Otai Pluto Fisheye, Pluto, Pluto Power, Pluto Max dbdc, Pluto Vision User Manual

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Point to Multi-Point

Enterprise Wireless Solution

plut

fisheye

User Manaul

About Us

Onnet Technologies And Innovations LLC

The rst and only manufacturing set up of wireless and green power equipments in Middle East and Africa Region.

OTAi is committed to deliver always-on-reliable enterprise scale wireless infrastructure for Voice, Data and Video
trafc and impervious to interference and harsh environmental conditions from -20° to +80°.

OTAi's enterprise scale wireless solutions are robust, feature rich and cost effective. It can be easily scaled /
upgraded to all future requirements of any organization.

The resilient products provide Point to Point, Point to Multi-Point and Any Point to Any Point Enterprise WAN
connectivity used for enhancement of Public Safety Networks, secure long distance Enterprise connectivity
between multiple locations. Organizations such as Governments, SME, Oil Fields, Defense, Telecom & Wireless
Internet Service Providers, Schools, College Campus, Hotels, Hospitals, Airports, Coffee Shops, Warehouse etc
can be connected over wireless to there center database for increase efciency.

OTAi’s is leading last mile solutions provider using OFDM based 802.11a/g, 802.11-N and 802.16 Wi-max
technologies to suit the most harsh environment and capable of delivering long distance Point to Point, Point

to Multi-Point networks.

Enterprise Wireless Connectivity

Communication over IP (data networking) for high speed Voice, Data & Video has
become major part of today’s business. Seamless wireless connectivity across the
enterprise has always been a feather to any organization which allows real time
connectivity and usage from centralized database.

It has attracted more focus and are very much in demand even during
recession time to protect each cent of an organization and retain the
prot growth rate.

Our solution are

Extreme smart, comprehensive and cost effective.

Fully customized design for best efciency even in harsh

environmental conditions.

Enterprise outdoor long distance Point to Point and Point to

Multi-Point connectivity.

Enterprise Wi-Fi solution for Villas, Hotels, Institutes, Hospitals,

ISP’s, SMB etc..

Solar power solutions to back remote installations.

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ProductDetail......................................4-15

UserManual.......................................16-54

QuickReferenceChart.......................55-76

FlowChartforTechnical/

TrainedEngineer.............................77-89

Table of Contents

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Product Details...................................................05-06

Interfaces............................................................07-09

Checklist ..................................................................10

MountingThePluto................................................11

WaterproofIO(Rj45)Connection.......................12-13

ArrangingEthernetCables......................................14

InterComponentConnection..................................15

Table of Contain

www.onnettechnologies.com

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Pluto Product Details

Point to Multi-Point

Enterprise Wireless Solution

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Pluto power is a high-performance
wi re le ss me sh ro ut in g d e v i c e
designed SPECIALLY for the most
challenging and Harsh Environments
w h e r e w i r e d c o n n e c t i v i t y i s
impractical or unavailable.

Key Features

256bit Ultra Secure Encryption

Full QoS With Traffic Shapping

Point to Point, Point to Multipoint &
Any Point to Any Point

GUI, Telnet, SSH

Watchdog Timer

Built-in HotSpot Clients

(Sputnik / Chilli Spots / HotSpot System)

Plus PPPoE Server / Client

MESH Ready

OSLR & Static Routing

Long Range upto 40Kms*

OFDM MIMO Technology

Premium Quality and Very High
Gain Antenna

High TX Power

*(Depending on Antenna and Quality of installation)

Pluto series enhances enterprise level performance, manag­ement and quality of services with very high performance.

The perfect combination of enterprise grade mesh OS along
with premium quality high gain antenna and robust IP67
enclosure makes pluto the first choice for people who
deserve unparalleled speed, Link Reliability, low latency and
seamless hand-off for voice, HD-quality video and other
real-time applications across long-distance outdoor wireless
Point to Point and Multipoint to MultiPoint Networks.

Pluto power is ideal for deployment in metropolitan and
industrial areas like oil fields, mines, shipping ports, WISP,
Educational campus etc..

Pluto power offers wide choice of integrated antenna for
flexible outdoor wireless deployments using the 2.199 –

2.499 GHz or 4.9GHz- 6.1Ghz frequency band including

2.4GHz and 5.8GHz ISM band.

The device can be configured as AP /Client / Client Bridge /
Mesh Repeater for Wi-Fi Applications or as a Point-to-Point,
Point-to-Multipoint and full mesh backhaul.

Intelligent wireless mesh routing

Integrated OTA mesh OS, adaptive wireless routingi
technology supported by Spanning Tree Protocol
automatically optimizes traffic routes between wireless mesh
routers and creates a truly adaptive mesh infrastructure.
The mesh infrastructure adjusts dynamically to traffic levels
and RF signal strength to ensure high availability and
optimal performance.

Seamless mobility

Advanced algorithm of quick RF routing and bridging
capabilities of OTAi software allows Wi-Fi clients to move
between wireless mesh routers in very less time (with in
threshold time ) maintaining a seamless connection for
latency-sensitive applications, such as video and voice.

Product Details

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Product Details

Enclosure Size : 185x185x56mm / 7.4" x 7.4" x 2.2"
Frequency Options : 2.4-2.485, 2.3-2.7, 5.1-5.9, 4.9-6.1GHz.
Integrated Antenna Gain Options : 12dBi(DP), 14dBi(SP) for 2.4GHz

Weight : 0,6kg / 1,3lbs

16dBi (DP), 19dBi(SP) for 5GHz
16dBi (DP) for 4.9-6.1GHz

3.3-3.8, 5.4-6.1GHz

Enclosure Size : 270x270x75mm / 10.6 x 10.6 x 2.9"
Frequency Options : 2.4-2.485, 2.3-2.7, 5.1-5.9, 4.9-6.1GHz.

Integrated Antenna Gain Options : 14dBi(SP) 14dBi(DP) for 2.4GHz

Weight : 1,2kg / 2,65lbs

18dBi (DP), 21dBi(SP) for 5GHz

18dBi (DP) for 4.9-6.1GHz
18dBi (DP) for 5.9-6.4GHz

10dBi (DP) for 2.4+12dBi (DP) for 5GHz
16dBi (DP) for 3.3-3.8GHz
19dBi (SP) for 3.3-3.8GHz

Enclosure Size : 385 x 385 x 80mm
Frequency Options : 2.4-2.485, 2.3-2.7, 5.1-5.9,

4.9-6.1GHz, 3.3-3.8, 5.4-6.1GHz

Integrated Antenna : 14dBi (DP), 120°wide angle 2.4GHz
Gain Opt

Weight : 2.4kg / 5.3lbs

16dBi (DP), 120°wide angle 2.4GHz

18dBi (DP) for 4.9-6.1GHz
23dBi (SP) for 5.1-5.9GHz

21dBi (DP) for 5.1-5.9GHz
21dBi (SP) for 3.3-3.8GHz
19dBi (TP) for 5.1-5.9GHz

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Interfaces

Integrated Premium Quality
High Gain Antenna

Rj45 PoE Inlet

(Waterpr oof)

Power + Data (a) Passive PoE as per Radio

(b) 3af Complaint Port

1

Pluto with Internal Integrated Antenna + PoE

Rj45 PoE Inlet

(Waterpr oof)

Power + Data (a) Passive PoE as per Radio

(b) 3af Complaint Port

2

Pluto with External Antenna + PoE

External
Antenna Port
N-Female

Integrated Premium Quality
High Gain Antenna

Rj45 PoE Inlet

(Waterpr oof)

Power + Data (a) Passive PoE as per Radio

(b) 3af Complaint Port

Redunda nt
Data Por t

DUAL
Data Por t

3

Pluto with Integrated Antenna and
Redundant Data Port

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Interfaces

Integrated Premium Quality
High Gain Antenna

Rj45 PoE Inlet

(Waterpr oof)

