CHAPTER 1 OVERVIEW OF THE DW 3512 ________________________ 5
Front View _______________________________________________________________ 8
Back View________________________________________________________________ 9
Specification of connector__________________________________________________ 9
Call Features ____________________________________________________________ 10
Direct IP Call ____________________________________________________ 10Proxy Call_______________________________________________________ 10Call Waiting _____________________________________________________ 10Three-way Conference_____________________________________________ 10Call Transfer (Blind T ransfer)________________________________________ 10
CHAPTER 2 CONFIGURING THE DW3512 THROUGH VOICE PROMPT
AND PHONE SET ____________________________________________ 12
CHAPTER 3 CONFIGURING THE DW3512 THROUGH WEB PAGES___ 14
Step 1. Power on the DW3512 ______________________________________________ 14
Step 2. Check the LEDs ___________________________________________________ 14
Step 3. Connect PC with one of LAN port_____________________________________ 14
Step 4. Browse the Default IP Address of DW3512 and enter the web interface main
screen__________________________________________________________________ 14
Step 5. Start to configure __________________________________________________ 15
DW 3512 is a two-port FXS + one PSTN wireless gateway, which supports RFC3261 SIP protocol.
Telephone will switch to PSTN port automatically under power failure. User can also select to dial out through
PSTN line manually. DW 3512 complies with wireless protocol 802.11 b/g, and can operate as Access Point
or Client. Built-in four LAN ports and NAT function allows other devices to access network mo re easily.
Benefits
Easy access to IP from phone set or PBX
Cost Saving - Telephone call from VPN or public Internet
Follows the existing telephone call dial plan
Easy interface to ADSL/Cable Modem or Leased line equipment
Easy to integrate with all kinds of IP-PBXs
Physical interface
RJ-45
¾ WAN X 1 for connecting to HUB or ATU-R directly
¾ LAN X 4 for PC or other devices
RJ-11
¾ Phone X 2 for regular phone conne ction
¾ PSTN X 1 for Dialing and Receiving PSTN call.
Power: Input AC 100V~240V Output DC12V
LED Indicator: Power, WLAN, WAN, LAN, FXS, PSTN
Voice Feature
Codec: G.711u/A-Law, G.729A , G.726, GSM-FR
VAD/CNG
Adaptive Jitter Buffer
Line Echo Cancellor
FAX/Modem tone detection and pass through
DTMF: Inband, RFC-2833, SIP Info
Network
Auto MDI/MDI-X
802.11 b/g Access Point, WiFi compliant
¾ 802.1x, WEP, WPA TKIP and WPA2 AES/Mixed
¾ mode for PSK and TLS (Radius)
¾ 802.11f (IAPP)
¾ Wireless Auto-channel selection
¾ Wireless access control b y MAC address (deny or accept)
System log
Display real-time information for system setting, statistics, and associated wireless client
status.
User name/password authentication for web server login and logout
Web-based configuration and management interface
Firmware update through web
Configuration backup/restore to/from a file. Reset configuration to factory default
IVR-Configuration by phone keys with Interactive Voice Prompts
power on power off N/A
N/A N/A WLAN is transmitting or
receiving data.
Gateway fails to
Gateway succeeds to
PSTN has incoming call or
4 Phone 2
5 Phone 1
6 LAN 4
7 LAN 3
8 LAN 2
9 LAN 1
10 WAN
register on Proxy
Phone 2 succeeds to
register on Proxy
Phone 1 succeeds to
register on Proxy
Network is connected Network is not
Network is connected Network is not
Network is connected Network is not
Network is connected Network is not
Network is connected Network is not
register on Proxy
Phone 2 fails to register
on Proxy
Phone 1 fails to register
on Proxy
connected
connected
connected
connected
connected
PSTN line is in use.
Phone 2 has incoming call
or Phone 2 is in use.
Phone 1 has incoming call
or Phone 1 is in use.
Network is transmitting or
receiving data.
Network is transmitting or
receiving data.
Network is transmitting or
receiving data.
Network is transmitting or
receiving data.
Network is transmitting or
receiving data.
Input AC 100V~120V. Output DC12V.
Press Reset key over 5 seconds, DW3512 will reboot and all
configurations will restore to default values. If user press Reset key for
C PSTN
D Phone 2
E Phone 1
F LAN 4 3 2 1
G WAN
Specification of connector
Ethernet Port
Ethernet port is for connecting DW 3512 to netwo
3-5 seconds, DW 3512 will only reboot, but not return to default values.
RJ-1 1 interfac e for connecting the extension line of PABX or PSTN Line.
RJ-11 interface for connecting the analog phone sets or trunk line of
PABX.
