Skyler Ditchfield – CEO – Want to stay up-to-date on all of GeoLinks’ latest news and the world of telecom? Check out GeoLinks’ blog by visiting Geolinks.com/NEWS

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Wildfire Technology Innovation Summit

Lessons Learned in San Diego – Panel at California’s First Ever Wildfire Technology Innovation Summit

Moderator:

Jessica Block, Assistant Director of WIFIRE Lab, Qualcomm Institute, UC San Diego

Panelists:

1. Skyler Ditchfield, CEO, GeoLinks

2. Tony Mecham, San Diego Unit Chief, CAL FIRE

3. Brian D’Agostino, Director of Fire Science & Climate Adaptation, SDG&E

4. Graham Kent, Director, Nevada Seismological Lab, University of Nevada-Reno

Connect America Fund Making Federal Dollars Work for California

Presented at CENIC’s 2019 Annual Conference.

SPEAKER:

Skyler Ditchfield, Co-Founder and CEO, GeoLinks

ABOUT:

The Connect America Fund Phase II Auction (CAF II) was created by the Federal Communications Commission to distribute federal grant dollars to enable broadband infrastructure buildout to rural areas of the country that lack basic broadband services. In August 2018, GeoLinks was awarded approx. $88 Million to deploy high-speed broadband network facilities to eligible areas in California and Nevada (to be distributed over 10 years). In this discussion, GeoLinks’ CEO, Skyler Ditchfield, will discuss the CAF II application process, awarded areas, and opportunities for creating synergies between CAF II and other broadband grant programs. He will also discuss possible pain points and policy changes needed to streamline deployment and ensure CAF II funding is used as efficiently as possible to connect unserved Americans.

Strategies for Addressing the Broadband Digital Divide

Strategies for Addressing the Broadband Digital Divide

Presented at CENIC’s 2019 Annual Conference.

Featured Speakers:

Skyler Ditchfield, Co-Founder and CEO, GeoLinks | Louis Fox, CEO and President, CENIC | Matt Rantanen, Director of Technology, Southern California Tribal Chairmen’s Association | Sunne Wright McPeak, CEO, California Emerging Technology Fund | Steven Huter, Director, Network Startup Resource Center, University of Oregon

About:

A recent article in the New York Times titled, “Digital Divide Is Wider Than We Think, Study Says” (12/4/18), notes that, “Fast internet service is crucial to the modern economy, and closing the digital divide is seen as a step toward shrinking the persistent gaps in economic opportunity, educational achievement and health outcomes in America.” While the FCC concludes that broadband is not available to 24.7 million Americans, a recent study by Microsoft states that “162.8 million Americans do not use the internet at broadband speed” and that this “discrepancy is particularly stark in rural areas.”

Many projects that might address this broadband disparity have been unattractive to private sector providers, given the difficulty of generating a return on investment necessary for the capital expenditures for construction of necessary middle-mile infrastructure. And, while there is a tendency to see the digital divide as a rural issue, many urban areas show a similar lack of access to fast home Internet, though often for different reasons — lack of affordable broadband and/or lack of motivation for broadband adoption.

The picture is not entirely gloomy: There are many creative approaches to address issues of access, affordability, and adoption, often pooling sources of funds, integrating two (or more) broadband technologies, and through partnerships that involve public, government, and private sector partners. The panelists, all of whom are engaged in every aspect of broadband from public policy to project deployment, will highlight and discuss successful strategies to address the broadband digital divide and engage conference participants in a discussion about how to scale locally instantiated projects to reach across all of California (and beyond).

Expanding Flexible Use in Mid-Band Spectrum Between 3.7 and 24 GHz

Expanding Flexible Use in Mid-Band Spectrum Between 3.7 and 24 GHz - GeoLinks

REPLY COMMENTS OF CALIFORNIA INTERNET, L.P. DBA GEOLINKS

California Internet, L.P. DBA GeoLinks (“GeoLinks” or the “Company”) hereby submits these Reply Comments in response to comments filed on the Notice of Proposed Rulemaking (“NPRM”) released in the above-captioned proceedings.[1]

 

  1. INTRODUCTION AND SUMMARY

GeoLinks is one of the fastest growing Internet and phone providers in America and the fastest growing telecom in California.  In an effort to be a truly competitive service provider throughout its service territory, the Company has a vested interest in ensuring that the FCC’s policies allow fixed wireless broadband service providers access vital spectrum resources.  GeoLinks applauds the Commission’s efforts to make more spectrum resources available for wireless uses.  It is undeniable that additional spectrum is necessary to meet “America’s appetite for wireless broadband connections.”[2]  However, GeoLinks urges the Commission not to assume that more unlicensed spectrum is sufficient in and of itself to meet the ever-growing demand for these connections.  Moreover, GeoLinks urges the Commission not to limit how fixed wireless service providers may use these new unlicensed resources, and to create rules that allow for Point-to-Multipoint (“P2MP”) use within the 6 GHz band.

