First AT&T 3G MicroCell Review (tested at two homes in San Francisco)

AT&T 3G Microcell

AT&T 3G Microcell

Yesterday I read on Mobile Crunch that the AT&T 3G MicroCell went on sale. I ran out and bought the last available one from the AT&T Store nearest me. I’ve tested it in two San Francisco homes and can report on how it works for me.

The theory is great. I pay AT&T an extra $150 to fix service that I’m already paying more than $100 a month for. They give me a cute little orange and white box by CISCO that connects to my broadband internet and makes a micro cell site out of my house. Voila, a little bubble of reliable service in the wasteland that is trying to make iPhone voice calls in San Francisco.

Or so I hoped.

I desperately need this. You see, I still want to be able to make and receive voice calls on my iPhone. AT&T has done everything possible ton convince me that it isn’t actually necessary. I live in San Francisco, near 16th and Harrison. Repeated long conversations with AT&T support about my inability to use my phone as a phone on their network have resulted in a little more understanding, but no better service. While I have great signal from multiple nearby towers, they are so congested that while standing in one place my phone switches constantly between Edge and 3G, and goes everywhere between one bar and five. My phone frequently doesn’t ring at all when someone calls, and often drops if I do manage to get connected. Using data works less well than voice, but it’s not as disruptive when it drops out for a minute. Still, I love my iPhone, haven’t been able to make the switch to Android on T-Mobile stick, so I stay connected to WiFi whenever I can and try to text instead of using voice. Thus, when I heard the Micro Cell was on sale, I made some calls and braved a rainstorm to grab one immediately.

Buying the MicroCell was easy, and they helped me log in to my AT&T account from a store computer. Besides entering the device serial number and address where it will be installed (necessary for 911 service), you have to program the AT&T numbers that will be allowed use the cell site (up to 10, but only 4 simultaneous). Instead I wish there were an option to let anyone near my house could use AT&T to make and receive calls.

I took the box home and plugged it in, where it took nearly an hour online before it was ready to use. The manual tells you to expect this delay while it gets a good GPS fix (again, for 911) and configures something for their network.

Once the light stopped flashing, I was disappointed that my phone phone’s display hadn’t changed from “AT&T” to “AT&T M-Cell.”

I looked through the manual. I turned the phone on and off. I thought about it for a while. I went to settings on my iPhone and re-enabled “3G.” AT&T support tells you to turn it off if you have problems with dropped calls. Apparently, switching from 3g to Edge and back is one of the things the iPhone does poorly, and it’s a place where you’re likely to drop a call. One less thing to switch means one less thing to go wrong.

Having made that switch, my phone’s display changed. Yay! I was now connected to “AT&T M-Cell.”

I immediately made a call that dropped. I had switched back to “AT&T” while walking around my house.

Disappointed, I re-read the directions and moved the Micro Cell further from my router/wifi, hopeful that this would keep me better connected to the working cell. It worked a little better, but I could still drop my micro cell for the outside towers when inside my home and well within 50 feet of the Micro Cell.

I now understood that your phone tries to always pick the strongest network signal. As soon as you are far enough from the MicroCell that an outside tower presents a stronger signal, you switch. Worse, while you’re on a call, your phone won’t switch back to the MicroCell.

This may not sound like a big deal, but if so, that means you don’t understand the network problem in San Francisco. Poor signal strength is not usually the issue. From my home in particular, I should have fantastic coverage. Congestion and switching is the issue. So as a bunch of other folks use their iPhones constantly (especially as they move around while doing so), their demand for voice and data bandwidth means the load on the towers is continuously fluctuating. I don’t need a stronger signal, I need a signal that is always ready for my calls.

What I want is to be able to tell my phone to prioritize the M-Cell. Don’t be so ready to change over to the regular network. Be willing to drop a call first. I’d rather know that I’m likely to drop a call if I leave my house than to know that I’m going to keep dropping them while in my house.

Instead, I now have the same old problem at home, except my phone is now switching between more things than ever. I’m forced to be in 3G mode, so I get Edge/3G iPhone switching problems, and I switch back and forth between the MicroCell and the outside network.

So it sounds like the iPhone and MicroCell might work wonderfully at a location with poor reception, but less so at an urban site with great but congested reception.

