Jump to content

How to Spot Sprint Alpha Wireless Concealed Antenna Nodes (CAN)


lilotimz

Recommended Posts

Alpha Wireless Concealed Antenna Node

The following consists of Alpha Wireless Concealed Antenna Node (CAN) small cell sites. 

This is a type of stealth setup for small cells where the small cell enodeB and relay antenna is located within the stealth enclosure which also acts as the antenna. This type of site is under beta trials with positive results and is likely to expand in deployment scope nationally to fulfill municipality requests for "good looking" small cells that they would approve. 

Sf4acVt.jpg

The finished build.

WcI7946.jpg

Note the utilities attached to the pole and routed directly into the concealed antenna node where the small cell eNB and Relay backhaul antenna are located. In traditional small cell deployments, like such they are mounted on the exterior with visible wires

The following is an additional example of an Alpha Wireless CAN setup. Notice the CAN's position relative to the utility pole which is at an angle. 

3MihtA6.jpg?1


Here is another one that is a standalone metal pole install. 

U0ogMEH.jpg?1


Photo Credits to dkyeager and the rest of the Ohio sponsor group that helped locate these small cells. 

  • Like 12
Link to comment
Share on other sites

No. It's an alpha wireless specific setup not yet out of field testing.

 

Not the same as other stealth setups.

 

Sent from my Pixel using Tapatalk

Link to comment
Share on other sites

So the entire setup is confined to the weird white thing on top plus the power meter? Stealthy.

Small cell, relay, and the antenna is all in that enclosure.

 

Sent from my Pixel using Tapatalk

  • Like 7
Link to comment
Share on other sites

  • 3 weeks later...

Any thoughts on which vendor is supplying this variant and is this a Sprint site and which city/state location?

 

The post you quoted isn't of the type that this thread is about... but that is a Sprint B25 small cell. The location is linked. 

Link to comment
Share on other sites

  • 1 month later...
2 hours ago, ejlwireless said:

@Dkoellerwx

Is there a different thread about other concealed solutions on this site? Is the rectangular box the B25 small cell halfway down the pole and not inside the antenna radome for the non-Alpha site???

Thank you.

 

I don't think there is. The antenna is on top, the B25 small cell is the box on the side as far as I could tell.

Link to comment
Share on other sites

  • 3 weeks later...

They will work with a community (electric company) by agreement or by local regulations, to install the units on existing poles.  If negotiation/diplomacy fails, then they will see where they can get right-of-way to install their own poles. 

 

Some communities and utilities are hostile to them being installed, aesthetic reasons being one.  Quite often, electric companies run a lightning wire on the top of their telephone poles and therefore cannot support the CANs.

Link to comment
Share on other sites

Join the conversation

You can post now and register later. If you have an account, sign in now to post with your account.

Guest
Reply to this topic...

×   Pasted as rich text.   Paste as plain text instead

  Only 75 emoji are allowed.

×   Your link has been automatically embedded.   Display as a link instead

×   Your previous content has been restored.   Clear editor

×   You cannot paste images directly. Upload or insert images from URL.

  • large.unreadcontent.png.6ef00db54e758d06

  • gallery_1_23_9202.png

  • Similar Content

  • Posts

    • As far as I know it's ubiquitous. Ultimately the network decides if you should use VoNR vs VoLTE but pretty much anytime my phone is in standalone mode and I place a call, it goes over NR.   Yup, it was terrible. After a while, I just connected to the WiFi, and that worked fine at about 90Mbps. I get the feeling that rather than doing a "real" upgrade where they install new antennas, upgrade backhaul, etc., T-Mobile instead installed new radios onto the existing and already overloaded DAS and called it a day, which isn't enough. Compared to Yankee Stadium, where they actually went and deployed new antennas/radios for their n41 upgrade, and you're able to get upwards of 200Mbps at sold-out games, Arthur Ashe really is a joke. What's worse is that the folks in their NOC likely know this already, but no effort is being made to change that. I'm not asking for T-Mobile to deploy mmWave everywhere like Verizon but there is a real use case for it at stadiums.
    • Does anyone know how well implemented is VoNR in the 5 boroughs. Does anyone use it? I have an iPhone 15 Pro. Does anyone know if T-Mobile is still working on upgrading their network? It seems like the service has gone down. My phone struggles in parts of the Belt Pkwy, and data is slow. 
    • I come to the US Open men’s semifinals and finals every year, and I’ve never been able to use my T-Mobile phone successfully. Usually AT&T is the top performer—good to hear Verizon has upped their game. 
    • One sector down, two more to go — — — — —  I was at Arthur Ashe Stadium for the U.S. Open today and the good news is that there is an n25/41 DAS setup throughout USTA Billie Jean King National Tennis Center. From the "boardwalk" to the outdoor concession area, to inside the stadium; you connect to standalone n41 and n25 everywhere via oDAS and iDAS. The bad news is that in the actual stadium it's beyond useless. While I saw strong coverage as indicated by signal bars and I was able to make calls and send texts, there was no data throughput at all. Running a speed test failed 9 out of 10 times. The only time I got a speed test to work was by switching to LTE funnily enough or by using NSA 5G where the test would initiate via LTE and then n41 would kick in giving me ~20Mbps. T-Mobile has so much traffic on their 5G network that now n41 gets bogged down before LTE. That was a first for me! In the stadium in the same area Verizon got 1.2Gbps on mmWave and LTE kept timing out when trying to test it. My Boost line on AT&T got upwards of 150Mbps on C-band and I know they have mmWave deployed as I saw their Nokia mmWave antennas deployed but I was unable to test it. In the outdoor concession area T-Mobile performed well getting over 150Mbps on n41. AT&T in these areas saw over 250Mbps on C-band and I didn't get the opportunity to test Verizon there. It just seems like 140MHz n41 is not enough capacity for the amount of people inside the stadium. Hopefully T-Mobile is considering deploying n258 to all of these stadiums since they now own that mmWave nationwide. It'd make a world of difference in terms of capacity at these venues. Bonus Pics: Verizon and AT&T mmWave Hidden carrier neutral DAS: 
  • Recently Browsing

    • No registered users viewing this page.
×
×
  • Create New...