RJ-11 interface for connecting the analog phone sets or trunk line of
PABX.
10/100 Base-T; RJ-45 socket, complied with ETHERNET 10/100base-T.
10/100 Base-T; RJ-45 socket, complied with ETHERNET 10/100base-T.
Chapter 2 Configuring the DW3512 through Voice Prompt and Phone set
Please connect one analog phone set with Phone 1 port of DW3512, and then input specific keys as below to
get some information or make brief configurations.
Category Function Input Key Example
#111 #111#
#112
#113
#114
#115
#112192*168*0*100#
set IP as 192.168.0.100
#113255*255*255*0#
set netmask as 255.255.255.0
#114192*168*1*254#
set gateway as 192.168.1.254
#115168*95*1*1#
set DNS ad 168.95.1.1
Set Network
Settings
DHCP client for WAN
Set Fixed IP for WAN
Set Netmask for WAN
Set Gateway for WAN
Set DNS
Voice Network
Settings
Set Fixed IP for LAN
Voice LAN IP address
Voice IP type
Voice SIP register ID
Voice netmask
Voice gateway
Chapter 3 Configuring the DW 3512 through Web Pages
The HTTP web management interface provides user an easy way to configure DW3512.
PC WLAN
IP address: DHCP
ESSID: WiFi_AP
Channel: 11
Encryption: disabled
DW 3512
WAN default IP address: DHCP
LAN default IP
SSID: WiFi_AP
Channel: 11
Encryption: disabled
WAN
address: 192.168.123.123
PC LAN
IP address: DHCP
LAN
SOHO Router
Power Adapter
ADSL/ C
Modem
able
Internet
Step 1. Power on the DW 3512
Step 2. Check the LEDs
After power on, the [Power] and [PSTN] LEDs should be on; [WLAN] LED should be blinking.
Step 3. Connect PC with one of LAN port
Please connect PC with one of the LAN port on DW3512 and set PC as DHCP mode. PC will get one dynamic
IP from DW3512, such as 192.168.123.1.
Step 4. Browse the Default IP Address of DW 3512 and enter the web interface main
screen
Please enter IP address of DW3512 in web browser. The default IP address of DW3512 is 192.168.123.123.
Login username and password of default is root and root, and the user can see web interface main screen as
below.
The setup wizard will guide you to configure access point for first time. Please follow the setup
wizard step by step.
Press Cancel will return to the first page of Setup Wizard.
Press Next>> to next step.
Press <<Back will return to last step of Setup Wizard.
Press Finished will save all configurations and DW3512 will reboot.
Dynamix DW 3512 Technical Manual V1.00
Operation Mode:
You can setup different modes to LAN and WLAN interface for NAT and bridging function. DW3512
provide all 3 primary modes and 4 extended modes. Here you can find 3 primary modes, including:
1) Gateway mode, 2) Bridge mode, 3) Wireless ISP. Another 4 extended modes are changes from
these 3 mainly modes and plus some application, including: 1) Client mode, 2) WDS Repeater
Mode, 3) Universal Repeater mode, 4) WISP + Universal Repeater mode.
¾Gateway: In this mode, the device is supposed to connect to intern et via ADSL/Cable Modem.
The NAT is enabled and PCs in four LAN ports share the same IP to ISP through WAN port.
The connection type can be setup in WAN page by using PPPOE, DHCP client or static IP.
¾Bridge: In this mode, all ethernet ports and wireless interface are bridged together and NAT
function is disabled. All the WAN related function and firewall are not supported
¾Wireless ISP: In this mode, all ethernet ports are bridged together and the wireless client will
connect to ISP access point. The NAT is enabled and PCs in ethernet ports share the same IP
to ISP through wireless LAN. You must set the wireless to client mode first and connect to the
ISP AP in Site-Survey page. The connection type can be setup in W AN p age by using PPPOE,
You can maintain the system time by synchronizing with a public time server over the Internet.
¾Enable NTP client update: User can update time of DW3512 from NTP server if this function
is enabled.
¾ Time Zone Select: Select the time zone according to location.
¾
NTP server: User may select one NTP server for DW3512 to update current time.
This page is used to configure the parameters for local area network which connects to the LAN
port of your Access Point. Here you may change the setting for IP address, subnet mask, DHCP,
etc…
¾ IP Address: Set IP address of LAN interface.
¾ Subnet Mask: Set subnet mask of LAN interface.
Dynamix DW 3512 Technical Manual V1.00
WAN Interface Setup
This page is used to configure the para meters for Int ernet network which conne cts to the WAN po rt
of your Access Point. Here you may change the access method to static IP, DHCP, PPPoE or PPTP
by click the item value of WAN Access type.
