广播间隔是不包含广播持续时间的， 如下图
A beacon achieves low-power consumption by residing in sleep most of the operating time, only waking up briefly to broadcast data.
The time between these broadcast events are referred to as advertising interval, which is illustrated in Figure 4. For non-connectable beacons, the interval cannot be smaller than 100 ms. For connectable beacons, it cannot be smaller than 20 ms.
To this interval, a 0-10 ms pseudorandom delay is added to ensure that beacons can coexist, even if they might start broadcasting at the same time.
广播间隔是不包含广播持续时间的， 如下图
A beacon achieves low-power consumption by residing in sleep most of the operating time, only waking up briefly to broadcast data.
The time between these broadcast events are referred to as advertising interval, which is illustrated in Figure 4. For non-connectable beacons, the interval cannot be smaller than 100 ms. For connectable beacons, it cannot be smaller than 20 ms.
To this interval, a 0-10 ms pseudorandom delay is added to ensure that beacons can coexist, even if they might start broadcasting at the same time.
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