H2 Indoor Navigation Beacon
- IP67 Waterproof
- Additional Motion sensors available
- H2 cost efficient and reliable, the main keys for your beacon deployments
- Compatible with iBeacon and Eddystone (UID, URL, TLM) at the same time.
- From 30 to 40 months of battery lifetime (CR2477) advertising once per second.
Description
The H2 navigation beacon is one of your best choices for indoor navigation tracking solutions. It is based on a 2.4GHZ design, and boasts a waterproof level of IP67. In addition to broadcasting its own MAC address, the H2 navigation beacon also broadcasts the strength of the Bluetooth signal, which is RSSI information. According to RSSI information, the closer the Bluetooth receiver is to the transmitter, the stronger the signal strength, and vice versa. When the signal strength weakens, the relationship between the signal strength and the distance from the transmitter can be determined through the transformation of signal strength.
Features
Bluetooth Low Energy
Ultra-low power consumption chipset nRF52 series
Support 5url broadcasting
Firmware update Over The Air (OTA)
Logo and color customizable (MOQ)
Provided with your own configuration (MOQ 50 units)
100% Configurable Parameters via app (Android & iOS)
Specifications
| Size(H*W*L) | Ф48*13.89mm |
| Battery Model | CR2477 |
| Battery Capacity (mAh) | 1100mAh |
| Default battery Life | 77.5 months |
| Battery replaceable | Yes |
| Max Range | 100m(+4dBm) |
| Waterproof | Yes IP67 |
| Protocols | iBeacon& Eddystone: UID, URL, TLM Eddystone Configuration GATT Service |
| Firmware updating | OTA |
| Attachment method | Wearable, 3M double sided sticker |
| Built-in Sensor | Motion LIS3DH |
| Addition Tech | RFID, RGB |
| Certification | CE & FCC |
Documentation
| Type | Title | Date |
|---|---|---|
| Product Brief | H2 Indoor Navigation Beacon Product Brief – V1.2.pdf | 2022-12-29 |
H2 Beacon Display
Applications
How Does the H2 Indoor Navigation Beacon Help You When Your GPS Stops Working in a Building?
When outdoors, we can use GPS to pinpoint an exact location. But when we enter a room, GPS can no longer be used. Compared with Wi-Fi positioning, Bluetooth is less interfered with by the surrounding environment. This, when coupled with the extremely low power consumption of Bluetooth and universal use, makes Bluetooth the most commonly used technology in indoor positioning.
For example, when participating in an exhibition, the exhibition hall staff can arrange Bluetooth beacons in different locations, and calculate the distances of different navigation beacons based on the signal strength of the Bluetooth beacons. If users want to know their current location, or find the booth they want to go to, they can turn on their mobile phone App, roughly determine the location of the exhibition hall, and display it on the APP map.