Here are a few examples that . . . → Read More: New Photos in Cell Tower Gallery]]> Last month I traveled to Santa Fe and Albuquerque, New Mexico to participate on a wireless law panel and to visit with friends.  While there I had a chance to take a series of new site photos in Santa Fe, and to add to the Twisted Tower photo collection.

Here are a few examples that are available for full size viewing in the CellularPCS.com/gallery/

Santa Fe High School Light Standard Site

Two for Fore :: Santa Fe Country Club

The Twisted Tower of Albuquerque

With over 1,400 cell site and cell tower photos, our photo gallery is perhaps the finest online collection available anywhere.  To visit the gallery, just CLICK HERE.

Jonathan

Published in today’s AGL DAS Bulletin: “Predictions 2012: DAS All Folks!” by yours truly.

If you’re in cable TV industry, the wireless industry, or the DAS industry, you may be surprised by my predictions about the intersection of cable TV and wireless services, and the potential impact on DAS. You may even agree!

http://www.agl-mag.com/newsletter/DB122811_Kramer.htm

The antenna panels . . . → Read More: Simple Stylish Scottsdale Site]]> Camouflaging a wireless site is not simply about hiding the antennas.  Sometimes its about designing and locating the panel antenna enclosure to fit the existing architectural surroundings.  Here’s an example at the Scottsdale Fashion Square Mall in, of all places, Scottsdale, Arizona (I was in Scottsdale a few days ago on business).

The antenna panels are only easy to spot if you’re a wireless siting expert (like yours truly).   What? You don’t see them?  Okay…I’ll give you a close up of one of the boxes.

The pop-up box enclosures on either site of the bridge are nicely integrated into the face of the structure.

My only disappointment in the design of this particular site is that the GPS antenna is plainly visible above the panel antenna enclosure.  It should have been placed back on the roof so as not to be visible to the public.

As a general note, the City of Scottsdale has a reputation for planning some very creative wireless sites.  Sometimes the sites are camo, like above; sometimes the sites incorporate public art; sometimes they use mono-cactus.

Good work, Scottsdale!

With $15M of new strand-mounted WiFi access point equipment supplied by BelAir Networks, this new network is apparently intended to provided wide area WiFi coverage in TWC’s service areas.

Presently, TWC’s SoCal deployment is spotty . . . → Read More: TWC Deploys WiFi in SoCal]]> Coming to (or already arrived at) a utility pole really near you in Southern California…  Time Warner’s new WiFi system!

With $15M of new strand-mounted WiFi access point equipment supplied by BelAir Networks, this new network is apparently intended to provided wide area WiFi coverage in TWC’s service areas.

Presently, TWC’s SoCal deployment is spotty at best, but this is just the beginning:

So, you’d like to see what the BelAir wireless access points look like installed in SoCal?  Here are two photos taken in Santa Monica by yours truly:

TWC WiFi Access Point on Montana Avenue in Santa Monica

TWC WiFi Access Point on Wilshire Boulevard in Santa Monica

Belair Networks web site points to an interesting piece on the new network posted at FierceWireless: it’s worth reading.

Of course, a few tiny technicalities pop into my head with this deployment.

First, since this is not a cable service, and this is not a personal wireless service, under what regulatory authority does a statewide cable TV franchisee (like, for example, Time Warner) install these wireless access points in the public right-of-way?

Another interesting issue is that I’ve been saying for years that cable operators have to do away with subscriber drop cables.  Is this the door-opener for a last mile (really, last 100 feet) drop cable replacement?  Given that the node locations only cover a couple of blocks around the access point (I’ve checked by measuring signal strength on the SSID “TWCWifi”), the coverage v. capacity trade off looks favorable.

Wireless drops mean no more…well, fewer at least…truck rolls.  This is because in a wireless drop environment most new service installs and disconnects will required the subscriber to pick up and return the box to the cable office.  And without aging cables inside walls going bad, cable service quality should/may should be enhanced.

But wireless drops also require a switched channel selection process for most channels, especially for the lesser viewed channels, coupled with multicasting for the most commonly viewed non-premium channels.

