Tag

Low latency radio protocol

Tag can act as a client. In order to receive data the Host must have an access point, for example a Universal Radio Socket. Tag uses the Antilatency Radio Protocol to transmit data.

Battery

Tag has a built-in rechargeable battery that lasts for 1 hour in tracking mode. The USB Type-C port is used only to charge the battery.

The Tag is fully functional while the battery is charging, including the transmission of tracking data from an Alt.

Battery charging speed is approximately equal to the discharge rate. Therefore, for continuous operation, you can use a pair of devices in Hot Swap mode: while one Tag is charging, the second one is in operation. Swap the devices every 60 minutes.

Compact design

Tag is highly portable (9 × 18 × 66 mm) and weighs as little as 17 grams. You can secure a device with double-sided adhesive tape, but we highly recommend using the mounting holes for a tighter fit.

Technical specifications

Connectivity	2.4 GHz proprietary Antilatency Radio Protocol (client mode)
Battery	250 mAh Li-pol
Battery life	About 1 h in tracking mode
Charging mode	Fully functional while charging
Power requirements	350 mA @ 5 V
Ports	USB Type-C port for charging only
Indication	RGB LED
Operating temperature	+5°C — +50°C
Humidity	≤75% (+25°C)
Dimensions	9 × 18 × 66 mm
Weight	17 g

3D model

You can download Tag 3D model by clicking button Download

LED signals

Indicator state	Device state
	Socket is charging.
	Socket is fully charged.
	Client is trying to find an access point to connect to.
	Client is trying to find a specific access point (`MasterSN` property is not empty).
	Client is connected to an access point. The color should be identical on both devices.
	Device error, it will be restarted in a few seconds.
	Hardware error, the number of red blinks is the error code.

Useful links

Configuring Antilatency devices

TagBehaviour.Initialize("Title")