Bluetooth low energy beacon device and advertising method
A Bluetooth low energy (BLE) beacon device and a BLE advertising method are provided. The BLE advertising method includes: enabling a broadcast action with different advertising packets simultaneously, wherein the advertising packets include connectable and unconnectable advertising packets; setting advertising time information of the advertising packets; setting advertising data and an advertising packet address code; and executing the broadcast action for the advertising packets in sequence according to the advertising time information and the type of each of the advertising packets.
1. A Bluetooth low energy (BLE) advertising method, comprising: enabling a broadcast action of a plurality of advertising packets that are different from each other within a BLE beacon device, wherein the plurality of advertising packets comprise a connectable advertising packet and an unconnectable advertising packet;
setting advertising time information of the plurality of advertising packets by the BLE beacon device according to the number of the plurality of advertising packets by:
calculating a bandwidth requirement of the plurality of advertising packets according to the number of the plurality of advertising packets; and
setting the advertising time interval of each of the plurality of advertising packets according to the bandwidth requirement;
setting advertising data and an advertising packet address code of each of the plurality of advertising packets by the BLE beacon device; and
executing the broadcast action for each of the plurality of advertising packets in sequence according to the advertising time information and an advertising type of each of the plurality of advertising packets by the BLE beacon device, wherein the advertising type indicates whether an associated advertising packet is connectable or unconnectable.
2. The BLE advertising method according to claim 1 , wherein during an advertising time interval a broadcast action for at least one connectable advertising packet and for at least one unconnectable advertising packet is executed.
3. The BLE advertising method according to claim 1 , wherein the step of executing the broadcast action for each of the plurality of advertising packets in sequence according to the advertising time information and the advertising type of each of the plurality of advertising packets comprises:
broadcasting a plurality of unconnectable advertising packets in a same time interval.
4. The BLE advertising method according to claim 1 , wherein the step of executing the broadcast action for each of the plurality of advertising packets in sequence according to the advertising time information and the advertising type of each of the plurality of advertising packets comprises:
broadcasting one of a plurality of connectable advertising packets in a same time interval.
5. The BLE advertising method according to claim 1 , wherein the step of setting the advertising packet address code of each of the plurality of advertising packets comprises:
generating a plurality of random address codes based on a public address code of a Bluetooth device, wherein the random address codes are respectively assigned to unconnectable advertising packets.
6. A Bluetooth low energy (BLE) beacon device, comprising:
a BLE controller configured to execute a plurality of customized commands in a host control interface layer, wherein the BLE controller is configured:
to enable a broadcast action of a plurality of advertising packets that are different from each other, wherein an advertising type of each of the advertising packets indicates a connectable advertising packet and an unconnectable advertising packet, and the advertising packets comprise a connectable advertising packet and an unconnectable advertising packet;
to set advertising time information of the plurality of advertising packets;
to set advertising data and an advertising packet address code of each of the plurality of advertising packets; and
to execute the broadcast action for each of the plurality of advertising packets in sequence according to the advertising time information and the advertising type of each of the plurality of advertising packets,
wherein the BLE controller is further configured to calculate a bandwidth requirement of the plurality of advertising packets according to the number of the advertising packets and sets an advertising time interval of each of the plurality of advertising packets according to the bandwidth requirement.
7. The BLE beacon device according to claim 6 , wherein during an advertising time interval a broadcast action for at least one connectable advertising packet and for at least one unconnectable advertising packet is executed.
8. The BLE beacon device according to claim 6 , wherein the BLE controller enables a plurality of unconnectable advertising packets in a same time interval.
9. The BLE beacon device according to claim 6 , wherein the BLE controller enables one of a plurality of connectable advertising packets in a same time interval.
10. The BLE beacon device according to claim 6 , wherein the BLE controller generates a plurality of random address codes based on a public address code of a Bluetooth device and respectively assigns the random address codes to unconnectable advertising packets.
11. The BLE beacon device according to claim 6 , wherein the BLE controller comprises: a link management layer coupled with the host control interface layer, wherein the host control interface layer provides the customized commands, and the BLE controller is coupled to an application layer through the host control interface layer.
12. The BLE beacon device according to claim 11 , further comprising:
a Bluetooth physical layer coupled to the BLE controller.
13. A Bluetooth low energy (BLE) advertising method, comprising:
enabling a broadcast action of a plurality of advertising packets that are different from each other, wherein the plurality of advertising packets comprise a connectable advertising packet and an unconnectable advertising packet;
setting advertising time information of the plurality of advertising packets, wherein an advertising time interval is set of each of the plurality of advertising packets according to the number of the plurality of advertising packets by:
calculating a bandwidth requirement of the plurality of advertising packets according to the number of the plurality of advertising packets; and
setting the advertising time interval of each of the plurality of advertising packets according to the bandwidth requirement;
setting advertising data and an advertising packet address code of each of the plurality of advertising packets; and
executing the broadcast action for each of the plurality of advertising packets in sequence according to the advertising time information and an advertising type of each of the plurality of advertising packets, wherein the advertising type indicates whether an associated advertising packet is connectable or unconnectable.
14. The BLE advertising method according to claim 13 , wherein the step of executing the broadcast action for each of the plurality of advertising packets in sequence according to the advertising time information and the advertising type of each of the plurality of advertising packets comprises:
broadcasting a plurality of unconnectable advertising packets in a same time interval.
15. The BLE advertising method according to claim 13 , wherein the step of executing the broadcast action for each of the plurality of advertising packets in sequence according to the advertising time information and the advertising type of each of the plurality of advertising packets comprises:
broadcasting one of a plurality of connectable advertising packets in a same time interval.
16. The BLE advertising method according to claim 13 , wherein the step of setting the advertising packet address code of each of the plurality of advertising packets comprises:
generating a plurality of random address codes based on a public address code of a Bluetooth device, wherein the random address codes are respectively assigned to unconnectable advertising packets.
17. A Bluetooth low energy (BLE) beacon device, comprising:
a BLE controller configured to execute a plurality of customized commands in a host control interface layer, wherein the BLE controller is configured:
to enable a broadcast action of a plurality of advertising packets that are different from each other by executing a customized command, wherein an advertising type of each of the advertising packets indicates a connectable advertising packet and an unconnectable advertising packet, and the advertising packets comprise a connectable advertising packet and an unconnectable advertising packet;
to set advertising time information of the plurality of advertising packets;
to set advertising data and an advertising packet address code of each of the plurality of advertising packets; and
to execute the broadcast action for each of the plurality of advertising packets in sequence according to the advertising time information and the advertising type of each of the plurality of advertising packets, and
wherein the BLE controller calculates a bandwidth requirement of the plurality of advertising packets according to the number of the advertising packets and sets an advertising time interval of each of the plurality of advertising packets according to the bandwidth requirement.
18. The BLE beacon device according to claim 17 , wherein the BLE controller enables a plurality of unconnectable advertising packets in a same time interval.
19. The BLE beacon device according to claim 17 , wherein the BLE controller enables one of a plurality of connectable advertising packets in a same time interval.
20. The BLE beacon device according to claim 17 , wherein the BLE controller generates a plurality of random address codes based on a public address code of a Bluetooth device and respectively assigns the random address codes to unconnectable advertising packets.
21. The BLE beacon device according to claim 17 , wherein the BLE controller comprises: a link management layer coupled with the host control interface layer, wherein the host control interface layer provides the customized commands, and the BLE controller is coupled to an application layer through the host control interface layer.
22. The BLE beacon device according to claim 21 , further comprising:
a Bluetooth physical layer coupled to the BLE controller.