Power + Data (a) Passive PoE as per Radio

(b) 3af Comply Port

Redunda nt
PoE Port

DUAL
Data Por t

4

Pluto with Integrated Antenna and Redundant Passive PoE Port
for Cascading another PoE Device working on same PoE Voltage

Integrated Premium Quality
High Gain Antenna

Rj45 PoE Inlet

(Waterpr oof)

Power + Data (a) Passive PoE as per Radio

(b) 3af Comply Port

Redunda nt
Data Por t +
3af PoE O ut Po rt

DUAL
Data Por t

5

Pluto with Integrated Antenna and Redundant Data Port + 3af PoE Out Port
for Connectivity of IP Camera / IP Phones or any Other 3af PoE Device

PoE IN = PoE OUT

PoE IN = PoE OUT - 48Vdc,3af Complied with

(12/15/18/24)Vdc Detection

External Antenna Port
N-Female x2

Rj45 PoE Inlet

(Waterpr oof)

Power + Data (a) Passive PoE as per Radio

(b) 3af Complaint Port

Redunda nt
Data Por t +
3af PoE O ut Po rt

DUAL
Data Por t

6

Pluto with External Antenna and Redundant Data Port + 3af PoE Out Port
for Connectivity of IP Camera / IP Phones or any Other 3af PoE Device

PoE IN = PoE OUT - 48Vdc,3af Complied with
(12/15/18/24)Vdc Detection

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Interfaces

Integrated Premium Quality
High Gain Antenna

Rj45 PoE Inlet

(Waterproof)

Power + Data (a) Passive PoE as per Radio

(b) 3af Complaint Port

Redundant
Data Port +
3af PoE Out Port

DUAL
Data Port

7

Pluto with Integrated Antenna & PoE Switch for Connectivity of
IP Camera / IP Phones or any Other 3af PoE Device

PoE IN = PoE OUT - 48Vdc,3af Complied with

48Vdc Detection

Rj45 PoE Inlet

(Waterproof)

Power + Data (a) Passive PoE as per Radio

(b) 3af Complaint Port

Passive PoE
Out Ports

DUAL
Data Port

8

Pluto with Integrated Antenna and Passive PoE Switch for Connectivity of
Multiple PoE Device

PoE IN = PoE OUT

(12-48)Vdc (12-48)Vdc

Integrated Premium Quality
High Gain Antenna

List of the components necessary for establishing a minimum Pre WiMAX network.

Some of the items are
optional.

Sr.No ITEM

Remark

1
2
3

4

5

6
7

Pluto 1
Pluto 2
Computer / Laptop

PoE Adaptor

Ethernet Cable

Pluto Mounting Kit
Clamp

OTAi provides 2.4 GHz & 5.8 GHz Pluto

Two laptops / Pc’s are required for installation and end to
end testing. Pc’s should have the standard conguration.

At least CAT -5e or higher to connect both the equipments to
PoE & PoE to PC.

Required to mount the equipment.
Any additional clamp (L mount or other) if required

(depending on the tower or equipment mounting location)

OTAi provides 2.4 GHz & 5.8 GHz Pluto

Power Over Ethernet. Single cable is used for power & data
in-out for RF equipment. The PoE adapter have two LAN ports,
onefor power+data out & second for data in.

Only experienced installation professionals who are familiar with local building and safety codes (wherever applicable) and
licensed by the appropriate government regulatory authorities should install outdoor units and antennas. Failure to do so
may void the OTAi Product warranty and may expose the end user or Service Provider to legal and nancial liabilities.

Select the optimal location for the equipment using the following guidelines:

The Pluto can be installed either on pole, tower or wall mounted clamp.
Its location should enable easy access to the unit for installation and testing.

The higher the placement of the equipment, the better the achievable link quality.

The equipment should be installed so that LoS should be clear from another unit.

The recommended distance between two antenna should be more than 5 meter.

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Checklist

Site Selection

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Mounting The Pluto

Mounting plate (L shape) and 1-U shape Bolt supplied with each unit.

One side of the mounting plate is directly connected with Pluto.

Another side of mounting plate has two pair of holes which are used to mount to a pole.

U bolt are mounted with Pluto to pole as illustrated in gure

Vertical Fixed Position Mounting

Wall Mounting for small body options

(The Pluto can be mounted as illustrated)

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Waterproof IO (RJ-45) Connection

Part -1

Part -2

Part -3

}

Waterproof IO cap has
3 components as shown in gure.

Kindly separate them as part-1, part-2,
part-3.

Carefully follow the steps to avoid
damage to waterproof RJ-45 connector
xed with the device.

Part -1

Part -3

To Device

Part -1

Part -3

Part -2

Part -2

Step-2

Step-3

Strictly follow step-1 to step-5 to avoid damage to

waterproof RJ-45 connector of the radio

(PoE cable connectivity to Radio Device)

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Part -1

Part -2

Part -3

}

Waterproof IO cap has
3 components as shown in gure.

Kindly separate them as part-1, part-2,
part-3.

Carefully follow the steps to avoid
damage to waterproof RJ-45 connector
xed with the device.

Part -3

Part -2

Step-4

Rotate the part-1 to x

on RJ-45 connecter

on the body

Fix part-2 on

ethernet cable and

push it into part-1

Step-5

Rotate the part-3

to

x on part-1

Strictly follow step-1 to step-5 to avoid damage to

waterproof RJ-45 connector of the radio

Waterproof IO (RJ-45) Connection

(PoE cable connectivity to Radio Device)

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Arranging Ethernet Cables

The Pluto can be deployed outdoor and in harsh terrains. The Ethernet cables which originate from the
Equipment should be protected by IP67 Ethernet connector system.

Cat5 cable termination to Pluto Ethernet Port.

Ethernet Cables Requirements

Ethernet cable should be CAT 5 cable grade or better.
Ethernet cable should be crimped with RJ45 connectors on both sides.
IP 67 Ethernet Connector System (ECS) should be used at one end

which is exposed to outdoor conditions.
Ethernet cable length should be crimped as per the required length

from PoE to the Pluto. PoE is generally at the bottom of a tower or in
side the termination room.

Figure gives a graphical representation of the basic connection involved in installing a minimum
network.

Arranging the computer / Laptop

Both Ends can be accessed from pc1 to pc2 respectively.

Outdoor AP / CPE

Outdoor AP / CPE

Power + Data

Data / LAN

PoE
Injector

Power + Data

Data / LAN

PoE

Injector

LAN POEPOE LAN

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Inter Component Connection

Pluto to PoE

Connect one end of ethernet cable to PoE (Power + Data) port of PoE injector supplied
along with device.

PoE to Computer

Connect LAN / Data port of PoE injector to your local LAN / Laptop or stand alone PC using CAT 5/6 cable properly
crimped.
Pluto Default IP / Subnet : 192.168.1.1 / 225.225.225.0

To access Pluto from any computer please ensure the computer has same IP range and Subnet
IP allocated to Pluto must be independent of the DHCP range of the network.
The static IP to device is preferred to be before DHCP range starting.

Connecting on LAN

The Pluto can be connected
to any LAN via a PoE. Any
computer connected to the
LAN can access the Pluto.
Care should be taken to
ascertain that the Pluto in
any LAN should have unique
IP address (same IP range).

Further, both the Pluto (in bench test) should not be connected to the same LAN (switch).

This might create an innite loop in the data path since any packet sent by Pluto 1 equipment will be received back
when the Pluto 2 resend on the network.

Power + Data

PoE
Injector

Data / LAN

Outdoor AP / CPE

Power + Data

PoE
Injector

Data / LAN

Outdoor AP / CPE

LAN PoE

LAN PoE

Example of IP Allocation

Native IP : 192.168.10.0

Subnet : 255.225.255.0

DHCP range : 192.168.10.50 to 192.168.10.200

IP for Pluto 1 : 192.168.10.5 / 255.255.255.0

IP to Pluto 2 : 192.168.10.6 / 255.255.255.0

IP for PC 1 connected to Pluto 1 : 192.168.10.10 / 255.255.255.0

IP for PC 2 connected to Pluto 2 : 192.168.10.11 / 255.255.255.0

NOTE : It is strictly recommended that unique

IP given to wireless devices must be before
DHCP range.