Since I have a friend in San Francisco with exactly that situation, I decided to test that theory out. She has a topography problem at her house so that there is poor to no signal on any network (not just AT&T). I asked her if she wanted to try the MicroCell at her house, and she was excited for the chance. I’d already added her number to the configuration web page while at the AT&T store, so I grabbed the gear and drove it up to her house. I plugged it in and waited about 30 minutes before I saw “AT&T M-Cell” on my iPhone. But hers refused to connect. I fiddled for a while before I thought to check her 3G setting. Of course, she had it set to Edge-only to try to get more reliable (if slower) service from AT&T’s crappy overloaded San Francisco network.

That fixed it, and she immediately popped up on “AT&T M-Cell.” It worked much better at her house, having a better tendency to stay on, but it was still ridiculously easy to loose a call to “AT&T” network. Just stepping out onto the deck would do it. Despite the fact that it was almost certain you’d drop your call from out on the deck.

Did AT&T actually test these things in it’s worst problem area, San Francisco?

To be fair, I’ve had the box at two locations for less than 24 hours and haven’t yet made a support call. Perhaps the box would work better with more effort put into placement and more geeky understanding and tweeking.
Really, no one should have to do that.

Apparently, the MicroCell signal needs to be stronger, and there should be some way to set your phone to prefer it more strongly over other signals.

So far, It looks like the MicroCell has made using AT&Ts network in San Francisco more complicated and more expensive without making it more reliable.

12 thoughts on “First AT&T 3G MicroCell Review (tested at two homes in San Francisco)

  1. Pingback: RT: First AT&T 3G MicroCell Re… | YouCanChangeItLater.com

  2. Appreciate the review. Have been considering this for my house in SF, but this makes it clear, the problem of dropped calls would not be solved.Sounds like ATT never tested in SF or NY – their critical problem areas.

  3. Pingback: Femtocell market update for week of 10 May 2010 « 3G In The Home

  4. Pingback: What AT&T doesn’t want you to know about the iPhone : Dale Larson

  5. Look forward to update on your MicroCell experience. I've found that placing the MC in the room with the worst macro coverage has significantly reduced the amount of calls that prematurely hand-off the MC. It seems that its list of local macro cells to hand-off to is minimized, so it hangs onto the calls better.

  6. Thanks, Mark. I wish it helped to be right next to the microcell, but I'm already set up in the same room while dropping calls like crazy. I've spent several hours on the phone with AT&T and am waiting for another callback from their Tier 2 support, but still no help. On the bright side, they plan to bring up a new set of towers a few blocks away next month, and that should help the macro network…

  7. AT&T should provide these free if they're going to charge for monthly service. I'm already paying plenty! On my old phone, I used to receive Verizon perfectly, but with having to have the iPhone, it changed everything. Now, with AT&T, I only get bars in one part of my home, causing me to dash to the other side of the house to answer incoming calls, or else they are dropped! Someone will come up with a fair solution that will leave AT&T out, and the roar of the crowd will be defeaning!!!

  8. AT&T is not providing a cellular service. It is absolute robbery and a regulatory body really should investigate, especially in regards to the cancellation fee, which I believe will be increasing, due to the anticipated rush of cancellations when Verizon picks up the iPhone. It’s unbelievable that my cellular service has retreated to what it was like before this century.

  9. This article is coming up on two years old now, but have you tried going to ‘settings’ ‘general’, ‘network’ then turning ‘off’ cellular date? should solve the problem. You will have to switch the setting back when you leave the area, but may work better in your home for now. AT&T still needs to fix the problem!!

  10. ATT says the router is one line and seems to be set up and working. They told me to get in touch with Century Link.

    I just spent over one hour on the phone, with Century link who was working dilligently with me to get to Actiontec (the maker of the router given to me by century link), who told me “the 3g Microcell is not compatible with the Actiontec PK 5000 router. Translation….EPIC FAILURE on both ATT and Actiontec…..

    VERY FRUSTRATED!!!

Leave a Reply

Fill in your details below or click an icon to log in:

WordPress.com Logo

You are commenting using your WordPress.com account. Log Out / Change )

Twitter picture

You are commenting using your Twitter account. Log Out / Change )

Facebook photo

You are commenting using your Facebook account. Log Out / Change )

Google+ photo

You are commenting using your Google+ account. Log Out / Change )

Connecting to %s