vital information during their stay.

“TIP OpenWiFi empowers us to deploy more affordable Wi-Fi networks at a faster rate while also delivering superior performance,” said Joe Martin, vice president of product management at Single Digits. “Backed by the TIP OpenWiFi community of collaborators, this collaborative solution is truly a game-changer for the Wi-Fi industry — and a better solution for global connectivity. This initiative with the RMHC of Greater Charlotte reinforces our dedication to delivering reliable, high-speed Wi-Fi access in important community venues and ultimately providing connectivity for good.”

Leveraging community-driven OpenWiFi architecture to enable part multivendor, managed Wi-Fi networks, Single Digits integrates its managed services through The Connected Life Platform™. The program facilitates the easy installation and zero-touch provisioning of access points from Edgecore and NetExperience’s cloud controller, resulting in an efficient and effective setup process for RMHC of Greater Charlotte.

“We are delighted to partner with industry leader Single Digits to bring the benefits of OpenWiFi to the RMHC of Greater Charlotte. The OpenWiFi solution is perfectly suited for the public good, with lower costs, better access and an open platform,” said Bernard Herscovici, CEO of NetExperience.

In the spirit of Wi-Fi for good, Single Digits, OpenWiFi, NetExperience and Edgecore all partnered on a fundraiser — Raise Love #forRMHC. For every like, comment, repost or share on LinkedIn, the companies will donate to ensure that funds raised can fill a pantry with snacks in the RMCH of Greater Charlotte’s Ronald McDonald Family Room.

Known for launching networks that provide social impact, OpenWiFi was named a Finalist for the 2023 Leading Lights Awards for Best Public-Private Partnership. Since launching in 2021, OpenWiFi networks have been deployed globally in multifamily housing, dormitories on U.S. military bases and other commercial environments.

About Single Digits:
We give end users The Connected Life Experience® — the seamless, effortless and robust connectivity experience they expect — and show property owners how to break the bounds of uninspired connectivity to increase revenue, improve customer and resident satisfaction and ultimately maximize property value. We offer complete guest, resident and customer internet and connectivity solutions, including enterprise-class software, network design, engineering, professional services, ongoing maintenance, network monitoring, multilingual support, revenue reporting and authentication tracking. We currently serve over 3,600 customers globally, comprised of over 1 million guest rooms and apartment units across multiple industries, including hospitality, student housing, multifamily and senior living. www.singledigits.com

About Ronald McDonald House Charities of Greater Charlotte:
RMHC of Greater Charlotte focuses on embracing families of sick or injured children by providing the comfort and support of home during their greatest time of need. Since 2011, we have served over 4,000 families from across the Carolinas, the country and the world. For more information, please visit www.rmhofcharlotte.org.

About OpenWiFi:
Launched in 2021, OpenWiFi is a community-developed open-source platform designed to lower the cost of developing and operating Wi-Fi networks. Designed to include a cloud controller SDK and switches and enterprise-grade access point firmware validated to work seamlessly together, the platform’s unique approach to Wi-Fi creates an open-source disaggregated technology stack without vendor lock-in, ensuring a cost-effective and seamless way to deploy connectivity in a variety of use cases. OpenWiFi was created through the Telecom Infra Project (TIP), a global community of companies and organizations that are driving open and disaggregated infrastructure solutions to advance global connectivity. The OpenWiFi community currently includes more than 300 participants, including service providers, OEMs, ODMs, software ISVs, system integrators, silicon vendors and industry organizations. Learn more about TIP OpenWiFi here.

About NetExperience:
NetExperience is leading the transition to a disaggregated Wi-Fi and LAN network. The NetExperience Cloud platform includes sophisticated, highly scalable WLAN controller and management capabilities designed for Wi-Fi service providers. The platform is compatible with the key components of the Telecom Infra Project OpenWiFi and OpenLAN architectures and is compatible with OpenWiFi access points and OpenLAN Switch hardware. www.netexperience.com

shutterstock_753767836LTE connections can be quite expensive, and companies do not want to pay a monthly subscription fee for each IoT device. Various wireless technologies have attempted to expand the coverage area for LTE offloading or LTE device aggregation and faced a multitude of complications. However, Wi-Fi HaLow offers a unique combination of extended range, high data throughput, and signal penetration, making it the ideal choice for offloading LTE connections. This can be accomplished through either a dedicated network connection or LTE device aggregation using an LTE to HaLow access point. Numerous examples of this technology are currently under development and available on the market. While cellular technology remains the most versatile wireless technology, Wi-Fi HaLow is a close alternative option without the associated recurring costs.

