Kirale Technologies SL M102 Manual Do Utilizador

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October 2017 
KTWM102 Data Sheet 
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KTWM102 
Thread Node / 2.4GHz IEEE 802.15.4 Wireless Module 
For more information 
Network Features 
Complete radio transceiver, embedded processor and
networking software for forming a self-healing and
self-configuring Thread mesh network.
Thread Networks incorporate:
 
Device-to-device communication model and simple
bridging to other IP networks. 
 
No single point of failure, robust security, smooth 
commissioning and support for battery powered 
devices. 
Thread Networks deliver:
 
Mesh topology and extended range.
 
IP-based nodes with direct addressability and
end-to-end security. 
 
Flexibility. Not tied to specific device types neither 
number of nodes. Low power operation and agnostic 
interface for application layer. 
Compliant to 6LoWPAN, IPv6 and IEEE 802.15.4
standards.
Module Features 
Module integrates a single chip which combines an
ARM® Cortex®-M0+ based 32-bit microcontroller and
IEEE 802.15.4 compliant best-in-class 2.4GHz RF
transceiver, designed for industrial and consumer
wireless applications.
RF modular certification include USA, Canada and EU.
PCB assembly with chip antenna (KTWM102-1
1) or with 
W.FL (equivalent of IPEX MHF3) antenna connector
(KTWM102-2
1).
KiNOS (Real Time Network Operating System) inside.
Product Description 
Thread Networks are self-managing, low power Internet 
Protocol (IPv6) networks built from wireless nodes called 
motes. The KTWM102 belongs to the family of Kirale’s 
wireless module solutions, featuring a highly-integrated, 
low-power radio and ARM® Cortex®-M0+ 32-bit 
microcontroller running Kirale’s embedded KiNOS 
networking software. Both the KTWM102-1
1 (with chip 
antenna) and the KTWM102-2
1 (with W.FL connector), 
at 16.6mm × 11.4mm, are designed for surface mount 
assembly. 
The KiNOS software provided with the KTWM102 module is 
fully tested and validated, allows you to update the firmware 
version and is readily configured via the Kirale Binary 
Interface (KBI through UART port) or the Command-Line 
Shell (KSH through USB Virtual Serial port). 
Kirale’s modules deliver a highly flexible network with proven 
reliability and low power performance in an easy-to-integrate 
platform. 
Applications 
Smart Energy
Low-Power Sensor Networks
Safety, Security and Access Control
Medical (MBAN) Networks and Home Health Care
Home/Office/Hotel Automation
Home Appliances
HVAC Control
Lighting Control
Asset Tracking
Typical Deployment 
 
SPI 
UART 
µC 
SENSOR 
USB 
HOST 
End Device 
Router 
Leader 
Border Router 
LAN