In this case it should be between

192.168.10.1 to 50.

Table of Contain

SETUP

Basic Setup...............................................................................................................17-20

DDNS.............................................................................................................................21

MAC Address Clone.......................................................................................................21

Advanced Routing.....................................................................................................22-23

Networking...............................................................................................................24-25

WIRELESS

Basic Setting.......................................................................................................26-29

Wireless Security.....................................................................................................30

MAC Filter................................................................................................................31

WDS.........................................................................................................................32

SERVICES

Services....................................................................................................................33

PPPoE Server ..........................................................................................................34

VPN..................................................................................................................... 34-35

SECURITY

Firewall.....................................................................................................................35

VPN Passthrough.....................................................................................................36

ACCESS RESTRICTIONS

WAN Access.......................................................................................................36-37

NAT / QoS

Port Forwarding........................................................................................................38

Port Range Forwarding.............................................................................................38

Port Triggering..........................................................................................................39

UPnP .......................................................................................................................39

DMZ ........................................................................................................................40

QoS..................................................................................................................... 40-42

ADMINISTRATION

Management........................................................................................................ 42-44

Keep Alive............................................................................................................44-45

Commands................................................................................................................46

WOL.......................................................................................................................... 46

Factory Defaults........................................................................................................47

Firmware Upgrade .......................................................................................... ..........48

Backup...................................................................................................................... 48

STATUS

Router.......................................................................................................................49

WAN.........................................................................................................................50

LAN.......................................................................................................................... 50

Wireless.................................................................................................................... 51

Bandwidth................................................................................................................ 52

Sys-Info.................................................................................................................... 53

Technical Support.....................................................................................................54

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Pluto User Manual

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Setup

Basic Setup

Default IP / Subnet : 192.168.1.1 / 225.225.225.0
Default User Name

: root

Default Password

: admin

Default DHCP Range

: 192.168.1.100 to 192.168.1.150

Default SSID : OTAi

Authentication Required

The server http://192.168.1.1:80 requires a username and
password. The server says: OTAi.

User Name:

Password:

root

admin

Log In

Cancel

X

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Setup

Basic Setup

Basic Setup

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Note : If the WAN PORT is disabled then the port can be used as extra LAN port.

OPTIONAL SETTING

Router Name : Name of the Router (OTAi by default)
Host Name : Name of the Host (empty by default)
Domain Name : Name of the Domain if any
(empty by default)

WAN Setup

WAN Connection Type :

Setup

WAN Connection Type

Description

Disabled

Static IP

Automatic Conguration - DHCP

PPPoE

PPTP

L2TP

Heartbeat Signal

WAN-Interface is disabled

A static IP-address will be used – you have to enter IP-address, Subnet mask,
Gateway und Server manually

The router obtains the IP-address from a DHCP-Server

Conguration as PPPoE-client, in case of VDSL enable the Checkbox „VDSL-Tagging"

Establish connection via PPTP

Establish connection via L2TP

Used in conjunction with a Heartbeat-signal, only used by certain ISPs (uncommon in the EU)

The Port behaves as standard LAN Port.

Change the default
IP address as desire.

(It is important that the IP Address
dened should be before DHCP Range)

Basic Setup

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Time Setting

NTP Client : Enabled by default. If the unit can go on the internet then it will automatically set its correct time.

Time Zone : What time zone it lies in Summer Time DST: If DST should be enabled.

Server IP/Name : If additional NTP server name needs to be inputted. By default there is a NTP server name in the unit.

Setup

for UAE

DDNS

Dynamic DNS allows the assignment of a DNS record to a dynamically assigned IP-address in the internet.
To achieve this it is required to run a Dyn DNS client that does announce a change of the external IP-address to the
Dynamic DNS services that does update the DNS record in time.

Dynamic Domain Name System (DDNS)

DynDNS Service

Description

Disabled

Default, no DynDNS

DynDNS.org

freedns.afraid.org

ZoneEdit.com

No-IP.com 3322.org

easyDNS.com

TZO.com

DynSIP.org

Custom

Individual DynDNS service conguration

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Setup

DDNS

MAC Address Clone

MAC-Address cloning is used to virtually assign another MAC-address for the LAN- or a WLAN-Interface then the one
encoded in the hardware.

MAC Address Clone

To use this option you have to create an account to given list of DynDNS services.

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Setup

Advanced Routing

The section allows the user to make the unit act like a router.

Operating Mode

Modus

Description

Gateway

BGP

Rip2 Router

OSPF Router

OLSR Router

Router

Default, Gateway operation mode

BGP-Routing operation mode

Rip2-Routing operation mode

OSPF-Routing operation mode

OLSR-Routing operation mode

"common" Router operation mode

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Setup

Advanced Routing

Static Routing

With the "Static Routing" settings you can add static routes. The input parameters are equivalent
to the parameters of the Linux command "route".

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Setup

Networking

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Setup

Networking

VLAN Tagging

For adding or deleting VLAN Tagging keep on adding VLAN and on choose on which interface it needs to be added and
what would be the TAG number.

Each time its done, please do not forget to do SAVE and when done APPLY for nal applying.

This section allows the user to add VLAN, create additional bridge, add interface to existing bridge and also allow
multiple DHCP servers. In special OTAi models its also allows the user to do BONDING.

Briding

Used to create more bridges. By default the unit has a mother bridge called BR0.
More bridges can be created by clicking on ADD.

Name of the bridge needs to added. Recommended is br1 onwards. STP enabled or disabled can be chosen. By default it is ON.
Priority is also need not be changed.

Assign to Bridge

This allows adding new interfaces to new or old bridges. If an interface already a part of any bridge is added t o another
bridge then it automatically deletes itself f rom the older bridge.

The bridge to work on can be chosen and interface that needs to be added can also be chosen.

Note : If the Wireless is un-bridged then it will not be seen the BR0 table and should rst be bridged if it needs to be added to

another bridge. The VLAN created are all available in the Interface list, if they are not then VLAN were not properly added.

IMPORTANT : In Some INDOOR devices the LAN ports are named as VLAN1 and VLAN2. Here care should be taken that

any new VLAN port added should not be named VLAN1and VLAN2. Also its advisable that VLAN are named as per their TAG
no for easier understanding.

IMPORTANT

If a bridge is added then after
SAVE an APPLY Setting
needs to be done so that the new
bridge is visible in the
Current Bridging Table.

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Wireless

Basic Setting

Tx Power : This is the Tx power of the unit.

It is model dependant and
mostly it should be set to 20.
For more information on your
model and the TX powers
supported please contact your
dealer or OTAi support.

Antenna : If country settings are used
Gain then entering the antenna gain
keeps the unit under the EIRP
limits.

This section allows conguration of all
Wireless Parameters

Super Channel : Option of Enable and

Disable available.

(This feature is model dependant and may
not be available in Indoor units)

Disable : Country is available and can
chosen from the list. This
allows the usage of the unit as
per regulatory of the specied
country.

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Wireless

Basic Setting

Wireless Mode

These parameter is used to dene the operating mode of the Wireless LAN interface.

You can select among the following modes:

Modes

Description

AP

Client

Standard AP mode or MASTER mode.

Client mode, available as IEEE 802.11 standards. Should be used in conjunction with
WAN port. One the unit is set to client mode then the WIRELESS become WAN and
the IP for this port needs to be set at WAN section in Basic Setting. Is useful if the unit
is a client and all trafc coming from the wireless needs to be masqueraded. So use this
if Internet comes to the Unit from Wireless side and all LAN trafc needs to access the
internet but also remain behind the rewall.

