DQ Technology M505NR31 Users Manual
Product Manual
Model: M505N
Product Description: Broadband Gateway
WAN: ADSL2+ / Ethernet WAN
Ethernet: Qty 4 - 10/100 Ethernet
USB: 2.0
WiFi: 802.11 b/g/n 2T2R 2.4Ghz with Internal Airgain Antenna
Manual Version: 0.1e
Manual Date: December 2014
VisionNet M505N
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Table of Contents
SECTION 1: MANAGEMENT ACCESS
1.1 MANAGEMENT ACCOUNTS 6
1.2 GUI ACCESS 7
1.3 CLI ACCESS 8
SECTION 2: WAN CONFIGURATION
2.1 WAN LOGIC OVERVIEW 9
2.2 X DSL LOGIC 12
2.3 CUSTOMIZING X DSL PARAMETERS 14
2.4 DEFINING PHYSICAL WAN PORT OPERATION 15
2.5 CREATING AN ATM INTERFACE 16
2.6 CREATING A PTM INTERFACE 18
2.7 CREATING AN ETHERNET INTERFACE 19
2.8 CREATE/MODIFY A BRIDGED WAN SERVICE 20
2.9 CREATE/MODIFY A IPOE WAN SERVICE 22
2.10 CREATE/MODIFY A PPPOE WAN SERVICE 26
SECTION 3: IPv4 LAN CONFIGURATION
3.1 IPv4 CONFIGURATION 30
SECTION 4: WIFI CONFIGURATION
4.1 ENABLE/DISABLE WIFI 31
4.2 CONFIGURE SSID SPECIFIC SETTINGS 32
4.3 WIFI SECURITY 33
4.4 WIFI RADIO SETTINGS 34
SECTION 10: PRODUCT SPECIFICATION
10.1 PRODUCT DEPICTION 35
10.2 LED FUNCTIONALITY 36
10.3 REGULATORY ADVISORIES 37
VisionNet M505N
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SECTION 1: MANAGEMENT ACCESS
363Page of VisionNet M505N
User Manual Rev 0.1e
SECTION 1.1 MANAGEMENT ACCOUNTS
Item 1 Management Accounts
It has been common practice, in the past, for in-field technicians, and lower level remote support, to receive full
admin access.
As of “Solution Suite 3” , multiple accounts are utilized for department appropriate access to VisionNet modems.
Item 2 Security Advisory
Strict adherence to the following account access restrictions is advised:
High Level Access Limited to Network Design and High Level Support departments
Medium Level Access Limited to in-field installers and ISP employed customer support
Low Level Access
ONLY THIS LEVEL ACCESS SHOULD BE PROVIDED TO END
USERS
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SECTION 1.2 GUI ACCESS
STEP 1 Verify IP Information
1.A Determine the IP and Port of the service
interface.
If you are accessing the unit remotely:
Determine the WAN IP and Service Port.
Verify that your local IP will not be blocked by any
gateway, or network, ACLs.
If you are accessing the unit locally:
Determine the LAN IP of the gateway.
In a NAT, or Routed configuration, this will be your
Gateway IP, assigned by DHCP.
In a Bridged configuration, you will need to statically
assign an IP, to your device, within the same subnet
as the gateway’s unadvertised LAN IP.
Step 2 Connect via Web Browser
2.A In your browser’s address bar, enter the IP
Address and, if remote, port number used for
access.
Example of WAN Access:
http://172.20.100.18
Example of LAN Access:
http://192.168.6.1
2.B
When Challenged, enter the username and
password associated with your account.
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SECTION 1.3 CLI ACCESS
STEP 1 Verify IP Information
1.A Determine the IP and Port of the service
interface.
If you are accessing the unit remotely:
Determine the WAN IP and Service Port.
Verify that your local IP will not be blocked by any
gateway, or network, ACLs.
If you are accessing the unit locally:
Determine the LAN IP of the gateway.
In a NAT, or Routed configuration, this will be your
Gateway IP, assigned by DHCP.
In a Bridged configuration, you will need to statically
assign an IP, to your device, within the same subnet
as the gateway’s unadvertised LAN IP.
Step 2 Connect via Client
2.A Via your OS Terminal, or Console Program,
you may enter the IP and Port information
Example of WAN Access:
172.20.100.18
Example of LAN Access:
192.168.6.1
2.B
When Challenged, enter the username and
password associated with your account.
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SECTION 2: WAN CONFIGURATION
SECTION 2.1 WAN LOGIC OVERVIEW
Item 1 OSI RELATION
1.A WAN IF (Interfaces)
There are three possible “Layer 1 – 2” WAN
Configurations Available
ATM
Available for: xDSL Interface
Most Commonly Associated with ADSL
PTM
Available for: xDSL Interface
Most Commonly Associated with VDSL2
ETH
Available for: Omni-Port WAN Interface
Building This Interface Removes the “OmniPort” from LAN Operation
Configured Here:
Physical WAN Interfaces Used, Data Link, VLAN
Mux, QoS, ATM PVC’s, ATM Non-Ethernet
Services.