It’ll be interesting to see the reactions of those who are concerned about or opposed to ANY wireless site RF proliferation given the signal strength involved versus the fact that these radios will be in installed residential area front yards, back yards, and side yards just feet from occupied structures.

The cable world is certainly changing…it’s becoming wireless, too.

Faced with Data Surge, Carriers to ‘Feed the Beast’ with Base Station Innovation

Noting the importance of scale, spectrum and innovation, representatives of Sprint Nextel and Clearwire discussed how the growth of . . . → Read More: When (Wireless) Worlds Collide…Will Site Landlords Get $quashed?]]> Today’s (4/15/11) AGL Bulletin carries a buried-lead story about Sprint’s deployment of new, flexible base stations that are multi-modal, multi-band, and potentially multi-user.

Faced with Data Surge, Carriers to ‘Feed the Beast’ with Base Station Innovation

Noting the importance of scale, spectrum and innovation, representatives of Sprint Nextel and Clearwire discussed how the growth of wireless data traffic must result in the complete modernization of cell site equipment on a panel on March 22 in Orlando, Fla. They spoke at the Raymond James Breakfast, which was moderated by Ric Prentiss, managing director at Raymond James & Associates.

“We must keep feeding the beast, or we are just going to turn our customers away. We must innovate around the cost. Technology allows it,” said Iyad Tarazi, vice president, network development and engineering, Sprint Nextel. The carrier expects 10x growth every three years for the foreseeable future.

The challenge for Sprint Nextel is to keep up with the pace in a cost-effective manner. To do so the carrier has unveiled Network Vision, which is a blueprint for enhancing data speeds by consolidating multiple network technologies into one, seamless network.

Today, Sprint uses separate equipment to deploy services at 800 MHz, 1.9 GHz and, through Clearwire, 2.5 GHz. The Network Vision concept features the use of software to bring together multiple spectrum bands on a single, multimode base station.

“The technologies that we are deploying in the Network Vision project allow us to modernize our cell sites in a way that gives us a lot of flexibility with the types of technologies we put on it,” Tarazi said. “In the future, with the Network Vision project, we will build spectrum at 40 megahertz to 60 megahertz at a time, and we will build it once.”

The Network Vision project will play a role in increased network sharing, according to John Saw, chief technology officer, Clearwire, which has been sharing networks for some time with Sprint Nextel on a limited basis at sites. Saw envisions much more sharing in the future because of the benefits in cost, time, speed and flexibility.

“One of the things we are excited about, looking at network sharing, is that you actually get to leverage all of these capabilities for customers,” Saw said. “That buys us time. That buys us some cost savings with the leases and some of the common services that we share with Sprint. The Network Vision project brings network sharing to a whole new plateau.”

Network sharing, according to Saw, means virtually all of the physical components of the base station can be used by multiple carriers, including the radio, the backhaul, the access equipment, the utilities and other services.

“The key difference with network sharing is being able to share the radio at the network level. In the past, it was mostly cell site sharing. If we are able to share the same floor space, the same common equipment, the same switching, the same backhaul, potentially even the same radio where you can run multiple technologies, that’s what we’re talking about,” Saw said.

In interview with AGL Bulletin, Ted Abrams, president, Abrams Wireless, reacted to statements made at the session, applauding the move toward network sharing saying network operators will be able to increase overall efficiency of bandwidth and infrastructure through the new technology.

“Multi-modal equipment connected to big backhaul pipes can transport payload from end users through the cloud across retail platforms branded differently,” Abrams said. “Most of the attributes of a wireless network are fungible, readily adapted to exchange on par. Antenna physics and other band-specific requirements continue to require consideration. As infrastructure providers are able to increase the density of sites supporting these new technologies, the rate of broadband deployment can be accelerated.”

As an attorney representing wireless site owners (landlords), the question that instantly comes to my mind is this: As Sprint deploys it’s wireless upgrade, how will ‘electronic collocations’ be accounted for in legacy wireless leases?

Huh?

Go back now and carefully reread the following excerpt from the AGL Bulletin report, above:

The Network Vision project will play a role in increased network sharing, according to John Saw, chief technology officer, Clearwire, which has been sharing networks for some time with Sprint Nextel on a limited basis at sites. Saw envisions much more sharing in the future because of the benefits in cost, time, speed and flexibility.