  1. DISCUSSION 

  1. Unlicensed Spectrum is Not a One-Size-Fits-All Solution

Traditionally, fixed wireless ISPs have operated in the unlicensed bands (i.e. 2.4 and 5 GHz).  The lack of access to licensed spectrum has forced fixed wireless providers to get very creative about how they provision highspeed and high capacity broadband services (including multi-gigabit speeds).  While several fixed wireless providers, including GeoLinks, have been very successful in utilizing the unlicensed bands, the application of these bands is limited.  As several commenters note, increased use of the unlicensed bands has created congestion.[3]  As Broadcom points out, “demand for unlicensed services, especially Wi-Fi, continues to grow, and the existing unlicensed spectrum in the 2.4 GHz and 5 GHz bands has become congested.”[4]  In addition, as WISPA’s comments show, the issue of congestion in the unlicensed bands has also been recognized by all current FCC Commissioners.[5]

While GeoLinks sees merit in Broadcom’s assertion that making the 6 GHz band available for unlicensed use “will be a critical step in addressing the looming unlicensed spectrum crunch,”[6] ultimately, GeoLinks believes that relying solely on more unlicensed spectrum availability (without additional opportunities for licensed spectrum) is, at best, a short-term solution.  As Commissioner Rosenworcel notes in her NPRM statement, “by the end of the decade, we will see as many as 50 billion new devices connecting to our networks through the internet of things.”[7]  GeoLinks cautions that as innovation and new devices seek room in the unlicensed bands, the wireless broadband providers that offer competitive connectivity to these new devices will continue to get squeezed.  Inevitably with so many wireless devices and wireless service providers clamoring for the same spectrum, the result will be the same – congestion in the bands and limited opportunities for competition and innovation.

As GeoLinks has expressed before, the availability of unlicensed bands is not a one-size-fits-all solution to the ever-growing demand for spectrum.  In order to craft a more complete, long-term solution, GeoLinks urges the FCC to expand the availability of unlicensed bands in conjunction with efforts to create more opportunities for licensed spectrum for competitive broadband providers.  This dual approach will ensure less congestion in the unlicensed bands for those carriers supplying the connectivity that drive further innovation.

  1. The Commission Should Ensure the New Rules Regarding the Use of the 6 GHz Band Allow for P2MP Use

With respect to new rules to govern unlicensed use of the 6 GHz band, GeoLinks agrees with various commenters that urge the Commission to create new rules that allow for and promote P2MP operations.  For example, the Dynamic Spectrum Alliance (“DSA”) and Starry urge the Commission to allow higher gain antennas and P2MP operations.[8]  Similarly, WISPA makes a number of suggestions that would allow for P2MP operations such as refraining from limiting the types of services that can be offered in the U-NII-5 and U-NII-7 bands.[9]

As GeoLinks has previously explained, P2MP technology creates opportunities to connect multiple users in a more cost-effective manner (even if miles apart), making it ideal for serving multiple customers in one area at a lower cost.  As Starry notes, “point-to-multipoint deployments are essential to fixed wireless providers.”[10]  Moreover, DCA explains that these technologies (as well as point-to-point) “will help improve connectivity and competition in all markets, including but not limited to underserved areas and rural communities.”[11]  For these reasons, GeoLinks urges the Commission to develop rules that allow for P2MP use in the 6 GHz Band.

  1. CONCLUSION

GeoLinks applauds the Commission’s efforts to make more spectrum resources available for wireless uses.  However, as the Commission strives to create policies and rules for unlicensed spectrum use in the 6 GHz Band, GeoLinks urges the Commission not to assume that more unlicensed spectrum is sufficient in and of itself to meet the ever-growing demand for these connections and to promote competition by creating rules that allow for P2MP use.

 

Respectfully submitted,

GEOLINKS, LLC

 

/s/ Skyler Ditchfield, Chief Executive Officer

/s/ Melissa Slawson, General Counsel/ V.P of Government Affairs and Education

 

March 18, 2019

[1] Unlicensed Use of the 6 GHz Band; Expanding Flexible Use in Mid-Band Spectrum Between 3.7 and 24 GHz, Notice of Proposed Rulemaking, ET Docket No. 18-295 and GN Docket No. 17-183, FCC 18-147 (rel. Oct. 24, 2018) (“NPRM”).  The NPRM was published in the Federal Register on December 17, 2018.  See 83 Fed. Reg. 64506 (Dec. 17, 2018).
[2] NPRM at para. 4.
[3] See Comments of Broadcom Inc., ET Docket No. 18-295 (filed February 15, 2019) (“Broadcom Comments”) at 1, Comments of the Wireless Internet Service Providers Association, ET Docket No. 18-295 (filed February 15, 2019) (“WISPA Comments”) at 5, Comments of Dynamic Spectrum Alliance, ET Docket No. 18-295 (filed February 15, 2019) (“DSA Comments”) at 1.
[4] Broadcom Comments at 1.
[5] See WISPA Comments at 6-7 citing NPRM statements of Chairman Pai and Commissioners Carr, O’Rielly, and Rosenworcel.
[6] Broadcom Comments at 1
[7] NPRM statement of Commissioner Rosenworcel at 1.
[8] DSA Comments at 3, Comments of Starry, Inc., ET Docket No. 18-295 (filed February 15, 2019) (“Starry Comments”) at 2.
[9] See WISPA Comments at 10.
[10] Id.
[11] DSA Comments at 15.

