FeasyBeacon User Guide
Instructions
Beacon broadcast
The interface displays information broadcast by surrounding beacon devices

Device name: FSC_BP106Q
MAC address: DC:0D:00:00:00:10
RSSI value: -72dB
Eddystone format broadcast
Sensor
Currently, the temperature, humidity, battery, and G-Sensor sensor data can be displayed by device, and the encrypted custom sensor data can be parsed by key.

Setting

Click the device to be configured, take the FSC_BP106Q as an example, and enter the 000000 password
Note
The initial password of all Beacon devices is 000000, if you forget the password you have set, please enter 000000 to enter the configuration interface within 60 seconds after powering on

Configure the following parameters as required:

Note
Broadcast interval time range: 100~10000ms
G-Sensor sensing time range: 100~65535, sensing interval range: 100~10000
Key broadcast time range: 100~65535, key interval range: 100~10000
The TxPower power range is determined by the chip scheme of the beacon and affects the broadcast distance
If the broadcast interval time, G-Sensor sensing time, and key time are 0, the corresponding function is disabled, and all three are not allowed to be 0 at the same time
Broadcast interval time range: 100-10000ms,
The TxPower range is determined by the beacon’s chipset and affects the broadcast distance
Different broadcast format settings

iBeacon configuration

Note
UUID: 32 bits, consisting of 0 to 9, A to F
Major: 0 to 65535
Minor: 0 to 65535
RSSI: -128 to 127
Enable: If this broadcast is disabled, the Beacon interface will not display this broadcast
Note: Click Done and Save
URL configuration

Note
URL broadcast format: legal prefix + any 17 bytes, where “.com” is 1 byte
Legal Prefix:
Example: http://www.feasycom.com
RSSI at 0m range: -128 to 127
Enable: If this broadcast is disabled, the Beacon interface will not display this broadcast
Note: Click Done and Save
UID configuration

Note
Namespace: 20 bits, consisting of 0 to 9, A to F
Instance: 12 bits, consisting of 0 to 9, A to F
Reserved: 4 digits
RSSI at 0m: -128 to 127
Enable: If this broadcast is disabled, the Beacon interface will not display this broadcast
Note: Click Done and Save
Altbican configuration

Note
ID1: 32 bits, consisting of 0 to 9, A to F
ID2: 4 digits, consisting of 0 to 9, A to F
ID3: 4 digits, consisting of 0 to 9, A to F
RSSI at 1m: -128 to 127
Manufacturer ID: between 0 and 65535
Manufacturer Reserved: 2 digits, consisting of 0 to 9, A to F
Note: Click Done and Save
Click on the URL to jump to the official website of Feasycom
OTA

Note
Select firmware: users can use local firmware upgrades;
Import firmware: Users can download the firmware from the network and upgrade, the specific path is provided by Shenzhen Feiyitong Technology Co., Ltd.;
Take BP106Q as an example:
Click to import firmware - download from the network - fill in the corresponding path - click OK - the interface will prompt that the download is successful - return to the upper interface - click to start the upgrade

The upgrade is successful, and after the module is connected, the version is the upgraded firmware version number

Configure such devices in bulk

Note
Users can configure parameters for multiple modules in batches and export the results in tabular form
Reset the device

Note
Click the Reset Device button to restore the default parameters, please choose carefully
Air AT commands for debugging

Note
The user can enter this interface and send AT commands to operate the module
FAQs
Q: Whether FeasyBeacon can upgrade all of Feasycom’s beacon products
A: No, some beacon devices cannot be upgraded via FeasyBeacon
Q: What does RSSI at 0/1 meter mean?
A: RSSI at 1 meter for iBeacon and RSSI at 0 meter for Eddystone are useful for the RSSI-distance calibration, it’s necessary to use these values if you want to use the RSSI to determine the distance to the beacon, because beacons can advertise with different Txpower, image this, two beacons used different Tx power levels to advertise packets at the same location, for the packet receiver (e.g. a smartphone), it’s unable to accurately calculate the distances to both beacons if the RSSI at 0 or 1 meter was not provided.
Appendix
Download PDF Document
Download PDF Document