Client-Bridge

This is client mode but in bridged form. This is useful in some scenarios but it only forwards
its MAC address for the whole network behind the LAN. So some devices which need their
MAC address also forwarded, may not work. Its used mostly in scenarios like BTS-CPE and
CPE has not many computers attached and CPE to CPE communications is required.

Adhoc

This is used for creating MESH network where no one is master and no one is slave and every
one connects to every one and routing is done by OLSR.

WDS Station

This is the most recommended for use in PTP and PTMP scenarios (CPE-CPE communication
over the BTS is not possible in this mode). This is to be used with WDS AP at the central site.
It offers the most transparent bridging.

Modes

Description

Full (20MHz)

Regular 20Mhz channel, full bandwidth available

Half (10MHz)

10Mhz channel, occupies +-5Mhz, ½ the bandwidth available on full. Helps in concentrating
the signal and also interference from adjacent links reduced by half.

Quarter (5MHz)

5Mhz channel, occupies +-2.5mhz, ¼ the bandwidth available on full. Helps in concentrating
the signal further and interference from adjacent links reduced by 1/4th.

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Wireless

Basic Setting

Wireless Network Mode

Denes the IEEE802.11 networking mode.

Option of multiple modes.

Modes

Description

Disabled

Mixed

BG-Mixed

A-Only

B-Only

G-Only

N-Only

If selected, it will disable the interface.

Mixed 802.11a / 802.11b / 802.11g / 802.11n (depending on radio capabilities) Mixed mode

BG-Mixed Operating in 2,4 GHz 802.11b & 802.11g mixed mode - 802.11a / 802.11n
(devices cannot connect)

A-Only Operating in 5 GHz, 802.11b / 802.11g / 802.11n devices cannot connect

B-Only Operating in 2,4 GHz, 802.11b – 802.11a / 802.11g / 802.11n devices cannot connect

G-Only Operating in 2,4 GHz, 802.11g – 802.11b / 802.11g / 802.11n devices cannot connect

N-Only Operating in 2,4 / 5GHz (depending on radio capabilities), 802.11n – 802.11a /

802.11b / 802.11g devices cannot connect

Pre-Wimax feature. Allows user to set spectrum utilization. Dynamic 20/40 MHZ Channel width switch between 20 MHz &
40 MHz ,Helps in increasing the bandwidth and reducing interference.

Channel Width

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Wireless

Basic Setting

Wireless Channel

Sets the desired wireless channel from entire list.

Wireless Network Name (SSID)

The name of the wireless network. (should be same in AP & Station)

TX & RX Antenna Chains

TX Antenna Chain : This allows the user to select the antenna for MIMO 2x2 it should be 1+2 and in case of MIMO 1x1

it should be 1 or 1+2 default.

RX Antenna Chain : This allows the user to select the antenna for MIMO 2x2 it should be 1+2 and in case of MIMO 1x1
it should be 1 or 1+2 default.

ScanList

This is the list that client or station scans for searching the remote AP. If the unit is congured as AP and frequency
enabled is default then the scan list denes which frequencies the AP will check to the best for tuning.

Sensitivity Range (ACK Timing)

This value should be at least the same value like the distance to the access point in meters. It should not be less but
maybe 10% more.

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Wireless

Wireless Security

Modes

Description

Disabled

WPA Personal

WPA Enterprise

WPA2 Personal

WPA2 Enterprise

WPA2 Personal Mixed

WPA2 Enterprise Mixed

RADIUS

WEP

No encryption set – not recommended!

WPA encryption with a passphrase (textual password)

WPA encryption with Radius Client authentication according to 802.1x

WPA2 encryption with a passphrase (textual password)

WPA2 encryption with Radius Client authentication according to 802.1x

WPA & WPA2 encryption in WPA/WPA2 mixed mode with a passphrase (textual password)

WPA & WPA2 encryption in WPA/WPA2 mixed with Radius Client authentication according to 802.1x

WEP 64 Bit / 128 Bit encryption – insecure by design, not recommeded!

RADIUS utilizes either a RADIUS server for authentication or WEP for data encryption. To utilize
RADIUS, enter the IP address of the RADIUS server and its shared secret. Select the desired
encryption bit (64 or 128) for WEP and enter either a pass phrase or a manual WEP key.

To disable security settings, keep the default

The router supports different types of security settings for your network. Wi-Fi Protected Access (WPA) Personal,WPA
Remote Access Dial In User Service (Radius) , Radius, and Wire Equivalence Protection (WEP), which can be selected
from the list next to Security Mode.

TKIP stands for Temporal Key Integrity Protocol, which utilizes a stronger encryption method than WEP, and
incorporates Message Integrity Code (MIC) to provide protection against packet tampering. AES stands for
Advanced Encryption System, which utilizes a symmetric 128-Bit block data encryption and MIC. You should
choose AES if your wireless clients supports it.

To use WPA Personal, enter a password in the WPA shared key eld between 8 and 63 characters long.
You may also enter a Group Key Renewal Interval time between 0 and 99,999 seconds.

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Wireless

MAC Filter

OTAi Pluto sheye has a feature to lter the
clients (computers or laptops)
to allow or deny the permission to connect
with wireless network.

Click on 'Edit MAC Filter Button →

A popup box will open.

Enter the MAC address of wireless

adaptor (client's computer) in this TAB the

device whose MAC address is mention →

In this popup window will get services as

per allow or deny conditions selected.

Click on Save & than Apply Setting.

Please do the following steps to congure the MAC Filter:

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Wireless

WDS

This section allows multiple WDS links to be created. Mode should always be LAN and a
name should also be given.

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Services

Services

The services section allows the conguration of the settings of
basic services. Especially Telnet and SSH can be congured
this way. The remote access options are congured in the
"Administration" section.

Available DHCP Server
Domains

Description

WAN Standard

LAN / WLAN

Row / MACupd Interface
Options

Description

LAN & WLAN Standard

LAN

WLAN

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Services

PPPoE Server

Some applications require running a PPPoE server on the router that can be congured here.
The PPPoE server is disabled by default.

VPN

PPTP Server

If required the router can also be congured as PPTP server or PPTP client.

When dening the PPTP servers IP range intersections with the routers DHCP range (if DHCP is enabled) should
be avoided. The IP range is dened using the following syntax :

xxx.xxx.xxx.<start-ip>-<end-ip>
for instance

192.168.1.20-30
The client login data are entered as follows:
<username> * <password> *
for instance
testuser * test *

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Services

VPN

PPTP Client

The encryption options can be set as follows

PPTP server type

Settings

OTAi Router

Windows PPTP Server

mppe required (Standard)

mppe required,no40,no56,stateless or mppe required,no40,no56,stateful.

Security

Firewall

Aside from enabling / disabling the rewall you can also set
additional lters, block certain network request for the WAN
interface and dene the log management.

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Security

VPN Passtrough

The VPN settings dene the rewall handling of IPSec, PPTP and L2TP connections. By default pass-through is
enabled. Please not the disabling pass-through will usually prevent you from establishing VPN connections from
computers located in your local network to VPN servers in the internet.

Access Restrictions

WAN Access

The WAN access settings allow the denition of
time and service related access rules.

01) Go to Access Restrictions.

02) Name the rule as you need. Example : Block_YAHOO

03) Click on the Button “ Edit list of clients.”

04) Add the MAC address of the wanted clients.

5) Add the IP of the wanted clients or the IP range you want to block.

06) Click on Apply “Setting Button” and then click on close button.

07) Enable the rule you have just created.

08) “Allow” or “Filter” (depends on version) option has to be selected
for internet access during selected days and hours.

09) Go to the section “Website Blocking by URL Address”.

10) Add the Domain Name you want to block without

www..example : yahoo.com

11) Go to the section “Website Blocking by keywords”.

12) Add the keywords you have to block Example : google.

13) Proceed as much as you need with the keywords you want to block.

