General information

Developer resources

Technical documentation and information

BlueBeacon beacons: configuration and settings

BlueBeacon Manager App for Android

BlueBeacon Manager App for iOS

BlueBeacon Cloud

BlueBeacon Gateway

Technical documentation and information

Product datasheets

BLE Beacons and Tags - Standard BlueUp version (iBeacon, Eddystone, Quuppa Emulation Mode)
BlueBeacon Mini
BlueBeacon Maxi
BlueBeacon USB
BlueBeacon Forte
BlueBeacon Tag
BlueBeacon Board
BlueBeacon Card
BlueBeacon SafeX
BlueBeacon Brick
BlueBeacon Forte+

BLE Beacons and Tags - Quuppa Approved version
Quuppa Tag
Quuppa Card
Quuppa SafeX

BLE Beacons and Tags - Wirepas Mesh version
Wirepas Tag
Wirepas Card
Wirepas SafeX

BLE Beacons and Tags - Tracer version
SafeX Tracer

User manuals and other support documentation

User manual for BlueBeacon-series beacons
User manual: contains also information on safety and warranty

BlueBeacon Gateway manuals
User manual
HTML documentation for REST APIs

Second-generation firmware (Ver 5.0 or newer)
Advertising packets: format of advertising and scan-response packets
Sensors packet: format of BlueUp "Sensors" packet
Safety packet: format of BlueUp "Safety" packet

Which is the most suitable beacon for my application?

Although all our beacons offer the same basic functionality (broadcast transmission of Bluetooth Low Energy frames according to market standards), each model has specific features that make it more suitable for some applications than others.
With the following tables, we offer a comparative picture of the various models to help you choose the best beacon model for your application.

Comparative table - Features and functionality
Mini Maxi Forte Tag Board/S Board/B Sensor USB
iBeacon AND Eddystone
Eddystone EID/GATT
On-board sensors Accelerometer button [1]Temperature humidity pressure
Antenna IntegratedIntegratedIntegratedIntegratedIntegrated / External [2]IntegratedIntegratedIntegrated
Maximum range (m) [3] 10010011080100 /
variable [4]
Supply BatteryBatteryBatteryBatteryExternal DC voltageBattery / External DC voltageBatteryUSB
Battery life (months)
min - max [5]
6 - 6018 - 12011 - 963 - 24n.a.24 - 220 / n.a.18 - 96n.a.
Energy saving modes Daily scheduleDaily scheduleDaily scheduleDaily schedule, motion stateDaily scheduleDaily scheduleDaily schedule
OTA firmware update
Configuration app BlueBeacon Manager (iOS, Android)BlueBeacon Manager (iOS, Android)BlueBeacon Manager (iOS, Android)BlueBeacon Manager (iOS, Android)BlueBeacon Manager (iOS, Android)BlueBeacon Manager (iOS, Android)BlueBeacon Manager (iOS, Android)BlueBeacon Tool
Integration with
BlueBeacon Cloud
Size (mm) 40 x 40 x 1570 x 50 x 27 [6]50 x 52 x 3560 x 35 x 1137 x 40115 x 65 x 4071 x 71 x 2718 x 13 x 6

[1]: optional
[2]: with UFL connector
[3]: estimated maximum range, in case of free-space and line-of-sight
[4]: depending on external antenna gain
[5]: estimated values based on the nominal capacity of the batteries and operation at room temperature of 20°C
[6]: 90 x 50 x 29 mm, including wall-mounting flanges

Comparative table - Applications
Mini Maxi Forte Tag Board/S Board/B Sensor USB
Proximity [7]
Indoor navigation [7]
Fixed installation
Mobile installation
Auto ID
RTLS [8]
Monitoring [9] [9]

[7]: architecture with fixed beacons and mobile receiver (user smartphone)
[8]: architecture with mobile beacons and fixed receiver
[9]: customizable firmware for esternal sensors management

Comparative table - Markets
Mini Maxi Forte Tag Board/S Board/B Sensor USB
Museums, tourism
Airport, railway stations
Light industry
Heavy industry
Which is the maximum transmission range?

Maximum transmission range (e.g., the maximum distance where beacon signal can be received) depends on several factors. The most important is the transmitted power: the higher is the TX power, the longer is the distance, but there is no linearity between these two quantities, due the propagation laws. Other aspects that impact on transmission range are:
- beacon installation position: the higher is the beacon above ground, the longer is the distance;
- operating environment: propagation scenario, presence of obstacles, onjects (especially matals and liquids), people, between and/or nearby the beacon and the receiver, ha a non-negligible effect on distance;
- receiver performances: gain and sensitivity of the receiver vary among different smartphone models, and sensivity can be also affected by external factors. such as presence of radiating wireless devices nearby
- other factors: including reciprocal orientation between beacon and smartphone, the way the user hold the smartphone in his/her hand;
The following table offers the theorethical maximum distance, for different beacon TX power values, evaluated under the hypothesis of a receiver (smartphone) with -90dBm sensitivity (minimum value of RSSI) Results are obtained in case of beacon and smartphone at 1.5 mt above ground, in LOS free-space condition.

