January 28, 2014 Miami
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January 28, 2014 Miami New generation integrated narrow-band M2M telecom platform
description
New generation integrated narrow-band M2M telecom platform. January 28, 2014 Miami. The problem. Development of a cheap, efficient M2M data-gathering solution. ZigBee requires a large number of costly base stations and the mesh network is unstable when many hops are employed. - PowerPoint PPT Presentation
Transcript of January 28, 2014 Miami
January 28, 2014Miami
New generation integrated narrow-band M2M telecom platform
The problem
Development of a cheap, efficient M2M data-gathering solution
ZigBee requires a large number of costly base stations and the mesh network is unstable when many hops are employed
NWave solves this problem with our high-range, energy-efficient, low-cost, integrated narrow-band M2M platform
Executive Summary
• NWave ultra-narrow band communication technology – high range, and cost and power-efficient
• Full-cycle telecom platform ready for rapid deployment
• Integrated solutions - from automated meters, sensors, and base stations, to cloud-based user interfaces
The Technology – Competing approaches
GSM/3G – needs a permanent power connection, expensive installation and service
ZigBee/Bluetooth – insufficient range, high cost of multiple base stations
NWave: - Functions autonomously > 10 years - Range > 10 miles - Plug & Play, cheap installation
The Platform – Business Model
Utility meter
Power meter
Fire alarm
Security alarm
M2M sensors
NWave network development and
management
M2M network
NWave cloud processing
M2M data processing
alarm
M2M Users
Online UserApplications
Devices using NWave modems
Easily tailored to individual customers’
M2M needsNWave integrated ecosystem
> 10 year battery life
NWave: Integrated AMI solution
Low cost
Modem
Cloud data processing
Next generation late 2014
Network 10 mile PoE
<$3 modem
Minimal or ZERO-CAPEX
models
Extensive experience
Advanced web
interface
+25dB sensitivity
Geo-Positioning
coverage
Shared network
Huge range of
applications
Easy installation
Real-life implementation – The problem
Meter readings taken in-situ by water company staff
Existing water-metering practice:
Meter readings communicated by phone
Invoices based on estimates recalculated later using actuals numbers
Automated meter readings by radio modem
The NWave approach:
Real-life implementation - Deliverables
3 base stations Web cloud
Real estate management company
1,500 meters equipped with NWave modems
MunicipalityConsumer
Real-life implementation - Results
Significant reduction in personnel and man-hours
Consumers can monitor personal consumption through web interface
Automated invoice preparation
Early detection of leakages, fraud, excessive consumption
ZigBee vs. NWave - Cost Analysis
ZigBee Nwave Comments
CAPEX
Base stations 20k units at $2k = $40M
6 units at $2k = $12k
ZigBee range is < 100 meters. Mesh network is unreliable.
Sensor and modem
100k units at $30 = $3M
100k units at $30 = $3m
Essentially the same cost.
OPEX
Base stations 20k units at $500 = $10M
6 units at $500 = $3k
Total over 5 years
$93M $3M ZigBee is 30x more expensive
Cost calculations for 100,000 modems for water/electricity/gas meters
Thank you for your attention!
Contacts:
www.nwavetec.com
Jonathan Wiggin, CEO
Cell: +44(0)7920 225706