GeoLinks Installs 88 High-Tech Cameras in Southern and Northern California to Provide Critical Insight in High Risk Fire Areas

In collaboration with ALERTWildfire, UC San Diego, University of Nevada Reno, CENIC, SCE and PG&E, in three months GeoLinks has installed 88 cameras to improve confirmation and response efforts in combatting California wildfires.

CAMARILLO, Calif.–(BUSINESS WIRE)–GeoLinks, a California-based telecommunications provider and competitive local exchange carrier (CLEC) public utility, has successfully installed and provided high speed, low latency, symmetrical data connections to 88 high-definition, pan-tilt-zoom (PTZ) cameras throughout Southern and Northern California to provide critical situational awareness during wildfire events. In collaboration with ALERTWildfire, University of California San Diego, University of Nevada, Reno, CENIC, Southern California Edison (SCE), and Pacific Gas and Electric Company (PG&E), the multi-hazard camera technology provides data related to fire ignition points critical in informing situational awareness and wildfire response.

This state-of-the-art camera network, developed and managed by UC San Diego and the University of Nevada, Reno, connects firefighting agencies with real-time imagery and environmental data enabling first responders to allocate and scale resources appropriately. Situated on GeoLinks’ vertical solar and wind-powered assets, the collected data is transmitted via GeoLinks’ ClearFiber™ network then handed off via a strategic partnership to CENIC’s private research and educational network to reach the universities, fire officials, utilities, and other users. This vital information allows involved parties to confirm ignition locations, verify 911 reports, image fire behavior, and ultimately deploy informed response and public warning.

“To give a little more context on GeoLinks involvement, we really dove head first in state disaster recovery efforts when hundreds of our clients, neighboring anchor institutions, and team members became displaced during the 2017 wildfires,” said GeoLinks Co-Founder and CEO Skyler Ditchfield. “When vital communications towers were destroyed by the fast-moving wildfire, our team worked around the clock to restore critical connectivity throughout affected counties. The same responsiveness transpired during 2018’s wildfire season; this included providing the same-day installation of a high capacity circuit for key Red Cross shelters free of charge. I realized what a difference we could make in this space with our unique capabilities of building rural and urban networks in off-the-grid locations where these are needed. Our dedication, passion, agility, and unique capabilities in supporting disaster recovery, initiated our involvement with our university collaborators.”

State, private, public and first-responder support for the expansion of this camera system is persistent and irrefutable. “The safety of my firefighters and the communities they protect is my priority, so having more information about a fire before we encounter it is an added safety measure that benefits our first responders,” said former San Diego Fire-Rescue Chief Brian Fennessy. “Having access to a live view of our highest fire risk areas will greatly improve situational awareness and our coordination with CAL FIRE. In turn, that allows for quicker response times, better response strategies and faster evacuation orders to ensure our communities are better prepared in the face of a wildfire. During the ignition of the Church Fire, I could watch the smoke on my iPhone, the color, the direction, and immediately knew the resources that I needed to deploy and the time they would be engaged. Furthermore, the crews could watch how the fire progressed on their iPads as they approached the fire, real-time situational awareness — these fire cameras are a game changer.”

The 88 new cameras are located throughout high fire-risk areas throughout California. SCE and PG&E, along with public agencies and the general public, have access to the camera feeds around-the-clock through the www.alertwildfire.org website to monitor wildfire activity. Up to 160 cameras are expected to be installed by GeoLinks throughout SCE’s service area by 2020, which will allow approximately 90 percent coverage in high fire-risk areas. Similar efforts are underway at PG&E to cover their service area.

“I see this project as more of a mission than just a new line of business. None of this would be possible without the amazing work of Dr. Neal Driscoll of UC San Diego and Dr. Graham Kent of UNR who have been the pioneers of this work,” continued Ditchfield. “Our collaboration is now to super charge their founding efforts. Also, big kudos to the utilities for getting this underway; it truly shows their dedication to making a difference in future fire mitigation. The effects of this work will be nothing short of lifesaving.”

For media inquiries contact Lexie Smith, GeoLinks’ VP of Business Development, at [email protected].