“One of the things we are excited about, looking at network sharing, is that you actually get to leverage all of these capabilities for customers,” Saw said. “That buys us time. That buys us some cost savings with the leases and some of the common services that we share with Sprint. The Network Vision project brings network sharing to a whole new plateau.”

Network sharing, according to Saw, means virtually all of the physical components of the base station can be used by multiple carriers, including the radio, the backhaul, the access equipment, the utilities and other services.

“The key difference with network sharing is being able to share the radio at the network level. In the past, it was mostly cell site sharing. If we are able to share the same floor space, the same common equipment, the same switching, the same backhaul, potentially even the same radio where you can run multiple technologies, that’s what we’re talking about,” Saw said.

Okay, back to reality for landlords.

Historically, savvy landlords have received incremental income from collocations and their tenants sublease to other wireless providers.

In Sprint’s future world of electronic collocation, site landlords won’t know when Sprint has subleased a portion of the use of the site to another company. Legacy leases don’t usually specify that collocation must be ‘physical’ in nature, so those same savvy landlords (and I assure you, their attorneys, including yours truly) are likely to reasonably take the position that that if Sprint has subleased the electronic use of a wireless site to another, then that revenue should be shared with the site landlord pursuant to the existing lease agreement.

Landlords and their attorneys should be on the lookout for proposed lease amendments for legacy sites and sublease terms in new leases that might try to draft around this $$multimillion dollar issue$$.

Well, maybe not.

Digging a bit deeper into the apparent technology underpinning the system produces . . . → Read More: lightRadio? Really?!]]> Bell Labs has unveiled its lightRadio cell site in a cube system.  It’s received a lot of press from around the world over the past few weeks about it being ‘THE NEXT BIG THINK TO KILL OFF TRADITIONAL CELL SITES.’

Well,  maybe not.

Digging a bit deeper into the apparent technology underpinning the system produces some interesting things to ponder.   To set the stage for what I think this lightRadio thing is all about, and how it fits into the grand scheme, first watch the video below of Tod Sizer, the head of the wireless group at Bell Labs, as he talks about developing the lightRadio antenna module. Then look at the chart below the video. When you’ve done that, then I’ll ‘resume’ this conversation.

As they say on TV, “Okay, we’re back…”

So what’s Mr. Sizer’s video tell us, and what does the chart mean?

Let’s start with Mr. Sizer’s video…  He talks about how the cubes can be stacked to provide directional signal control, similar to a macrocell site.  What’s not too clear is that each cube requires a backhaul connection using Internet Protocol (IP) back to…somewhere.  See the chart just above.

The deployment scheme is not too clear, but it sure looks like it has elements of DAS within it, or at least it seems closer to a DAS than it is to a self-contained macrocell or even a microcell.

Attention NextG, competition cleanup on aisle 5…

Given NextG’s history of suing where they believe someone is infringing on any shred of their DAS patents for network technology and deployment, I’ll just wait to see if they also think along the same lines I do regarding the possibility that the cube is really a micro DAS implementation.

This should be interesting, but it doesn’t appear to be the game-changer that the manufacturer would have us believe.

With apologies to Mr. Clemens, ‘Reports of macrocells’ deaths are greatly exaggerated.’

jlk

Who would perpetrate such a dastardly deed? Who’s construction crew allegedly lied to the homeowner about what was being . . . → Read More: ‘Mr. Gorbachev tear down this NextG pole!’]]> On January 10, Lori and Michael DiMarco of the Long Island Town of Brookhaven, New York found that they had a new neighbor in front of their home; a 40 foot tall black wireless antenna pole.

Who would perpetrate such a dastardly deed?  Who’s construction crew allegedly lied to the homeowner about what was being installed, and who authorized it?

According to published reports, NextG Networks (a distributed antenna system provider based here in California) admitted it erected the pole without a town permit on Jan. 10.

WBST TV reports that “[i]n a statement, NextG admitted they installed the tower without the proper permits, saying in effect that the town was taking too long to review their application.”