14) Click on “Apply Setting” button

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Go to Administration  Command tab, copy and paste the below command
iptables -I FORWARD -p tcp -d facebook.com -m multiport --dports 80,443 -j REJECT

then click on Run Commands and Save Firewall.

To block both http and https trafc to the specic website do the following steps :

After that Go to Services tab  DNSMasq ,copy and paste the below command

address=/.facebook.com/127.0.0.1
address=/facebook.com/127.0.0.1

Save and apply setting.
After doing the above changes you can block facebook.

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NAT / QoS

Port Forwarding

Port Forwarding allows the assigning of WAN ports to specic internal IP addresses and matching ports. That way
external trafc can be bidirectional forwarded to specic internal devices and computers. Per port forwarding entry
a source port and a target IP address and the related port can be dened.

Before adding a new port forward or removing one all changed settings should be saved because the input form is
reloaded and changes not saved would be lost.

Port Range Forwarding

Port Range Forwarding works similar to Port Forwarding. Unlike Port Forwarding instead of a single port a range of
ports is entered that is 1:1 forwarded to the same port at the internal target IP address.

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NAT / QoS

Port Triggering

Port Triggering is a kind of Port Range Forwarding where outgoing trafc on specic ports enables previously dened
port forwards for the activating device. By this it is possible to open ports application temporarily when a specic
application is launched on an internal computer. This offers a greater level of security than port Forwarding or Part
Range Forwarding because the Ports are only opened if necessary.

UPnP

UPnP allows UPnP capable applications and devices to open and close required ports automatically to receive data.
This does not require further conguration steps and is very simply in handling.

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NAT / QoS

DMZ

A DMZ computer is a special computer in the internal network that gets all incoming trafc forwarded. The task of that
computer is managing this trafc. When the DMZ feature is activated the internal rewall is activated. This can pose
a security issue if not handled with care. Furthermore several services of the router, that have to be accessible from
the WAN side, will not work because the associated trafc is forwarded to the DMZ computer.

QoS

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QoS

QoS Setting

This section deals with the QoS features offered in the Router.

Start QoS: Enable or Disable, needs to be enabled

Port : LAN&WLAN needs to chosen. If its indoor unit then WAN can also be chosen of QoS needs to be implemented

on the WAN

Uplink/downlink (kbps): If just uplink / downlink needs to control then any speed in kbps can be entered. If later part of
QoS needs to be used then 100000 should be entered.

Service Priority

If any service from the list needs to be prioritized then that can be done.

Netmask Priority

This allows controlling bandwidth on IP address or Full Pool of IP.

NAT / QoS

Important : Do Not Enter

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QoS

NAT / QoS

MAC Priority

This allows bandwidth shaping on MAC addresses.

Default Bandwidth Level

This section deals with the QoS features offered in the Router.

Start QoS: Enable or Disable, needs to be enabled.

Port : LAN&WLAN needs to chosen. If its indoor unit then WAN can also be chosen of QoS needs to be implemented on the WAN

Administration

Management

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Administration

Management

Router Management

Default User Name : root

(cannot be Changed)

Default Password : admin

(It is recommended to change
the default password)

Router Password

Protocol : HTTP or HTTPS available. HTTPS is secure form and some browsers may need

instructions to accept certicates. By default its HTTP

Auto Refresh : This is the time the status page automatically refreshes.

Enable Info Site : Whether info site is to be displayed or not, by default its enabled.

Info Site Password Protection: When the IP address of the router is typed the info site is displayed and if

anything else if clicked then user name and password are asked. This parameter allows the user to enable
displaying of INFO site with password. If enabled then user name and password will be asked before even
displaying the Info site by default its disabled.

Info Site Mac Masking : All MAC address shown in the info site are masked. It's a security feature and by default
its enabled.

Administration

Management

Remote Access

Web GUI : Its disabled by default, its valid for Indoor units where WAN is enabled. So to allow access via the

Management IP address of the WAN port this needs to be enabled.

SSH Management : Enabled by default

SSH remote port : 22 by default can be changed if required.

Keep Alive

Check the correct time

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Proxy/Connection Watchdog

If the IP entered is not reachable the router will reboot.

Schedule Reboot

Reboot can be scheduled. This is useful in some scenarios where reboot after specic time is required.

Process of Schedule Reboot

Process-1 (by command)

Set the time zone in basic setup and

Save and Apply Setting.

Go to Administration command
copy & paste the below command Save rewall

echo "#!/bin/sh" > /tmp/restart_router
echo "startservice run_rc_shutdown; /sbin/reboot" >> /tmp/restart_router
chmod a+x /tmp/restart_router
echo root /tmp/restart_router" > /tmp/cron.d/restartrouter"50 15 * * *

(50min and 15hours) as per this command router will reboot at 3:50pm

*

Check the correct time.

Administration

Keep Alive

Reboot can be scheduled. This is useful in some scenarios where reboot after specic time is required.

Process of Schedule Reboot

Process-2 (by GUI)

Set the time zone in basic setup and check the
router time.

Go to Administration Keep AliveEnable
Schedule RebootAt a set Time
(set the time of reboot)  Save and Apply Setting

WDS/Connection Watchdog

IP of the remote radio can be entered in it and if that is unreachable after specic time as entered then the unit will reboot.

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Administration

Commands

This allows entering commands into RC_Firewall. Specic commands that are not available in the GUI but possible
can be entered through this mode. Some models can even have full iPBX like Asterisk run through this.

Command Shell

WOL

With "Wakeup On LAN" you can trigger special data packages the allow waking up LAN devices in sleep mode that
are located in your LAN.

The WOL data packages can be triggered manually or automatically by schedule.

Available Hosts

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Administration

Factory Defaults

After applying factory default setting, unit will reboot and you need to browse again.

You have to retype

Router username = root
Router password = admin
Re-enter to conrm = admin then click on “Change Password” button.

Reset router settings

With this feature you can reset the routers settings to factory defaults.

Backup

You can use this feature to store your current conguration into a le (Backup) and also to restore a previously stored
conguration. Using this functionality you can also setup a number of routers with the same conguration.

Backup Settings

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Administration

Firmware Upgrade

Ask OTAi support before rmware up gradation. Wrong rmware will cause to damage the unit.

Please send your E-mail to
[e-mail] for your problem or for latest rmware, or visit to our

website : www.onnettechnologies.com

Firmware Upgrade

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Status

Router

The status screen displays router information like cpu load, memory
consumption and currently active IP connections.

The status us updated automatically.

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Status

WAN

In case the WAN interface is enabled this screen displays the most relevant WAN settings and the throughput statistics.

LAN

Here you can nd LAN related information like active clients and DHCP-clients.

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Status

Wireless

The wireless LAN status screen displays the current wireless LAN interface conguration and the wireless LAN clients
(in AP modes) and access points (in client modes). In case there are more than one wireless LAN interfaces you can
switch between them via the interface pull down menu.

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Status

Bandwidth

NOTE: If the UNIT is bridged, then there might some illogical showing of bandwidth on LAN.

In Bridge mode it's recommended to see ATH graph.

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Status

Sys-Info

The Sys-Info screen combines the most important information of the other status pages. By default the Sys-Info page
can be accessed from LAN devices without authentication that can be changed using the settings in the "Management"
section of the "Administration" area.

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To check current rmware version required for any kind of RMA / Support from OTAi support, please Important :

click on the OATi 9331.

Note : The OTAi equipment is a high-grade technical level of equipment and requires high level of technical expertise
to handle it mis-handling or mis-conguration could cause an irrevocable outage to your network.

