Find FCC ID Certification for Homologation in Colombia

If you need to use your mobile phone in Colombia, you may be looking for the FCC ID certification for homologation. Try these methods to find it.

Finding the FCC ID

  1. Dial *#07# to bring up the device information.
    • Calling this number will not charge you anything or use any minutes
  2. Check your device settings. You may be able to find the FCC ID under the Legal & Regulatory information on your device
    • Settings > About > Legal Information > Regulatory
  3. Search your device model in Google using the keyword
    • include your model number

Get the TCB Certification Form from the FCC ID

Once you locate the FCC ID for your device, you will need the TCB authorization file. Obtain the TCB authorization by searching your FCC ID using the FCC Homologation Search Tool.

The TCB certification for homologation can be located by clicking the “Grant” icon for the 800 MHz row. tcb grant icon The “Lower Frequency In MHz” and “Upper Frequency In MHz” must be between 800 and 900 MHz for the grant to be valid in Colombia. Example:

Click on the proper Grant for the 800 MHz bandwidth for your device FCC ID
Click on the proper Grant for the 800 MHz bandwidth for your device FCC ID

Why is FCC ID certification needed? The CRC requires devices to be certified. Uncertified devices may be texted and disable from using the network.

“Tu celular no ha sido homologado ante la CRC y podria ser bloqueado”

To learn more about the requirements of the CRC and FCC ID certification, please see this video.

Asus WL700gE FCC Registration – FCC ID MSQWL700GE

This Asus WL700gE / WL-700gE is a “Multifunctional Broadrange Wireless Router” with a 160 or 250 GB hard drive installed. It comes labeled with FCC ID MSQWL700GE, however, no FCC registration exists for the device. MSQ is the proper business grantee registration for Asus, and the latter part of the FCC ID (WL700GE) matches the model of the device. Additionally, there don’t seem to be any FCC registrations by Asus around the time of the router release (February 2006) that could match the device (ruling out a typo in registration).

WL700GE Label

Although the device has been registered in Korea with the labeled FCC registration number, reasons why the device may be unregistered with the FCC remain unclear. Both Asus and the FCC have been contacted for further information.

Response from the FCC:

FCC response on 10/13/2016
The FCC ID is unauthorized. Please see the following link.

Response from Asus:

Trclab is still looking into the filing of this applicationn…


Asus Product Page

BluVision BLE to WiFi Gateway

BluFi is an amazing BLE to WiFi Gateway that eliminates the dependency for mobile devices end user apps being in proximity to beacons. BluFi allows for the capture in real-time of beacon advertisements which then returns the data back to your or our cloud/server via WiFi.

BluFi features a simple plug-in module to bridge beacons into existing WiFi connections to receive and transmit Bluetooth beacon payload data over WiFi.

BluFi is part of the BEEKSTM Bluetooth beacon platform that interfaces with BluZone, the cloud-based developer hub to control and manage your beacon projects.


Harvard Technology “Vertical Radio Board”

Harvard Technology of Harvard Engineering in Normanton, UK has received FCC approval for a “Vertical Radio Board, Model WMVRB-915USA”.

IC ID 11286A-WMVRB915

This device operates in the 915 MHz bandwidth, a frequency often used for connected home devices and z-wave technology.

The user manual indicates several models are being produced globally including
WMVRB-868 868MHz variant for use in Europe
WMVRB-915USA 915MHz variant for use in America / Canada
WMVRB-915ANZ 915MHz variant for use in Australia / New Zealand

The WMVRB, known informally as the vertical radio board, is a radio module which allows wireless connectivity to be added to street lighting products which require an interface to a WiMAC installation. The module behaves in the same way as the existing product, known as a leafnode, behaves. A single connector provides both a power connection and a data connection. The motherboard which accepts this module needs to communicate using the RSMS2 protocol. The content of this protocol is confidential but parties providing integration to this module can obtain a copy of the protocol from Harvard Technology subject to entering into an appropriate information sharing agreement.

The approved device was labeled with the following
Manufactured November 2015
E350120 GT-M
Label # 16870128
“Do Not Handle Antenna”

Harvard WMVRB915 Board