Mini Maxi Forte Sensor Tag USB
+4 dBm 100 m 100 m 110 m 100 m 80 m -
0 dBm 60 m 60 m 65 m 60 m 50 m 30 m
-8 dBm 25 m 25 m 30 m 25 m 20 m 12 m
-20 dBm 6 m 6 m 7 m 6 m 5 m 3 m
How long will the battery last?

Battery operating lifetime in BlueBeacon beacons (second-generation firmware) depends on: average advertising period (main factor), average transmitted RF power, operating temperature value and variations, enabling of special operating modes ("non-connectable" mode, "anonymous" mode, operating daily schedule, ...).
Battery life can be increased by:
- increasing frame advertising interval, and/or
- decreasing frame transmission power, and/or
- setting the beacon in "non-connectable" mode, and/or
- setting the beacon in "anonymous" mode, and/or
- setting a daily operating schedule, and/or
- enabling "Accelerometer-mode" (for BlueBeacon Tag, only).
The following tables provide a reference of expected operating life (expressed in months, with respect to average TX power and average advertising interval), for each of our battery-powered beacons, BlueBeacon Mini, Maxi, Forte, Sensor and Tag. The following values are estimated on the basis of the current absorption measured in our labs and of the nominal battery capacity and self-discharge as as provided by the battery producer. The operating temperature is assumed to be around 20/25°C. In case of significantly different temperature conditions (and in particular, at lower temperatures) operating lifetime may be affected. Continuous (24/7) operation is assumed. Also, enabling Eddystone-EID and eTLM decreases battery life of about 15/20%.

BlueBeacon Mini (Battery: CR2477, nominal capacity: 1000 mAh) - Expected lifetime in months
0.1 sec 0.3 sec 0.5 sec 0.7 sec 1.0 sec 5.0 sec
0 dBm 6 17 24 30 36 58
-8 dBm 7 18 25 31 37 59
-20 dBm 8 19 27 33 39 60

BlueBeacon Maxi (Battery: 2x AA alkaline, nominal capacity: 2600 mAh) - Expected lifetime in months
0.1 sec 0.3 sec 0.5 sec 0.7 sec 1.0 sec 5.0 sec
0 dBm 18 45 63 75 89 130
-8 dBm 20 48 66 79 92 131
-20 dBm 22 52 70 83 95 132

BlueBeacon Forte (Battery: CR123A, nominal capacity: 1500 mAh) - Expected lifetime in months
0.1 sec 0.3 sec 0.5 sec 0.7 sec 1.0 sec 5.0 sec
0 dBm 11 28 41 50 62 102
-8 dBm 12 30 43 53 65 104
-20 dBm 13 32 46 57 68 106

BlueBeacon Sensor (Battery: 2x AA alkaline, nominal capacity: 2600 mAh) - Expected lifetime in months
0.1 sec 0.3 sec 0.5 sec 0.7 sec 1.0 sec 5.0 sec
0 dBm 18 40 54 63 72 97
-8 dBm 19 43 56 65 74 98
-20 dBm 21 45 59 68 76 99

BlueBeacon Tag Gen2 (Battery: 2x CR2032, nominal capacity: 440 mAh) - Expected lifetime in months
0.1 sec 0.3 sec 0.5 sec 0.7 sec 1.0 sec 5.0 sec
0 dBm 3.5 10 15 18 22 37
-8 dBm 4.5 11 16 19 24 39
-20 dBm 5 12 17 21 25 40

BlueBeacon Card (Battery: CP224147, nominal capacity: 800 mAh) - Expected lifetime in months
0.1 sec 0.3 sec 0.5 sec 0.7 sec 1.0 sec 5.0 sec
0 dBm 6 18 27 33 40 67
-8 dBm 8 20 29 34 44 70
-20 dBm 9 22 31 37 46 72
How you can maximize the battery life?

To maximize the operating life of the batteries, we recommend the following strategies (referring to beacons with second-generation firmware), consistent with the type of application:
1. increase the values advertising interval of the slots. Battery life is approximately proportional with the advertising interval. A longer advertising interval introduces, however, a possible latency in the detection of the beacons and a lower stability of the received signal level (leading to a larger error in distance estimation);
2. reduce the transmission power. This parameter has lesser impact on the operating life of the batteries, but has a certain relevance for coin batteries. The reduction in power naturally causes a reduction of the maximum communication distance;
3. set an operating daily schedule: by enabling advertising from 8am to 8pm, for instance, roughly doubles battery life;
4. set "position-detection" mode (only for BlueBeacon Tag): in this case, the beacon enters low-power mode when lying on a plane;
5. set the beacon in "non-connectable mode".

Is battery replaceable?

Yes. All battery-powered BlueBeacon devices allow to easily replace the battery.