For any question or product related support

Technical Support

Phone : [phone]
: [phone]

PARAMETER FOR AP

Access Programing GUI...........................................................56

IP Conguration .................................................................57-58

Wireless Basic Setting .......................................................59-61

Wireless Security......................................................................62

PARAMETER FOR STATION

Access Programing GUI.................................................................63

IP Conguration ........................................................................64-65

Wireless Basic Setting ..............................................................66-68

Wireless Security............................................................................69

End-to-End Ping............................................................................. 70

Link Stability...................................................................................70

Table of Contain

Schedule Reboot in Pluto ....................................................71-73

Frequently Asked Question (FAQ).....................................74-76

www.onnettechnologies.com

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Pluto Quick Reference Chart

Point to Multi-Point

Enterprise Wireless Solution

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Access programing GUI

1.1 a) Open internet browser (mozilla / chrome, explorer or any other)

b) Type 192.168.1.1 (default IP of device) below status page will popup.

Authentication Required

The server http://192.168.1.1:80 requires a username and
password. The server says: OTAi.

User Name:

Password:

root

*****

Log In

Cancel

X

◄

Default username : root
Default Password : admin

Step-1

Before entering programing mode we have to complete authentication

2.1 Network parameter : Dened unique IP address to each device.

local IP Address : 192.168.1.1

Change the IP address for WDS AP &

WDS Station as explain

Setup

Basic Setup

Default

Example of IP Allocation

Native IP : 192.168.10.0

Subnet : 255.225.255.0

DHCP range : 192.168.10.50 to 192.168.10.200

IP for Pluto 1 : 192.168.10.5 / 255.255.255.0

IP to Pluto 2 : 192.168.10.6 / 255.255.255.0

IP for PC 1 connected to Pluto 1 : 192.168.10.10 / 255.255.255.0

IP for PC 2 connected to Pluto 2 : 192.168.10.11 / 255.255.255.0

NOTE : It is strictly recommended that unique

IP given to wireless devices must be before
DHCP range.

In this case it should be between

192.168.10.1 to 50.

NOTE : Since the device IP address has been changed, you can access GUI with

new IP address.

Save the Conguration and Apply Setting.

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Dene network parameters to set point to point link between two devices.

Step-2

DHCP Server

2.2 DHCP Server : Disable DHCP server in Pluto-1 & Pluto-2.

Save the Conguration and Apply Setting.

Setup

Basic Setup

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Dene network parameters to set point to point link between two devices.

Step-2

Wireless

Basic Setting

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Dene wireless parameters for Access Point (AP)
Device 1 will be dened as AP and Device 2 as Station (CPE)

Step-3

Parameter for AP

Wireless

Basic Setting

Wireless Mode

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3.1 Dene wireless mode : Pluto-1 WDS AP

Pluto-2 WDS Station

Save the Conguration

3.2 Wireless network mode : N-Only (same in Pluto-1 & Pluto-2 )

Wireless Network Mode

Channel Width

3.3 Channel Width : Dene wireless channel from drop down window (same in Pluto-1 & Pluto-2 )

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Parameter for AP

Step-3

Wireless Channel

In WDS Station mode this option is not available.
Station will automatically search AP and get associate
if all other parameters are matching.

3.4 Wireless channel : Dene wireless channel from drop down window only in Pluto-1 (AP device)

SSID

3.5 Wireless network name (SSID) : it should be same in Pluto-1 & Pluto-2 (case sensitive).

Scan List

3.6 Scan list : only applicable in Pluto-2 (Station), dene wireless channel same as selected in Pluto-1 (AP)

After compilation of step 1 to 6 please click on advance setting to open other parameters for wireless programing

Sensitivity Range (ACK Timing)

3.7 Sensitivity Range : Dene link distance as sensitivity range in meters

Default range is 2000 meters and it is required to be alter to actual link distance only
above 2km. (example :- if the link distance the link is 7.9km dene 7900 in sensitivity range in
both the devices)

Save the Conguration and Apply Setting.

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Parameter for AP

Step-3

Wireless

Security

Wireless Security ath0

4.1 security mode : Dene in both devices.WPA2 Personal

( it should be same in both the devices, case sensitivity)

4.3 WPA shared key : Dene Alfa numeric password of minimum 10 digits.

4.2 WPA algorithms : Dene in both the devices.TKIP+AES

Please do not select WEP security mode since, it is not support in N technology, in case you select WEP security
mode the device will fallback to 802.11bg (54Mbps max) connectivity.

Please note WEP security codes can be hacked easily.

Save the Conguration and Apply Setting.

Upon Save & Apply Settings the device will get reboot and try to look forward to partner device.
If all the parameters match with partner device ping will get establish automatically and you will be able to
access remote device from your end.

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Dene Wireless Security

Step-4

Parameters for Station

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1.1 a) Open internet browser (mozilla / chrome, explorer or any other)

b) Type 192.168.1.1 (default IP of device) below status page will popup.

Authentication Required

The server http://192.168.1.1:80 requires a username and
password. The server says: OTAi.

User Name:

Password:

root

*****

Log In

Cancel

X

◄

Default username : root
Default Password : admin

Before entering programing mode we have to complete authentication

Access Programing GUI

Step-1

2.1 Network parameter : Dened unique IP address to each device.

local IP Address : 192.168.1.1

Change the IP address for WDS AP &

WDS Station as explain

Setup

Basic Setup

Default

Example of IP Allocation

Native IP : 192.168.10.0

Subnet : 255.225.255.0

DHCP range : 192.168.10.50 to 192.168.10.200

IP for Pluto 1 : 192.168.10.5 / 255.255.255.0

IP to Pluto 2 : 192.168.10.6 / 255.255.255.0

IP for PC 1 connected to Pluto 1 : 192.168.10.10 / 255.255.255.0

IP for PC 2 connected to Pluto 2 : 192.168.10.11 / 255.255.255.0

NOTE : It is strictly recommended that unique

IP given to wireless devices must be before
DHCP range.

In this case it should be between

192.168.10.1 to 50.

NOTE : Since the device IP address has been changed, you can access GUI with

new IP address.

Save the Conguration and Apply Setting.

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Dene network parameters to set point to point link between two devices.

Parameter for Station

Step-2

DHCP Server

2.2 DHCP Server : Disable DHCP server in Pluto-1 & Pluto-2.

Save the Conguration and Apply Setting.

Setup

Basic Setup

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Dene network parameters to set point to point link between two devices.

Parameter for Station

Step-2

Wireless

Basic Setting

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Dene wireless parameters for Station (CPE)

Step-3

Parameter for Station

Wireless

Basic Setting

Wireless Mode

3.1 Dene wireless mode : Pluto-2 WDS Station

Save the Conguration

3.2 Wireless network mode : N-Only (same in Pluto-1 & Pluto-2 )

Wireless Network Mode

Channel Width

3.3 Channel Width : Dene wireless channel from drop down window (same in Pluto-1 & Pluto-2 )

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Step-3

Parameter for Station

SSID

3.3 Wireless network name (SSID) : it should be same in Pluto-1 & Pluto-2 (case sensitive).

Scan List

3.4 Scan list : only applicable in Pluto-2 (Station), dene wireless channel same as selected in Pluto-1 (AP)

After compilation of step 1 to 6 please click on advance setting to open other parameters for wireless programing

Sensitivity Range (ACK Timing)

3.5 Sensitivity Range : Dene link distance as sensitivity range in meters

Default range is 2000 meters and it is required to be alter to actual link distance only
above 2km. (example :- if the link distance the link is 7.9km dene 7900 in sensitivity range in
both the devices)

Save the Conguration and Apply Setting.

Note : “wireless channel frequency” “default” The scan list can also be given selected in place of access point device

example : if selected wireless channel frequency is in Access Point than you can mention scan list as under64-5320

5320

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Step-3

Parameter for Station

Wireless

Security

Wireless Security ath0

4.1 security mode : Dene in both devices.WPA2 Personal

( it should be same in both the devices, case sensitivity)

4.3 WPA shared key : Dene Alfa numeric password of minimum 10 digits.

4.2 WPA algorithms : Dene in both the devices.TKIP+AES

Please do not select WEP security mode since, it is not support in N technology, in case you select WEP security
mode the device will fallback to 802.11bg (54Mbps max) connectivity.