LTE Device Aggregation with Wi-Fi HaLow

LTE device aggregation involves connecting multiple sensors and devices to a single access point that is connected to a cellular network. Wi-Fi HaLow to LTE gateways can be used to reduce the number of required cellular connections. A single HaLow access point can cover an area of up to 2.73 square miles in ideal conditions. Assuming there are multiple devices in an outdoor environment, Wi-Fi HaLow could combine these multiple LTE devices into one LTE connection to cover IoT deployments for various purposes such as smart cities, agriculture, critical infrastructure, and oil fields.

LTE Offloading

Wi-Fi HaLow can eliminate the need for LTE connections by directly connecting an access point to the internet, allowing you to have total ownership of your infrastructure. Especially if you have a roaming device in a limited area, using Wi-Fi HaLow instead of LTE may be preferable. This would be particularly beneficial for any remote locations that lack LTE coverage but require device roaming capabilities, such as the mining, logging, or critical infrastructure monitoring industries.

What Does Wi-Fi HaLow Do Better

The goal is to minimize the number of subscription-based connections and reduce operating costs. Wi-Fi HaLow covers a large range by default and can extend to even farther in a mesh configuration, surpassing every other wireless technologies except for low data rate LPWANs. The data speed of a Wi-Fi HaLow network is significantly faster than LoRa and Bluetooth Low Energy, making it capable of supporting demanding applications such as cameras and videos, rather than just a sensor network. It can also support thousands of devices from a single access point, allowing for dense IoT deployments. Wi-Fi HaLow stands out as the perfect wireless technology partner for LTE device aggregation or LTE offloading thanks to the right mix of data throughput, range, and connection support it offers. Let’s explore some real-world examples that showcase the benefits of HaLow.

Smart City Example

shutterstock_1574880754For our first example, let’s retrofit a city’s bus stops with connectivity for monitoring each bus stop and connecting digital signage. Breaking up the concrete and installing fiber internet connections and hardwiring each bus stop is likely way too expensive to consider. The simplest idea would be to connect each bus stop with LTE technology but then you’re paying a monthly cost for each bus stop. So you are probably going to want to aggregate as many bus stations as you can for the cost saving. Traditional Wi-Fis such as Wi-Fi 4, 5, and 6 would probably connect to a bus station across the street going the other way, possibly covering half of the bus stops which is still not ideal. In such scenarios, Wi-Fi HaLow would be the ideal solution. According to TransitWiki, the average distance between bus stations is often less than a quarter mile apart. This means one Wi-Fi HaLow AP assuming a one-mile range could reach 9 bus stations on each side for a total of 18 bus stations – reducing the cost of operating expenses by 95% compared to cellular. Notwithstanding such a long-range coverage with no service fee, Wi-Fi HaLow is the sole wireless technology providing Mbps-level data throughput enough to update digital signage and provide camera images of each bus station. This could increase the safety of passengers through monitoring, updating bus arrival times, tracking bus locations, updating digital advertisements, and monitoring bus stop usage for the potential of reducing the monthly costs to under a tenth of adding an LTE modem to each bus stop.

Critical Infrastructure Example

Often times, critical infrastructure such as a riverbank can be large, without power, and possibly remote. Monitoring such a large stretch of land could be done with LTE-M-enabled sensors; however, Wi-Fi HaLow would not only be effective, but also offers lower power consumption and lower operating costs. A single Wi-Fi HaLow AP could reach 1 mile in each direction, effectively covering 2 miles of the riverbank. Each AP could also support a wide range of devices such as cameras for visual monitoring of the riverbanks, water monitoring sensors to measure water level, and connected current meters to measure water flow. Wi-Fi HaLow can support multi-year battery life making it feasible to be deployed in remote areas without power, with the data throughput to support higher data-driven applications such as visual monitoring. A HaLow AP could connect directly to a network if one was available, cutting out the need for any LTE connection. This would leave recurring maintenance costs low and limited to device failure replacements and the manpower to service the batteries.

