MicroCell settings
- Open a web browser on your computer, and navigate to then click Manage Settings.
- Click on your account type.
- Enter your account information, then click Log in.
- Click the desired wireless number that is linked to your MicroCell, then click Continue.
Can you still use AT MicroCell?
AT has discontinued sales of new AT MicroCells. You can use Wi-Fi Calling to talk and text over an active Wi-Fi connection where it’s hard for a strong cellular signal to reach. Learn more about Wi-Fi Calling.
What happened to AT MicroCell?
AT stopped selling the MicroCell at the end of 2017 because they had reached their EOL. The service itself will be discontinued no later than Feb. 2022 once AT shuts down their 3G network. AT is not offering a replacement for them other than WiFi-C.
How do I manage my AT MicroCell?
From a tablet or computer
- Go to AT MicroCell Online Management.
- Select your account type.
- Enter your ID and password.
- Select the number linked to your MicroCell and choose Continue.
- Choose if you want to add or remove a number.
- Follow the prompts to save and review your changes.
How do I connect my Iphone to Mcell?
Turn your cell phone off and then turn it back on. Make sure your 3G, 4G or 4G LTE cell phone is on the approved user list for your MicroCell. Go to and manage your settings. YES: Your MicroCell is active and your device is connected successfully.
How do I connect to my AT MicroCell?
Connect your MicroCell to a power outlet with the AC power adapter. The Power light on the front of the device will come on immediately. Within a few minutes, other lights will flash as a GPS signal is located and software is updated. Visit and follow the instructions on the screen.
Are microcells obsolete?
As of December 31st, 2017, the AT MicroCell has been discontinued. If you own a MicroCell and rely on it for placing calls at your home or at your office, now may be the time to start thinking about replacing it.
How do I update my AT cell phone towers?
Tap the “Settings” icon on your Android phone and then tap “About device.” Tap the “Software Update”option and then wait for your AT Android phone to search for an update. Tap “Install Now” to install the update on your Android device. Wait for the update to download and install on your device.
How do I connect my phone to AT MicroCell?
How do I connect to my Mcell?
Why is my Mcell not working?
Turn your cell phone off and then turn it back on. If restarting your 3G, 4G or 4G LTE cell phone does not resolve the issue, then restart your MicroCell. Unplug the power adapter from the wall outlet, wait 10 seconds, then plug it back in. It may take an additional 30 minutes for the Network light to turn solid green.
How do I activate my Mcell?
Activate & register
- Write down your 3G MicroCell’s serial number as you will need it for online activation and for future reference.
- To activate your AT MicroCell launch your web browser and visit:
- Locate and click Activate.
- Tap the desired account type.
- Click Next.
What is a picocell and how does it work?
The more established strategy is for the mobile operator to work in cooperation with the enterprise, to add what are called picocells into the building. A picocell is a small base station meant to be installed within buildings to allow cellular coverage to be provided by radios located within the building.
What is the difference between a picocell and unsourced material?
Unsourced material may be challenged and removed. A picocell is a small cellular base station typically covering a small area, such as in-building (offices, shopping malls, train stations, stock exchanges, etc.), or more recently in-aircraft.
What do I need to deploy a picocell or femtocell?
That means that a high speed Internet connection is a requirement for any kind of picocell or femtocell deployment. The minimum required bandwidth depends on the type and number of small cells deployed.
What is the path-loss model for a picocell?
The path-loss model for a picocell is given as: Indoor-radio measurements at 900 MHz and 1.7 GHz values of Lf per floor are 10 dB and 16 dB, respectively. Table 3.4 lists the values of L ¯ p ( d0 ), Lf ( n ), γ, and Xσ. Partition dependent losses for signal attenuation at 2.4 GHz are given in Table 3.5.