About GeoLinks

GeoLinks, a Southern California based telecommunications provider and competitive local exchange carrier (CLEC) public utility, is recognized on both a state and national level for its unparalleled capabilities in supporting disaster recovery. Named “Most Disruptive Technology” in the 2018 Central Coast Innovation Awards, GeoLinks’ innovative proprietary network, ClearFiber™, utilizes a combination of terrestrial fiber optic backhaul, carrier-grade full-duplex fixed wireless equipment, and Federal Communications Commission (FCC) licensed spectrum, to deliver ultra-reliable high-speed broadband Internet access to businesses and anchor institutions throughout California. With the unique ability to build solar and wind-powered redundant telecommunications facilities “off the grid,” GeoLinks is able to deploy broadband to remote and unserved communities in a fraction of the time and for a fraction of the cost of fiber. Consequently, the company is recognized as a leader in closing the digital divide and proudly sits on an array of national boards, coalitions, and working groups, including: the Schools, Healthcare & Libraries Broadband (SHLB) Coalition; the Wireless Internet Service Providers Association (WISPA); the Broadband Consortium of the Pacific Coast (BCPC); and the FCC’s Broadband Deployment Advisory Committee. Recently the Company received the Christina Haska Distinguished Service Award from CENIC for GeoLinks’ pro-bono services providing critical data circuits to institutions during California’s recent natural disasters.

About CENIC • www.cenic.org

CENIC connects California to the world — advancing education and research statewide by providing the world-class network essential for innovation, collaboration, and economic growth. This nonprofit organization operates the California Research and Education Network (CalREN), a high-capacity network designed to meet the unique requirements of over 20 million users, including the vast majority of K-20 students together with educators, researchers, and others at vital public-serving institutions. CENIC’s Charter Associates are part of the world’s largest education system; they include the California K-12 system, California Community Colleges, the California State University system, California’s Public Libraries, the University of California system, Stanford, Caltech, USC, and the Naval Postgraduate School. CENIC also provides connectivity to leading-edge institutions and industry research organizations around the world, serving the public as a catalyst for a vibrant California. For more information, visit www.cenic.org.

CENIC Honors GeoLinks for Outstanding California Wildfire Response

CENIC Honors AT&T, GeoLinks, and CENIC NOC for Outstanding California Wildfire Response

 · RENS & NRENS

CENIC announces recipients of 2019 Christine Haska Distinguished Service Award

Read the full release here:https://cenic.org/news/item/cenic-honors-att-geolinks-and-cenic-noc

La Mirada, CA & Berkeley, CA — February 28, 2019 —  In recognition of their immediate and effective response to ensure emergency connectivity to communities and organizations affected by catastrophic wildfires, AT&T, GeoLinks, and CENIC’s Network Operations Center are being recognized with CENIC’s 2019 Christine Haska Distinguished Service Award, which honors individuals who have provided extraordinary leadership and service to the CENIC community.

Project leaders being recognized are: Ryan Adams, GeoLinks; Skyler Ditchfield, GeoLinks; Rhonda Lutz, AT&T; Cheryl Santiel, AT&T; and Stanley Han, CENIC.

When wildfires struck, AT&T, GeoLinks, and CENIC quickly engaged with affected communities to troubleshoot circuit failures, deploy equipment, repair network sites, and provide connectivity for essential emergency services. As a result, anchor institutions, which often serve as communication hubs for first responders and meeting places for area residents during a disaster, were able to maintain Internet connectivity. Evacuated residents were able to contact loved ones and let them know they were safe. People were able to send and receive critical emergency alerts, access email and the Internet, and get vital information immediately…..

…In nearby Oxnard, GeoLinks deployed free temporary microwave circuits to provide Internet access to the main library and two branch sites. Statewide, AT&T’s Network and Disaster Recovery team also deployed portable cell sites and recovery equipment. Meanwhile, CENIC offered to leverage its relationships with ISPs, provide temporary communications links, and donate decommissioned hardware.

“The commitment shown by these organizations and their talented staff was integral to providing critical Internet access that helped affected communities respond and recover during this catastrophic emergency,” said CENIC President and CEO Louis Fox. “We thank them for their dedication to this important work at such a critical moment for these individuals and institutions.”

Established in 2018, the CENIC Christine Haska Distinguished Service Award honors individuals who have provided extraordinary leadership and service to the CENIC community and its partners. The award is named in honor of Dr. Christine Haska (1951-2017), a treasured member of the CENIC community with an exuberant personality, boundless energy, and wide-ranging interests. She brought foresight, grace, and an innovative spirit to all her work, and remains an inspiration to colleagues working in research and education institutions across the nation. Haska had a long career in higher education and in 2002 joined the Naval Postgraduate School (NPS) in Monterey, California, where she served as vice president of information resources and chief information officer. She played a vital role in establishing both NPS and the Defense Language Institute Foreign Language Center as CENIC members. Retiring from NPS in 2013, Haska went on to successfully lead an initiative to connect the major health care institutions in Monterey to the CENIC network.

The CENIC Innovations in Networking Awards are presented each year at CENIC’s annual conference to highlight exemplary people, projects, and organizations that leverage high-bandwidth networking. The CENIC conference will be held March 18 – 20, 2019, in San Diego, California. Learn more and register to attend.

Is 5G Worth All the Hype?

Industry experts weigh in on the global telecom debate

The telecom industry kicked 2019 off by continuing the highly publicized debate over the opportunities, or lack thereof, that 5G presents modern day society. The technology’s promise to deliver higher bandwidth, lower latency, reduced packet loss, and overall increased system capacity than its 4G and 3G predecessors, is still generating both high expectations and severe skepticism.