Electric Car Charging Example

Companies looking to install electric car charging stations face numerous challenges, as they are often installed on someone else’s infrastructure. One major challenge is establishing a reliable connection to enable payments for use. Laying down a network cable involves cutting through a lot of asphalt, which can be expensive. While LTE is an option, it adds to the overall cost. Traditional Wi-Fi could be used to connect to infrastructure, but parking lots are typically large, and signal transmission through thick walls can be challenging. Moreover, unknown interference from mobile phones and Bluetooth devices can affect signal quality. Wi-Fi HaLow operates at a sub-gig frequency, which helps to avoid many of these issues and ensures connection reliability between stations. With a range ten times greater than traditional Wi-Fi, Wi-Fi HaLow provides greater flexibility on where infrastructure can be installed, making it ideal for large concrete structures like parking garages. Finally, Wi-Fi HaLow uses the latest in Wi-Fi security, WPA3, ensuring the safe transmission of payment information.

Conclusion

Today, LTE device aggregation is possible using various wireless technologies such as LoRa, Wi-Fi, and BLE. However, Wi-Fi HaLow stands out as the best option that strikes a balance between data throughput, low power consumption, range, and signal penetration for LTE device aggregation without the recurring costs. As the frontier of Wi-Fi HaLow, NEWRACOM is working with various customers who are developing innovative solutions using Wi-Fi HaLow to reduce the number of LTE-enabled devices they require. If you have an idea of how Wi-Fi HaLow can be used, feel free to contact us through our contact page.

Manama, Kingdom of Bahrain and Austin, TX – September 12, 2023 – Wi-Fi Alliance®, the leading Wi-Fi® industry organization, successfully hosted the first public demonstration of the next generation of Wi-Fi technology (“Wi-Fi 7”)  in the Middle East. The demonstration was organized in conjunction with the Arab Spectrum Management Group (ASMG) meeting in preparation for the upcoming 2023 World Radiocommunication Conference (WRC-23). As spectrum regulators gathered in Manama to consider regional alignment on WRC-23 agenda items, Wi-Fi Alliance demonstrated the critical importance of the 6.425-7.125 GHz band to the future of Wi-Fi in the Middle East and worldwide.

During the event, Wi-Fi Alliance® shared with the ASMG members the rapid growth of the Wi-Fi ecosystem in the 6 GHz frequency band, the socioeconomic benefits this brings to a country, and how the latest Wi-Fi technologies will further accelerate those benefits. Representatives from
Wi-Fi Alliance members – Broadcom, Cisco, HPE Aruba Networking, and Meta – showed how the latest generation of Wi-Fi operating in the full 6 GHz band drives innovation in their products and services to the benefit of consumers and businesses.

With the support of Broadcom, Wi-Fi Alliance hosted a regional first public demonstration of Wi-Fi 7 for ASMG participants. One demo showed the throughput capabilities of Wi-Fi 7 using Broadcom’s Wi-Fi 7 access point and client device reference designs. The demo showed a Wi-Fi 7 device operating in a 320 MHz channel at over 11 meters distance with throughputs of up to 3.7 Gbps downlink and 3.4 Gbps uplink. Another demo showed how multi-link operations (MLO) can provide deterministic low latency even when the radio waves are fully loaded.

Kevin Robinson, CEO of Wi-Fi Alliance said:

“Wi-Fi Alliance and industry partners are advocating for an outcome at WRC that will allow for licence-exempt use of the full 6 GHz band. Only then will the industry be able to deliver Wi-Fi’s full potential in the band, offering innovative new products and services that will support the connectivity agendas of countries around the world. By globally harmonizing use of this band for Wi-Fi, significant progress can be made to reduce congestion, leverage the potential of the growing number of fiber connections, and meet demand in a more energy efficient way.[1]” 

Chris Szymanski, director of product marketing for Broadcom’s Wireless Communications and Connectivity Division added:

“These demonstrations showcase the capabilities of Wi-Fi 7 products that are sampling with our customers.  The demonstrations were in configurations that we expect to be widely available in the market soon. The opportunities are real. This is a win-win for Arab states and would allow administrations to make advanced wireless broadband services accessible to their citizens, while still giving priority to fixed satellite services and fixed microwave services.”

 

About Wi-Fi Alliance® | www.wi-fi.org
Wi-Fi Alliance® is the worldwide network of companies that brings you Wi-Fi®. Members of our collaboration forum come together from across the Wi-Fi ecosystem with the shared vision to connect everyone and everything, everywhere, while providing the best possible user experience. Since 2000, Wi-Fi Alliance has completed more than 75,000 Wi-Fi certifications. The Wi-Fi CERTIFIED™ seal of approval designates products with proven interoperability, backward compatibility, and the highest industry-standard security protections in place. Today, Wi-Fi carries more than half of the internet’s traffic in an ever-expanding variety of applications. Wi-Fi Alliance continues to drive the adoption and evolution of Wi-Fi, which billions of people rely on every day.