Cisco Cisco Interface Module for LoRaWAN 868MHz and 915MHz Guide De Démarrage
At-a-Glance
Connecting the Unconnected Through
Cisco Solution for LoRaWAN
Around the world, millions of battery-powered things in cities such as
car-parking lots, street light, utility meters (gas and water), pipeline,
trash bins, location tracker, environmental sensors, smoke detectors,
and water hydrants are connecting to the Internet. Those connected
things are forming plenty of applications to improve city operation
efficiency and people living, for instance, the asset tracking, smart
parking, smart lighting, and smart building.
car-parking lots, street light, utility meters (gas and water), pipeline,
trash bins, location tracker, environmental sensors, smoke detectors,
and water hydrants are connecting to the Internet. Those connected
things are forming plenty of applications to improve city operation
efficiency and people living, for instance, the asset tracking, smart
parking, smart lighting, and smart building.
These Internet of Things (IoT) use cases are supported by an emerging
wireless IoT infrastructure: the low-power, wide-area (LPWA) network
operating on unlicensed ISM band. The LPWA network is specifically
designed and optimized for such use cases that require end devices to
be battery powered and have long-distance wireless access over miles:
wireless IoT infrastructure: the low-power, wide-area (LPWA) network
operating on unlicensed ISM band. The LPWA network is specifically
designed and optimized for such use cases that require end devices to
be battery powered and have long-distance wireless access over miles:
• Zero-touch provisioning for scalable deployment and maintenance
• Ease of use with multiple portals for the network partner, connectivity
• Ease of use with multiple portals for the network partner, connectivity
supplier, and end-device management
• Powerful tools for wireless packet logger, RF planning, and online
channel noise scanning
LoRaWAN is an LPWA technology with open specifications by the
LoRa® Alliance that operates on the unlicensed ISM band, such as 863–
870MHz and 902–928MHz. It supports bidirectional communication,
chirp modulation, multiple spreading factors, adaptive data rate from
300 bps to 5.5 Kpbs, and up to 15 kilometers single hop in rural from
the end device to the LoRaWAN Gateway.
LoRa® Alliance that operates on the unlicensed ISM band, such as 863–
870MHz and 902–928MHz. It supports bidirectional communication,
chirp modulation, multiple spreading factors, adaptive data rate from
300 bps to 5.5 Kpbs, and up to 15 kilometers single hop in rural from
the end device to the LoRaWAN Gateway.
The Cisco solution for LoRaWAN includes the Cisco gateway, which
extends existing industry-leading industrial routers IR809 and IR829
with a ruggedized interface module for LoRaWAN, Cisco IoT field
network director, and Cisco partner LoRaWAN back-end platform.
extends existing industry-leading industrial routers IR809 and IR829
with a ruggedized interface module for LoRaWAN, Cisco IoT field
network director, and Cisco partner LoRaWAN back-end platform.
Cisco Solution for
LoRaWAN
© 2016 Cisco and/or its affiliates. All rights reserved.
Benefits
• Carrier-grade Gateway based
on proven Cisco® IoT product
• Cisco IOS® Software
capabilities such as IP routing,
QoS, segmentation features,
security, and multiple
backhaul options
• Zero touch provisioning for
Gateway management, easier
for massive deployment
• Improved interference
insertion reduction to
neighboring LTE band
• Deployment cost savings and
reduced signal loss for shorter
RF cable when the interface
module is installed close
to antenna