With the gradual emergence of autonomous vehicles, smart cities, and all things IoT, advocates and hopeful early adopters believe that 5G technology will support innovation and transform the world as we know it. Conversely, critics attest that the so called “next generation” is overly-hyped and still faces a magnitude of serious hurdles before it can prove revolutionary.

To weigh in on the debate, I asked a panel of diverse industry experts to comment on the following question:

What do you think of 5G, is it worth all the hype?

___________________

Catherine McNally

Internet Specialist, HighSpeedInternet.com

In 2016, the Federal Communications Commission (FCC) found that 92.3% of Americans have access to speeds of 25 Mbps or more—but more than 24 million Americans don’t have access to internet speeds that meet 25 Mbps. Because 5G nodes don’t necessarily require as much infrastructure as a cell tower, they can be used in areas lacking wireless coverage. This will extend wireless speeds of at least 10 Mbps (the FCC’s current definition of mobile LTE broadband) to rural areas lacking in Internet options. If done right, 5G will help level the current rural-urban divide when it comes to Internet speeds, so I think the hype is warranted.

James Graham

CEO and Co-Founder, Community Phone

@wittedhaddock@communityphone

[5G is] definitely not worth the hype for any end-user or individual human. Certain IoT or self-driving car applications are different. Notwithstanding all of the industry claims and promises for how 5G will fix all woes, the one piece that is never considered is how app developers consistently re-write apps to utilize all available bandwidth. So even should all the tenuous bandwidth promises of 5G [be real], app developers — if history is any guide — will stuff themselves with 3rd party frameworks and services that consume your newfound 5G connection. So, while one might be able to theoretically receive twice as much data per second, what matters way more is how your app is developed. Two years ago, websites became the size of DOOM. That’s only increasing.

Jim Poole

Vice President of Business Development, Equinix

The real value of 5G and the reason we’re seeing such heavy investments in building these networks is to help businesses and consumers unlock new, currently unattainable capabilities. 5G networks are expected to far surpass 4G networks in optimizing applications such as IoT, AI, next-generation high definition video and fixed wireless access. 5G’s extremely fast bandwidth and ultra-low latency makes mission-critical control possible, opening the door for new applications that demand absolute reliability, such as health care, energy or autonomous transportations.

Vassilis Seferidis

CEO, Zeetta Networks

@ZeettaNetworks

As a society we tend to over-hype technology. For the person-in-the-street 5G brings you little new functionality compared to a well-designed, uncongested 4G network. It will still let you watch Netflix. What 5G will also do is let you watch Netflix in high-definition, on a crowded train, moving at speed where everyone else on the train is also watching Netflix. Nothing new, but certainly a better experience.

Beyond the day-to-day changes, 5G is a network of networks and has the ability to bridge the digital divide by connecting the unconnected. If all you want to do is watch more box-sets 5G isn’t worth the hype. If you want to make the world a better place 5G may be the technology to help you do it.

Amy Smith

Technology Analyst, FitSmallBusiness.com

@FitSmallBiz

As giddy as I always get for new tech, I also remind myself that first-generation anything should be met with skepticism. The 5G jump promises faster download speeds, lower latency, and all-around better experiences with our smartphones; basically, it’s a bigger pipe for data transfer. However, coverage won’t be widespread initially, and depending on where you are, you might not be able to take full advantage of the network or that expensive new phone. Plus, I’d expect the data caps by wireless services to be prohibitive. The next generation in wireless phone tech is exciting, but I’ll wait a year before I personally invest in anything to make sure the networks are stable (and in my area), the bugs and glitches in new phones (and batteries) are worked out, and that there’s proof that 5G really will be faster than 4G LTE.

Zouhair Sebati

Lead Account Partner, IBM Global Business Services

While attracting a lot of hype about how it will disrupt everything — much like most emerging technologies—5G is different. The predicted transformational benefits are real, but it is still an uncharted landscape. Businesses need to prepare for plenty of first-generation challenges.

A recent report indicates that 60% of organizations surveyed plan to deploy 5G by 2020, with clear expectations for 5G use cases, but this demand is far ahead of what communication service providers (CSPs) can deliver. CSPs are initially focused on consumer broadband services. To businesses, 5G is more than just a better mobile network – it will improve the networks of companies in every industry, allowing them to take greater advantage of transformative technologies, such as AI, IoT, and machine-to-machine communication. From autonomous vehicles to smart cities and healthcare, companies expect 5G to improve how they collect, manage and use data, enabling better customer service, increased operational efficiency, and greater employee productivity. How well an organization plans for and implements 5G will determine the level of transformational impact on its business. This means preparing now to implement this next wave.

