1. CD Station --------------------------------------------------------------------------------------- 10-16
2. AB Station --------------------------------------------------------------------------------------- 17-24
3. LRMS Set Up ----------------------------------------------------------------------------------- 25-29
4. Final Test ---------------------------------------------------------------------------------------- 30-31
Chapter 3 : Mesh WiFi Device Wiring explanation
1. A Station --------------------------------------------------------------------------------------- 32
2. B Station --------------------------------------------------------------------------------------- 32
3. CD Station ------------------------------------------------------------------------------------- 33
4. A/B/CD Station ------------------------------------------------------------------------------- 33
Chapter 4 : Product Specification
1. Wireless radio specifications -------------------------------------------------------------- 34-35
Chapter 5 : Certified
1. CE Report -------------------------------------------------------------------------------------- 36-43
2. UL Report for Battery ----------------------------------------------------------------------- 44-45
Chapter 1 : Brief Introduction
1. System Map :
2
A Station – Transmission a wireless network device to connect a desktop, or
laptop computer, to an Opportunity Driven Multiple Access™ (ODMA™),
wireless network. The image on this page is an installed.
B Station - Transmission a wireless network device to connect a desktop, or
laptop computer, to an Opportunity Driven Multiple Access™ (ODMA™),
wireless network.
CD Station - Transmission a wireless network device to connect a desktop, or
laptop computer, to an Opportunity Driven Multiple Access™ (ODMA™),
wireless network.
LRMS - A software application that enables the user to locate and manage
devices on an opportunity-driven multiple access (ODMA), wireless network.
Various Stations on the network report to the Locater; it then updates its
database with their location. A and B Stations report to the nearest
Concentrator, which then reports a lists of A and B Stations to the Locater,
which records it in the Locater database. When stations need to connect to
each other, they request the nearest Concentrator (C Station), from the Locater,
which then matches two concentrators for the stations to connect to each other.
Introduction of MESH-WIFI technology
3
Opportunity Driven Multiple Access (MESH-WIFI)
1. An intelligent wireless subscriber relay communication technology
2. Finds multiple access opportunities and adapts the best opportunity to
communicate faster, further with less power
MESH-WIFI Network- PARROT
1. Programmable
2. Adaptive
3. Repeater/ Relay/ Router
4. Revert Back
5. Onward/ Opportunity
6. Transmission
Intelligent Wireless Subscriber Relay
1. Use any MESH-WIFI subscriber or device to relay data, no base station
needed
Dynamically select the nearest neighbor to relay
Multi-hopping constructs the wireless backhaul
Fast deployment & cost effective
Subscribers are part of the infrastructure More usersMore system capacity
The best “last mile” solution
2. Adaptive power, route, channel, taking the best burst opportunity to transmit
data
Adaptive Output Power
Adaptive Routing
Intelligent Channel Hopping
Burst Opportunity
Finds multiple access opportunities to avoid failure of a single access point
Adaptive Routing
4
Burst Opportunity
1. Wireless connection condition changes over time. MESH-WIFI chooses the
best quality period to transmit burst data
2. The more routes, the more best burst opportunities
3. Taking only the best burst opportunity instead of continuous link Lower
interference to others
5
High Mobility
1. Mobile node bursts and receives data from many different neighbors in
different locations thousand times per second while speeding
2. MESH-WIFI can communicate at speeds up to 300 km/hr
High Security
1. No fixed path from source to destination
2. Packets are forwarded with very low power consumption
3. Neighbor watching mechanism
Frequency Independent
1. MESH-WIFI operates independently of any frequency bands, transmission
or coding modulation
2. MESH-WIFI can enhance any existing wireless communication technology
MESH-WIFI-enhanced WiFi, WiMAX, 3G, GSM, PHS, WCDMA, etc.
2. Battery control Software :
6
IP Address : 192.168.55.30
TCP/IP Port : 8001
Loop : Interval Time
UV : Under Voltage
OC : Over Current
OV : Over Voltage
BC : Battery Charging
AC : AC power ready
3. Components Section :
7
Cable&Power Input
Schematic Diagram
RISK OF EXPLOSION IF BATTERY IS REPLACED BY AN INCORRECT TYPE.
DISPOSE OF USED BATTERIES ACCORDING TO THE INSTRUCTION.
Chapter 2 : Operational Mode
Mesh WiFi Network architecture and planning
8
Gateway:192.168.1.1
DHCP Server: 192.168.1.1
LRMS:192.168.1.10
CD Stations:192.168.1.11、192.168.1.12
Overall architecture:
1. CD Station :
1. CD station system login
CD station default IP:192.168.2.11
Picture 1
9
Set up the NB LAN IP:192.168.2.15、mask:255.255.255.0
Browser : http://192.168.2.11
Account : admin
Passwd:winwin8686
Picture 2
Picture 3
10
2. CD station firmware version
System status
Firmware Version
Picture 4
Picture 5
11
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