Please note WEP security codes can be hacked easily.

Save the Conguration and Apply Setting.

Upon Save & Apply Settings the device will get reboot and try to look forward to partner device.
If all the parameters match with partner device ping will get establish automatically and you will be able to
access remote device from your end.

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Step-4

Parameter for Station

End to End Ping

When both the Pluto1 and Pluto2 are connected to host computers, both the end- computers can ping each others directly

Open the terminal window in the computer from which you want to ping the connected system.
Enter the IP address of the PC which is associated with the link.
Observe the latency associated with the link.

Link Stability

For stability and high performance of the link it is also important that the both radio are very well aligned.

Please browse both devices with respective IP address and you will nd link status on the bottom of the page.

Parameters are :-

1) Signal quality - Range 30-60%

2) Signal level should be 50-70%

Please align the antenna horizontally & vertically at both the ends and achieve signal quality as per range mention above.

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Step-5

Parameter for Station

www.onnettechnologies.com

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Quick Reference

in Pluto

Congure

Schedule Reboot

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Flow Chart for

Schedule Reboot

Due to heavy trafc, multiple concurrent section, Network ooding, some times device behaves erotically to any
given point of time. In such situation we strongly recommended reboot scheduler for all devices in the network.

Goto Basic  Basic Setting  Time Setting

NTP Client → Enable

Time Zone → UTC+04:00 (as per UAE)

Summer Time (DST) → None

Server IP/Name → time-a.nist.gov

Save and Apply Setting

Click on

Check the correct timing and follow the step-2

Goto Administration  Keep Alive 
Schedule Reboot

Schedule Reboot → Enable

At a set Time → 15 : 50 (Set time to reboot Pluto sheye)

Process-1

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Flow Chart for

Schedule Reboot

Go to Administration  Commands Copy & Paste the below commands  then click on save rewall.

echo "#!/bin/sh" > /tmp/restart_router

echo "startservice run_rc_shutdown; /sbin/reboot" >> /tmp/restart_router

chmod a+x /tmp/restart_router

echo "50 15 * * * root /tmp/restart_router" > /tmp/cron.d/restartrouter

Min Hour

Note : As per above command the router will reboot at 3:50pm.

Process-2

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Frequently Asked Question (FAQ)

Q1. Why Pluto is not powering on ?

Answer : The best way to check if the Pluto is powered on is from the indicator or check from the PoE indicator or using PING

command. If the problem persists, check if the Ethernet cable is properly inserted in the Pluto. Secondly, you can also try

replacing the Ethernet cable with another pair.

Q2. I am not able to ping my Pluto. What shall I do?

Answer : Check if the host computer from which you are trying to ping the Pluto is in the same subnet as the Pluto. You may refer

to windows help which has instructions on how to add IP address along with its subnet mask.

Q3. What are licensed and unlicensed frequencies?

Answer : Licensed frequencies are the frequency bands which are reserved by government or private agencies. They are not for

the public domain. In case, you are using the licensed frequencies, you should have prior permissions to use them.

However, the unlicensed frequency bands are those which are available for the public usage for free.

Q4. How far can I place the Pluto1 and Pluto2 ?

Answer : The distance between Pluto1 and Pluto2 is dependent on the RF planning and environmental conditions. Antenna gain

is a critical factor in this procedure as it adds up to the board output.

Q5. The Pluto login screen is not appearing. What should I do?

Answer : Reboot the Pluto and try logging once again. Check that the URL is valid for the Pluto using default factory settings.

If you had previously changed the IP address of the Pluto, enter that IP address instead of “192.168.1.1”.

In case the error messages-“server not responding” or “page not found” – report the same to our technical support team.

Q6. The Pluto1 is not detecting the Pluto2. Why?

Answer : All required parameters of the Pluto1 and Pluto2 must be same as suggested or depending on the planning, for proper

detection and connection. For proper connection, the environmental factors must also be suitable. Remove or avoid

any obstacle that might be present in the line of sight (LOS) of the Pluto1 and Pluto2.

Q7. Can the Pluto automatically scan for the another Pluto in its range?

Answer : Yes, The Pluto2 automatically scans for any Pluto1 which is present within its range. However, the Pluto1 must be

operating in the same frequency.

Q8. I have connected the Pluto1 and Pluto2 but still the Pluto2 is not registered with Pluto1?

Answer : The following checks should be done. 1). Recheck all the connections for any loose ends. 2). Check all listed parameter

are in both Pluto1 and Pluto2. 3). Try to place the Pluto1 and Pluto2 in a place where there are no obstacles in the LOS

between the Pluto1 and Pluto2.

Q9. Is my Pluto water –proof from rains?

Answer : Yes, the Pluto enclosure is fully rain-proof. They meet all the international standards for safety and operability.

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Frequently Asked Question (FAQ)

Q10. What is Super Channel ?

Super Channel is special features of OTAi routers that allow you to access additional frequencies. Many Locations which
are frequency polluted due to extensive use of various AP/CPE it becomes very difcult to establish stable link. Super
channel once enabled it extends the basic frequency range to fairly wide choice of frequency range.In general condition you
may get 26 frequencies 5180-5825. In case of Super channel once activated user will get 236 option of frequencies which
opens up sky for you to use special frequency to establish stable Point to Point Link.

The Super Channel allows you to use special frequencies from 2192 Mhz - 2732 Mhz ( 802.11gn capable devices only) and
4915 Mhz - 6100 Mhz (802.11an capable devices only).

You must take care to operate within your local regulatory requirements. If necessary, you must request a license to operate
on licensed frequencies. Be warned that the use of many of these additional channels will break your regulatory domain
requirements in your country and if you were discovered perhaps (surely) you will be penalized.

Go to wireless and select Super Channel TAB,
if you want to activate Super Channel copy the
entire key and send to
[e-mail] for activation.
After getting activation key, paste the activation
key and click on activate.

Q11. How to use super Channel ?

After activating Super channel Go to wireless tab and
enable the super channel option and save then
mentioned the range of frequencies in
Scan list 5100-5400 save and apply setting.

Refresh the browser after Apply setting. This option
allow you to select frequencies range from
5100 to 5400 . Dene this option in both AP and
Station for Point to Point Link. You can select various
frequencies range by dene in Scan List.

Frequently Asked Question (FAQ)

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Point to Point Bridge...........................................................78-80

Point to Multi-Point Bridge..................................................81-82

Multiple Wireless Network (SSID) with Separate IP Range..............83.-86

Schedule Reboot in Pluto.....................................................87-88

Technical Support..................................................................89

Table of Contain

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Pluto Technical Flow Chart

Point to Multi-Point

Enterprise Wireless Solution

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Bridge

Program

Point to Point

Quick Reference / Flow Chart

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Flow Chart for Access Point (Device-1)

Browse

Setup

Basic Setup

Network Setup (Dene Network Parameters)

Save

DHCP Server

Disable

Apply Setting

Username

Password

192.168.1.1

root

admin

Save

Wireless

Wireless Mode

Wireless Network Mode

Channel Width

Wireless Channel

SSID

Scan List

Sensitivity Range (ACK Timing)

WDS AP

N-Only (5GHz)

Dynamic (20/40MHz)

Select from Drop-Down Window

OTAi (Default)

Default or dene working
frequency range of radio
5xxx-5yyy = max 300MHz

2000m for upto 2km (default)
Dene Actual link distance in
meter if link is above 2km.

Basic Setting

Advanced Setting

Save

Save

Apply Setting

Step-1

Step-2

Wireless Security

Security Mode

WPA Algorithms

WAP Shared Key

WPA2 Personal

TKIP+AES

**********

(Alfa Numeric min-10Digits)

Save

Apply Setting

Step-4

( Since the device IP address has been changed, you can access GUI with new IP address.) Note :

Browse

New IP address

Step-3

*

1) Each wireless device must have unique IP address.