Skyler Ditchfield

Co-Founder and CEO, GeoLinks

@GeoLinks_USA | @SkylerJesseD

As it currently stands, 5G is not worth the hype at all. There are still countless issues with the technology, such as your hand or body blocking the signal, and deployment timeframes continue to be pushed further out. In reality, 4G provides us with enough speed and low latency to support all of today’s modern applications. Unless an area is overly saturated, such as urban markets, the general Public will virtually notice no difference between 4G and 5G. Moreover, 5G has a strong potential to hinder progress in connecting rural America. Why? Expansion dollars will likely be focused on building out new 5G infrastructure causing less and less capital being dedicated to closing the 4G gaps in rural and suburban America. I can tell you personally in my town of around 110k (Ventura) there are countless 4G dead spots. In fact, I even run into dead zones throughout Los Angeles and Beverly hills on Verizon. All in all, instead of focusing on the overly-hyped marketing of 5G, our energy and dollars should instead focus on densifying 4G networks and adopting a hybrid-network approach to closing the digital divide.

Chris Nicoll

Principal Analyst Wireless, ACG Research

@CANicoll

Despite promises and early launches by Verizon and T-Mobile in the US, and other operators around the world, the main differing features of 5G – namely very low latency in support of VR-type applications and remote robotic control and ‘network slicing’ to allow networks to be virtually separated into virtual private networks – will not come for at least another 2 to 4 years.

[Furthermore,] the much-touted use of ‘sub-6GHz’ and mmWave spectrum requires 2 to 5x the densification of today’s existing mobile networks. There are some technologies that can mitigate this densification, but as the FCC in the US is pursuing, this requires massive numbers of small cells, and current zoning rules are localized which slows down deployment. This argument also misses the high costs of running fiber to all of these small cells and the only solution is wireless backhaul which requires more spectrum. [So,] 5G will eventually live up to the hype, but for now, consumers should be patient and not fall for the shiny object dangling in front of them.

Michael Bancroft

Co-host, Globalive Media’s “Beyond Innovation”

There’s plenty of hype about incoming 5G networks, and they are definitely worth getting excited about – not only because it will deliver dramatically faster speeds to your smartphone (though that is a nice bonus!), but also because it will unleash the potential of the Internet-of-Things. 5G delivers gigabit speeds at very low latency, making it possible to connect millions of devices simultaneously and constantly, without interruption. Exciting new technologies, such as augmented reality experiences and autonomous vehicles, [will] become possible by laying the 5G groundwork. In the bigger picture, by hooking up IoT sensors to everything from traffic lights, to factory robots, to vending machines, we can gather incredibly granular data on nearly every interaction that occurs, and all of this data can be processed and analyzed by AI algorithms to identify ways to make services vastly more efficient and cost-effective.

However, where the 5G hype gets a little outlandish is in how quickly we’ll see the improved capabilities of 5G come to market. It will take some time to scale these networks and develop the IoT applications that will run on them, and that’s something consumers need to keep in mind.

So as articulated in the above comments, the 5G debate continues with a split verdict. Now, what do you think of 5G, is it worth all the hype?

Entrepreneur mag honors Camarillo firm

Read Full Article Online Here

Entrepreneur mag honors GeoLinks - skyler ditchfieldGeoLinks was honored in December as one of the best small businesses in the United States by Entrepreneur magazine.

The Camarillo-based telecommunications company, which built its business on bringing high-speed internet access to remote areas using radio waves and wires to get to people traditional cables alone can’t reach, was named to the Entrepreneur 360 list of small businesses “that are mastering the art and science of growing a business,” the magazine said.

Honorees were judged on five metrics: impact, innovation, growth, leadership and business valuation. To view the full list, visit entrepreneur.com/360.

Skyler Ditchfield, cofounder and CEO of GeoLinks, said in a statement he was thrilled by the selection and hopes his company can continue to grow and expand its philanthropic efforts, which include providing internet access to Red Cross shelters in disaster areas and helping implement wildfire detection and prevention systems across the state.

“I am humbled and honored that Entrepreneur recognizes GeoLinks as a well-rounded, innovative company that truly is making an impact,” he said.

GeoLinks was the only Ventura County business to make the list. To learn more about the company, visit geolinks.com.

—Cameron Kiszla

Does Weather Affect Fixed Wireless?

Does Weather Affect Fixed Wireless? GeoLinks

Can Weather Affect a Fixed Wireless Internet Connection?

The majority of businesses today have become intrinsically reliant on the Internet. From serving as an accessible means to communicate globally, to hosting e-commerce stores, to conducting online credit transactions and transfers, it has become paramount for businesses to have a reliable, high-speed Internet connection. From DSL, to Copper, to Fiber, to Fixed Wireless, there are a variety of broadband technologies to consider when shopping in today’s business marketplace.

When exploring fixed wireless connections, there may be a variety of questions that come to mind. For example, Is fixed wireless reliable? Is fixed wireless affected by weather? Does fixed wireless perform just as well as a wired connection? To answer these questions, let’s first take a step back and ask the foundational question, what is fixed wireless?

what is fixed wireless - geolinks.com

What is Fixed Wireless?

