LTP5900-WHM Overview
LTP5900 The LTP5900 mote module bines Dust Networks’ robust sensor networking solution breakthrough EternaTM SoC technology in an easy-to-integrate 22-pin module. As part of the SmartMesh WirelessHART system, the LTP5900 enables customers to integrate a standards-based wireless network into sensors and actuators to provide scalable bidirectional munications. The LTP5900 is designed for use in line-powered,...
LTP5900-WHM Key Features
- Interoperable with WirelessHART Devices Highly Scalable
- Automatic network formation-new motes join automatically from anywhere in the network
- All motes are wireless routers, providing a full-mesh network that easily scales to tens of thousands of motes per squar
- Time-synchronized munication across 15 channels virtually eliminates in-network collisions, allowing for dense deploymen
- SmartMesh WirelessHART Intelligent Networking Platform enables greater than 99.99% network reliability even in the most
- Time-synchronized channel hopping minimizes the impact of crippling multipath interference in dynamic RF environments Ul
- Industry-leading radio technology capable of line-powered, battery-powered, or energy-scavenging operation
- Automatic network-wide coordination optimizes power consumption, enabling a decade of network operation
LTP5900-WHM Applications
- Interoperable with WirelessHART Devices Highly Scalable
- Automatic network formation-new motes join automatically from anywhere in the network
- All motes are wireless routers, providing a full-mesh network that easily scales to tens of thousands of motes per square km
- Time-synchronized munication across 15 channels virtually eliminates in-network collisions, allowing for dense deployments in overlapping radio space Superior R
- SmartMesh WirelessHART Intelligent Networking Platform enables greater than 99.99% network reliability even in the most challenging monitoring and control envir
- Time-synchronized channel hopping minimizes the impact of crippling multipath interference in dynamic RF environments Ultra-low Power Operation