2) It is strictly recommended that unique IP given to wireless devices must be before DHCP range.

*

SSID

Scan List

Sensitivity Range (ACK Timing)

OTAi (Dene same as AP)

Default or dene wireless
channel selected in AP device

Advanced Setting

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Flow Chart for Station (Device-2)

Browse

Username

Password

192.168.1.1

root

admin

Wireless

Wireless Mode

Wireless Network Mode

Channel Width

N-Only (5GHz)

Dynamic (20/40MHz)

Basic Setting

WDS Station

Save

Dene same as AP

Save

Apply Setting

Step-1

1) Each wireless device must have unique IP address.

2) It is strictly recommended that unique IP given to wireless devices must be before DHCP range.

Browse

New IP address

Step-3

Wireless Security

Security Mode

WPA Algorithms

WAP Shared Key

WPA2 Personal

TKIP+AES

**********

(Alfa Numeric min-10Digits)
Dene same as AP

Step-4

Save

Apply Setting

*

Setup

Basic Setup

Network Setup (Dene Network Parameters)

Save

DHCP Server

Disable

Apply Setting

Save

Step-2

( Since the device IP address has been changed, you can access GUI with new IP address.) Note :

*

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Bridge

Program

Point to Multi-Point

Quick Reference / Flow Chart

We can set multiple location connected to one Access Point, used

wide transmission angle or OMNI directional antenna with 360° coverage.

AP

AP

You can program AP as per page no 81 and you can dene multiple Client/
Station as per page no 82.

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In case when AP is from other make, you can use following steps from
multiple stations.

Browse

Username

Password

192.168.1.1

root

admin

Step-1

1) Each wireless device must have unique IP address.

2) It is strictly recommended that unique IP given to wireless devices must be before DHCP range.

SSID

Scan List

Sensitivity Range (ACK Timing)

OTAi (Dene same as AP)

Default or dene wireless
channel selected in AP device

Advanced Setting

Wireless

Wireless Mode

Wireless Network Mode

Channel Width

Mixed

Dynamic (20/40MHz)

Basic Setting

Dene same as AP

Save

Apply Setting

Browse

New IP address

Step-3

Wireless Security

Security Mode

WPA Algorithms

WAP Shared Key

WPA2 Personal (Dene same as AP)

TKIP+AES (Dene same as AP)

**********

(Dene same as AP)

Step-4

Save

Apply Setting

*

Setup

Basic Setup

Network Setup (Dene Network Parameters)

Save

DHCP Server

Apply Setting

Save

Step-2

( Since the device IP address has been changed, Note :

you can access GUI with new IP address.)

*

STP

Client Bridge (Routed)

Save

Disable

Disable

Quick Reference / Flow Chart

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Quick Reference / Flow Chart

(Multiple DHCP Server)

with

Create (SSID)

Multiple Wireless Network

Separate IP Range

Virtualize and unbridged WLAN for Dedicated Services optimize the network efficiency which results in
maximum uptime and connectivity.

Each BSSID and each Ethernet Port can be tagged with separate VLAN for ultimate secure tunneling of data.

Guest / BackOffice / Business-critical devices can be configured to operate on separate SSID. Each SSID can
be bridged on common IP pool or can be un-bridged to separate IP pools.

Virtual Cells

for traffic isolation

Intelligent Pluto offer upto

8 layers of virtual cells.

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Create Multiple Wireless Network (SSID)
with Separate IP Range (Multiple DHCP Server)

Browse

Setup

Basic Setup

Network Setup (Dene Network Parameters)

Save

DHCP Server

Apply Setting

Username

Password

192.168.1.1

root

admin

Save

Wireless

Wireless Mode

Wireless Network Mode

Channel Width

Wireless Channel

SSID

Scan List

Sensitivity Range (ACK Timing)

WDS AP

Mixed

Dynamic (20/40MHz)

Select from Drop-Down Window

OTAi (Default)

Default

2000m (default)

Basic Setting

Advanced Setting

Save

Save

Apply Setting

Step-1

Step-2

Wireless Security

Security Mode

WPA Algorithms

WAP Shared Key

WPA2 Personal

TKIP+AES

**********

(Alfa Numeric min-10Digits)

Save

Apply Setting

Step-4

( Since the device IP address has been changed, you can access GUI with new IP address.) Note :

Browse

New IP address

Step-3

*

1) Each wireless device must have unique IP address.

2) It is strictly recommended that unique IP given to wireless devices must be before DHCP range.

*

DHCP Enable

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1) Each wireless device must have unique IP address.

2) It is strictly recommended that unique IP given to wireless devices must be before DHCP range.

*

Wireless Security

Security Mode

WPA Algorithms

WAP Shared Key

WPA2 Personal

TKIP+AES

**********

Dene different for guest

Step-6

Save

Apply Setting

VAP

SSID

guest

Wireless

VAP

Wireless Mode WDS AP

Basic Setting

ADD

Save

Apply Setting

Step-5

We will observe one more security option popped up below for guest
security.

Click on "Apply Settings" button, wait 1 minute, and then you should be able to see and connect to both
WLAN SSID's using their new encryption settings. Make sure that you can connect to both SSID's, receive
a DHCP lease, and browse the network/Internet before you do anything further.

Create Multiple Wireless Network (SSID)
with Separate IP Range (Multiple DHCP Server)

Add

br1

Apply Setting

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Separating the WLAN's

Setup

Networking

Bridging

Creat Bridge

Add

Step-7

br-1

Apply Setting

IP : 192.168.3.1

Subnet : 255.255.255.0

Apply Setting

Assign to Bridge

Interface : ath0.1

DHCPD Multiple DHCP Server

Add

Apply Setting

br1

Network Conguration

Unbridged

Wireless

VAP

Advanced Setting

Basic Setting

Save

Apply Setting

IP : 192.168.3.1

Subnet : 255.255.255.0

Go to Administration  Commands Copy & Paste the below commandsthen click on save rewall.

iptables -I INPUT -i ath0.1 -d 192.168.3.1/255.255.255.0 -m state --state NEW -j DROP
iptables -I FORWARD -i ath0.1 -m state --state NEW -j ACCEPT
iptables -I FORWARD -i ath0.1 -o br0 -m state --state NEW -j DROP
iptables -I FORWARD -i br0 -o ath0.1 -m state --state NEW -j DROP

Step-8

Create Multiple Wireless Network (SSID)
with Separate IP Range (Multiple DHCP Server)

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Quick Reference

in Pluto

Congure

Schedule Reboot

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Setup

Basic Setup

Time Setting

Enable

Step-1

Schedule Reboot

Flow Chart for

NTP Client

UTC +04:00

Time Zone

None

Summer Time (DST)

time-a.nist.gov

Server IP/Name

(To set UAE timing)

Save

Apply Setting

Check the correct timing and follow the step-2

Administration

Keep Alive

Schedule Reboot

15

Step-2

At a set Time

Everyday50

Hours Minutes Day

Save

Apply Setting

OR

Go to Administration  Commands Copy & Paste the below commandsthen click on save rewall.

echo "#!/bin/sh" > /tmp/restart_router
echo "startservice run_rc_shutdown; /sbin/reboot" >> /tmp/restart_router
chmod a+x /tmp/restart_router
echo "50 15 * * * root /tmp/restart_router" > /tmp/cron.d/restartrouter

Min Hour

Note : As per above command the router will reboot at 3:50pm.

Due to heavy trafc, multiple concurrent section, Network ooding, some times device behaves
erotically to any given point of time. In such situation we strongly recommended reboot scheduler
for all devices in the network.

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To check current rmware version required for any kind of RMA / Support from OTAi support, please Important :

click on the OATi 9331.

Note : The OTAi equipment is a high-grade technical level of equipment and requires high level of technical expertise
to handle it mis-handling or mis-conguration could cause an irrevocable outage to your network.

For any question or product related support

Technical Support

Phone : [phone]
: [phone]