Fixed wireless provides high-speed broadband Internet access to a single location via radio waves. By utilizing antennas, towers, and an express line of sight (LoS) to transmit point-to-point and point-to-multi-point signals, fixed wireless technology can be deployed in a fraction of the time and for a fraction of the cost of terrestrial fiber. Unlike a standard WiFi connection, fixed wireless networks can be directionally focused to produce dedicated speeds of up to 10 Gbps. With the ability to operate over licensed or unlicensed wireless spectrum, when configured correctly the technology can withstand extreme weather conditions such as heavy rain, high winds, and severe temperatures, both hot and cold.

Why has Fixed Wireless Developed a Bad Reputation?

Although trusted and utilized by global militaries and law enforcement for upwards of a century, over the years of perfecting fixed wireless for commercial use, many small carriers deployed inexpensive equipment operating across only one frequency. This caused a multitude of problems, including interference from other links in the surrounding area. The result? A deceiving reputation for being slow, unreliable, and inferior to wired networks.

Another common misconception that has been tagged to the technology is that it is equivalent to satellite Internet. Notoriously known for its high latency, it’s important to note that satellite Internet operates by transmitting signals from a dish to a satellite orbiting more than 20,000 miles above sea level. This is drastically different than a 20 mile point-to-point fixed wireless link.

Today’s Commercial High-Speed Fixed Wireless Technology

As with all types of broadband connections, speeds and service will vary from provider to provider. From technical equipment upgrades, to improved and simplified network management through software, commercial fixed wireless networks have advanced over the years. Top that off with the ability to combine and switch between more diversified spectrum links, both licensed and unlicensed, when deployed properly, modern fixed wireless networks can deliver gigabit connection speeds rivaling fiber connections.

weather and fixed wireless - GeoLinks.com

Fixed Wireless and the Weather

When we think of our Internet connection transmitting data wirelessly, the effects of weather can be a natural concern. Thus, it’s no surprise why fixed wireless providers are often asked, “Does weather affect fixed wireless?”

The answer? Yes, it can – and that is one of the primary reasons the technology gets overlooked. However, with informed engineering and experience, fixed wireless networks can be unaffected by weather. For example, before building out any wireless network, GeoLinks’ in-house engineering team first looks at an area’s terrain, historic weather patterns, rain fade, and thermal ducting. Then, based on the data collected, and considering the distance of the shot and required bandwidth, they choose the best frequency or frequencies and carrier-grade equipment for that specific region and build. Creating multiple failover paths, every GeoLinks network eventually connects to a fiber optic backbone to ensure true network redundancy. The result? A stable high-speed fixed wireless network designed to withstand the elements.

GeoLinks Case Studies – Proof of Concept

Does weather affect fixed wireless? GeoLInks.com

Multi-site Location:

A great case study to prove the potential of a well-constructed fixed wireless network is GeoLinks’ project with a global coffee distributor. In 2016, the distributor was slated to open a series of new locations in Southern California in just 20 days and needed more than 30 circuits to support both their public Wi-Fi and POS systems. The company initially contracted to provide a terrestrial connection was projecting massive delays and restrictions of available bandwidth. In order to meet their quickly approaching deadlines, the company looked to contract an outside local provider to administer a temporary solution–enter GeoLinks.

GeoLinks successfully delivered more than 30 redundant circuits to all of the new store locations in just 14 days, enabling the stores to open as planned.

Although originally hired to serve as a temporary backup solution until their copper network could be installed, with the promise of further delays and all locations running seamlessly on GeoLinks’ ClearFiber™ network, the distributor canceled their copper installations all together and made GeoLinks their primary provider.

Furthermore, Southern California was hit with a massive storm in the Spring of 2017 causing outages across the state. California’s poor irrigation caused underground reservoirs to flood for nearly two weeks straight. As terrestrial cables live underground, many of the client’s pre-existing locations operating on copper experienced ample outages and downtime. All of their ClearFiber™ locations, on the other hand, remained unaffected and avoided any outages or downtime.

Catalina Island - Does weather affect fixed wireless? GeoLInks.com

Santa Catalina Island:

Santa Catalina Island is located more than 20 miles off the coast of California, consequently making it an ongoing problem to secure reliable high speed Internet access. Before 2016, the majority of island residents were forced to live with either using an unreliable satellite or cellular connection or simply having no access whatsoever. At one point in time, the island commissioned an outside network builder to try and deliver a fixed wireless connection that would solve this problem. Unfortunately, however, the design was dramatically impacted by weather and atmospheric ducting causing consistent drops, outages, packet loss, and high latency. All in all, island residents and businesses were still left with an unsustainable network.

In 2016, GeoLinks was brought in by an affiliate partner to design a custom solution that would deliver Catalina its first ever reliable and redundant multi-gigabit network. By understanding the inherent issues of thermal ducting and rain fade, and by examining weather 50 years of weather patterns, the GeoLinks team, lead by CTO, Ryan Hauf and CEO Skyler Ditchfield, were able to conceptualize an innovative network design in under two weeks’ time.

