the smart
building space, there might mainframe computer that needs to
communicate with the Thread device control collect data. These devices are able receive messages
without transmitting, which can save energy and reduce latency
of receiving messages.
3.
.
4. Border Router: Border Router device that able route packets
to and from the Thread mesh. There
is special subclass sleepy end devices called Synchronized
Sleepy End Devices that schedule time with their parent to
receive messages. Minimal end devices are always ready to
receive messages
c. They will
periodically wake check for messages from their parent.Minimal end devices (MED): minimal end devices are end devices
that cannot become mesh extenders due design decisions or
product constraints. This routing happens between the Thread mesh and any other IP-
bearing interfaces like Wi-Fi, Ethernet, and Cellular. Sleepy end devices (SED): sleepy end devices are minimal end
devices that are able sleep order preserve power. For consumers, the most common
scenario involves routing between Wi-Fi and Thread, but principle, a
Border Router can route between any IP-bearing interface and the
Thread mesh.
This routing very important ensure Thread devices can communicate
with devices that are not natively connected the Thread mesh. the
consumer space, this might Thread light being controlled a
smartphone smart speaker that doesn’t have Thread radio. What Border Router
A Border Router device that able route packets and from the
mesh. Despite its name, Border Router not required also
be Thread Mesh Extender, although practice, very likely will be