In the same report, WBST noted that “[a]fter the DiMarco’s complained about this cell tower on their front lawn, the town found out that 9 others had also popped up in the area, literally over night.”

What kind of fertilizer is NextG using to make these poles grow so quickly?  Hubris, perhaps?

WCBS Radio has a blog page and audio on this story, as well as a photograph by Mrs. DiMarco of the pole.

The North Shore Sun has its own story and photo regarding this usually ‘in-your-face’ event.

Here’s a link to a WCBS TV page about this event. The video, below, is from the WCBS page. (Sorry, but you’ll just have to watch the commercial before viewing the report.)

What I’d like to know is who is NextG’s customer (or customers) that prompted the installation of the DAS poles.

According to the Associated Press, the plan for a 200′ tall cell tower intended to live in a Ellisville, Mississippi cemetery has died.

Proposed by Cellular South, and agreed to by the Ellisville zoning board, the City Council of Ellisville killed the tower project due to citizen concerns.

No, I don’t know if the . . . → Read More: Cell Tower Dies in Cemetery]]>

According to the Associated Press, the plan for a 200′ tall cell tower intended to live in a Ellisville, Mississippi cemetery has died.

Proposed by Cellular South, and agreed to by the Ellisville zoning board, the City Council of Ellisville killed the tower project due to citizen concerns.

No, I don’t know if the concerned citizens were dead, but Cellular South has agreed to find another location for the tower.

So many jokes…so little time.

Teleconference Highlights:

The wireless industry has built more than 250,000 cell sites in the United States in the past 20 years. But many more cell sites are needed as iPhones, iPads and the like strain existing . . . → Read More: Current Issues in Cell Tower Leases]]> March 3, 2011: 2 hour live teleconference
1 pm ET (12 pm CT, 11 am MT, 10 am PT)

Teleconference Highlights:

The wireless industry has built more than 250,000 cell sites in the United States in the past 20 years. But many more cell sites are needed as iPhones, iPads and the like strain existing network capacity with data, email, computer and video applications, as well as to fill gaps in coverage. New cell sites and significant modifications to existing cell sites will also be needed due to the FCC’s new advanced wireless services and goal of using wireless to increase broadband speeds and coverage.

This audio conference will help level the playing field by providing private and municipal property owners with the expertise of two faculty members highly experienced in cell tower and cell site leases – property owners usually are negotiating such leases for the first time, while the cell companies have teams who work exclusively on such leases.

This audio conference will focus on key business issues in wireless site leases, including lease rates, who gets the revenues from additional antennas or carriers being co-located at a site, potential underpayments by cell companies on existing sites and why rent reduction requests generally should be denied. An emphasis on the industry-specific elements and terms of modern cell site leases, and renewals and modifications of expiring leases, which are important for the property owner, their attorney and the leasing agent involved in these efforts. You will be better able to identify and resolve issues that are unique to wireless siting, including what may be included in a lease that cannot be included in a government-issued permit, site location and value, lease term and terminations, access requirements, interference regulation and mitigation, design and camouflage, and radio frequency emissions issues.

Learning Objectives

• You will be able to maintain and increase the revenues the property owner receives, and discuss the common elements of private wireless site leases on developed and undeveloped land.
• You will be able to utilize practice pointers, including key concepts, for owners of private property and their attorneys, as well as municipalities and municipal attorneys.
• You will be able to understand the basics of wireless technology and the real property, technical and technology issues that drive a wireless carrier’s siting and leasing process.
• You will be able to review insurance and indemnity provisions to protect the property owner.

Faculty Information

John W. Pestle, Esq., Varnum LLP
Jonathan L. Kramer, Esq., FSCTE, BTS, BDS, BPS, Kramer Telecom Law Firm, P.C.

MCLE/Educational Credit Information

• AIA
• AICP (Pending)
• CC
• CLE
• ENG
• PMI

Who Should Attend?

This audio conference is designed for attorneys, planners, directors of development, project managers, government administrators, council and board members, land use officials, public works and utilities directors, municipal government officials, engineers, architects, surveyors and real estate professionals.