Having ample tower coverage supported by fiberoptic backbones throughout Southern California, GeoLinks’ team of expert engineers were able to construct a fully redundant network in just 60 days. By using multiple paths over various frequencies to deliver long-haul middle mile, the network was built to seamlessly failover when rain or packet loss was detected, preventing the island from ever experiencing a perceived outage.

GeoLinks – The Best Fixed Wireless Internet Provider

So, let’s answer our initial questions. When engineered properly, fixed wireless is a reliable technology that can withstand extreme weather conditions and perform equal, if not better than, a wired connection. With innovative companies like GeoLinks building businesses and anchor institutions multi-gigabit networks that guarantee ultra-low latency, virtually no jitter, 99.999% uptime, fixed wireless may very well be the best Internet solution for your business.

Not sure if you’re within the GeoLinks coverage area? Inquire here.

 

Check out: Disaster Recovery Plan – The Only Way to Ensure Business Continuity

 

GeoLinks Named One of the “Best Entrepreneurial Companies in America” by Entrepreneur Magazine’s Entrepreneur 360™ List

GeoLinks Named One of the “Best Entrepreneurial Companies in America” by Entrepreneur Magazine’s Entrepreneur 360™ List

Press Release distributed on Businesswire.com 

Dec. 19, 2018 – Camarillo, California – GeoLinks has been recognized as one of the “Best Entrepreneurial Companies in America” by Entrepreneur magazine’s Entrepreneur 360™ List, a premier study delivering the most comprehensive analysis of private companies in America. Based on this study forged by Entrepreneur, GeoLinks is recognized as a well-rounded company that has mastered a balance of impact, innovation, growth leadership, and value.

GeoLinks, an award-winning telecommunications company, was founded with a mission to close the U.S. Digital Divide. Nationally recognized for its innovative Internet and Digital Voice solutions, GeoLinks’ flagship product, ClearFiber™, delivers cost effective symmetrical Internet access to anchor institutions and businesses across the state of California and beyond. Created by GeoLinks Co-Founders Skyler Ditchfield and Ryan Hauf, ClearFiber™ is a hybrid fixed wireless network that utilizes renewable energy to generate telecom-grade broadband. By building state-of-the-art solar and wind powered telecommunications facilities, GeoLinks is able to build off the grid in a fraction of the time and at a fraction of the cost of fiber. With typical permitting and infrastructure boundaries eliminated, ClearFiber™ is an innovative, green, and economical way to connect both urban markets and rural communities alike.

“Our annual evaluation of vetted data offers a 360-degree analysis of top privately-held companies across a multitude of industries,” explains Jason Feifer, editor in chief of Entrepreneur Magazine. “They are deemed successful not only by revenue numbers, but by how well-rounded they are. The companies that make the list have pushed boundaries with their innovative ideas, fostered strong company cultures, impacted their communities for the better, and increased their brand awareness.”

“I speak on behalf of the entire GeoLinks’ team when I say we are thrilled to be recognized on such an esteemed list,” said GeoLinks’ Co-Founder and CEO Skyler Ditchfield. “From helping to close the U.S. digital divide, to deploying wildfire detection, prevention, and situational awareness systems, to offering pro-bono circuits to Red Cross shelters during times of disaster, to creating an exceptional company culture ,  everything GeoLinks sets out to do is ultimately aimed at making both our community and the world a better place. Yes, we are a business, so we must earn capital, but the way I see it, the more we grow, the more resources we have to help and give back. I am humbled and honored that Entrepreneur recognizes GeoLinks as a well-rounded, innovative company that truly is making an impact.”

Honorees were identified based on the results from a comprehensive study of independently owned companies, using a proprietary algorithm and other advanced analytics. The algorithm was built on a balanced scorecard designed to measure five metrics reflecting major pillars of entrepreneurship—innovation, growth, leadership, impact, and business valuation.

To learn more about GeoLinks, visit GeoLinks.com

For additional details on the E360 List and the companies recognized, visit: entrepreneur.com/360

Visit GeoLinks’ Entrepreneur.com profile at: www.entrepreneur.com/company/geolinks

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About GeoLinks

Headquartered in Southern California, GeoLinks is a leading telecommunications company and competitive local exchange carrier (CLEC) public utility, nationally recognized for its innovative Internet and Digital Voice solutions. Ranked first in category on Inc. Magazine’s Inc. 5000 Fastest Growing Companies in America in both 2017 and 2018, GeoLinks delivers Enterprise-Grade Internet, Digital Voice, SD-WANCloud On-ramping, Layer 2 Transport, and both Public and Private Turnkey Network Construction expertly tailored for businesses and Anchor Institutions nationwide.

Recognized as a thought-leader in closing the digital divide, GeoLinks proudly sits on an array of national boards, coalitions, and working groups including the Schools, Healthcare & Libraries Broadband (SHLB) Coalition’s Board of Directors, the Wireless Internet Service Providers Association (WISPA), the Broadband Consortium of the Pacific Coast (BCPC), and the FCC’s Broadband Deployment Advisory Committee’s (BDAC) Streamlining Federal Siting Working Group, and Disaster Response and Recovery Working Group.

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