1.B WAN Services
There are three possible “Layer 2 – 3” WAN
Configurations Available
Bridged
Available for: ATM, PTM, ETH
Passes Traffic – No Routing
IPoE
Available for: ATM, PTM, ETH
Routing, WAN Clients (DHCP, RADVD, ETC),
Firewall Type, NAT, Proxies
PPP
Available for: ATM, PTM, ETH
PPP Client, Routing, WAN Clients (DHCP,
RADVD, ETC), Firewall Type, NAT, Proxies
Configured Here:
Service Type, VLAN Tagging, Routing Services, IP
Services, WAN Clients and Proxies
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Item 2 WAN Creation / Deletion
2.A
Building WAN Services
WAN Services Must be added as follows
1: Add & Define WAN Interface
ATM
PTM
ETH (Omni-Port)
2: Add and Define Service to Interface
ATM
PTM
ETH (Omni-Port)
3: Prioritize for Default Service Group
Gateway
DNS
4: Add Service Group
If Applicable
2.B Tearing Down WAN Services
WAN Services Must be removed as follows:
1: Remove WAN Service
This must be removed first
2: Remove Interface
This may not be removed unless all
associated WAN Services are removed
3: Remove Service Group
Remaining Group Interfaces will not be
ungrouped by default
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Item 3 Physical Port Prioritization
3.1 There are three Physical WAN Options
xDSL Operation
This operation only allows the xDSL port
to be used for WAN operation.
This will not convert the “Omni-Port” to
LAN mode if an “ETH” Interface is enabled
Omni-Port WAN Operation
This operation only allows WAN Service
through the Omni-Port.
This will not remove created xDSL
Services
WAN Time-out Operation
If xDSL signal is not detected, within a
specified amount of time (default 120
seconds), the created Omni-Port WAN
Interface will be activated.
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SECTION 2.2 x DSL LOGIC
Item 1 x DSL Physical Interfaces
1.A xDSL Port Layout
Line Pinout
The CPE is designed to operate on one
line 1 Only. Only pins for Line 1 are
provided
1.B xDSL Line Cord Preferences
VisionNet provides a standard xDSL cable
Item 2 Physical Installation
2.A Filters may be provided by VisionNet, or
provided by a 3rd party to your company
2.B 1) Connect DSL
DSL May be connected directly to wall jack
A dual port filter may be used as well.
2) Connect Ethernet Devices
Ethernet is suggested for gaming consoles,
servers, and other synchronous, latency
dependent, applications
3) Connect Power
Connect power to Surge Protector
The over-voltage protection in the provided
PSU is not designed to replace a proper surge
protector.
Dual Line Filter Single Line Filter
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2.B ADSL2+
ADSL – ADSL2+
Operating Frequency:
20 Khz – 2.2 Mhz
MaxSpeed:
24Mbps DS, 2.2Mbps US
General Operation:
ATM (PTM on some CO equipment)
Item 3 xDSL Properties
Below, is a brief summary of some xDSL protocols to familiarize yourself with:
Max
Frequency
Standard ITU Standard
(Mhz)
ADSL G.992.1 1.1
ADSL2 G.992.3 1.1
ADSL2+ G.992.5 2.2
Class Protocol Standard Notes
ADSL
ADSL
ADSL
ADSL2
ADSL2
ADSL2+
ADSL2+
Capability
Capability
Capability
Capability
Capability
G.DMT ITU G.992.1 8Mbps DS / 1.3 Mbps US
G.Lite ITU G.992.2 1.5 Mbps DS / 512 kbps US
T1.413 ANSI T1.413 8Mbps DS / 1.3 Mbps US
ADSL2 ITU G.992.3 12 Mbps DS / 800 kbps US
Annex L ITU G.992.3 Increases ADSL2 Reach to 7 km (23k ft)
ADSL2+ ITU G.992.5 Doubles Frequency Range from 1.1Mhz to 2.2 Mhz.
Annex M ITU G.992.5 Changes DS / US frequency split, to double US to max 3.3 Mbps
Bitswap ITU G.992.1 Allows for movement of bit transmission between "bins"
SRA ITU G.992.5 ADSL2+: Allows for rate changes without re-training
Trellis Multiple Modulation Scheme Rate / Reach performance improvement
PhyR Proprietary ADSL2+: Physical Layer ReTransmission - Broadcom support only
Interleave ITU G709 Forwarding Error Correction / delay preferred <5ms
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