¾Static IP: Set WAN interfa c e as Static IP mode.
1) IP Address: set IP address of WAN interface.
2) Subnet Mask: set subnet mask of WAN interface.
3) Default Gateway: set default gateway of WAN interface.
4) DNS: set Domain Name Server for WAN interfa ce.
This page is used to configure the parameters for wireless LAN clients, which may connect to your
Access Point.
¾ Band: Select wireless band as 802.11b, 802.11g, or 802.11b+g.
¾ Mode: Select wireless mode. User could find 4 different modes here, including AP, Client,
WDS, AP+WDS. AP mode enables DW3512 as wireless access point and allows other
devices to connect wirelessly to a wired Ethernet network. Client mode enables DW3512 to
perfo
rm as a wirele
DW3512. WDS mode is to extend the wireless coverage of another wireless AP. AP+WDS
enables DW3512 to perform as an AP and a WDS repeater. Here we will guide you how to
setup it with AP mode.
¾Network Type: Only when wireless mode set as client, user can select network type as
infrastructure or Ad hoc. Infrastructure represents a wireless network centered about an
access point. Ad hoc represents a wireless network composed only of stations within mutual
communication range of each other.
ss client card and other devices can connect with Ethernet cable to
¾SSID: specify to the DW3512 an SSID (Service Set Identifier), which is
attached to p
DW3512 from other WiFi AP, and it is also referred to as the ESSID (Extende
Identifier). You may use th
area. In this case, you should specify different SSID for each DW3512.
¾Channel Number: Set channel for wireless connection. You can set channel for radio
ackets over WLAN. The SSID is up to 32 ASCII characters that differentiate the
d Service Set
e default SSID unless there more than one DW3512 in the same
o., Ltd. All right reserved.
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Dynamix DW 3512 Technical Manual V1.00
Wireless Security Setup
This page allows you setup the wireless security. Turn on WEP or WPA by using Encryption Keys
could prevent any unauthorized access to your wireless network.
¾Encryption: Set encryption as none, WEP, WPA, WPA2 or WPA2 Mixed.
1) WEP: When encryption WEP is selected, you must set WEP key value. Only user with the
same WEP key can connect to the DW3512.
•Key Length: set WEP key length as 64 or 128 bits and select user to transmit data
using 64 or 128 bits WEP key en cryption. 64 bit s re present s a lo wer level en cryption
for security, and uses ASCII (5 characters) or Hex (10 characters) encryption
scheme as a secret key. 128 bits represents a higher level encryption for security,
and uses ASCII (13 characters) or Hex (26 characters) encryption scheme as a
secret key.
•Key Format: set key format as ASCII (5 characters) or Hex (10 characters) for 64
bits encryption; ASCII (13 characters) or Hex (26 characters) for 12 8 bit s encrypti on.
•Default Tx Key: set default key as key 1, 2, 3, or 4. User can specify which of the
four keys to use for transmitting data over WLAN.
•Encryption Key 1/2/3/4: user can set 4 sets of encryption keys. Keys 1-4 allow you to
easily change wireless encryption settings to maintain a secure network. WEP key is
Dynamix DW 3512 Technical Manual V1.00
either 5/10 or 13/26 ASCII/hexadecimal characters based on user select 64 or 128
bits key length.
2) WPA(TKIP): only user with the same WPA pre-shared key can connect to DW3512 and
transmit data using TKIP encryptio n.
•Pre-Shared Key Format: Select Pre-Shared Key Format as Passphrase or Hex (64
•Pre-Shared Key Format: Select Pre-Shared Key Format as Passphrase or Hex (64
characters).
•Pre-Shared Key: set pre-shared key manually.
Operation Mode
You can setup different modes to LAN and WLAN interface for NAT and bridging function. DW3512 provide all
3 primary modes and 4 extended modes. Here you can find 3 primary modes, including: 1) Gateway mode, 2)
Bridge mode, 3) Wireless ISP. Another 4 extended modes are changes from these 3 mainly modes and plus
some application, including: 1) Client mode, 2) WDS Repeater Mode, 3) Universal Repeater mode, 4) WISP +
Universal Repeater mode.
Gateway: In this mode, the device is supposed to connect to internet via ADSL/Cable Modem. The
NAT is enabled and PCs in four LAN ports share the same IP to ISP through WAN port. The
connection type can be setup in WAN page by using PPPOE, DHCP client or static IP.
Bridge: In this mode, all ethernet ports and wireless interface are bridged together and NAT
function is disabled. All the WAN related function and firewall are not supported
Wireless ISP: In this mode, all ethernet ports are bridged together and the wireless client will
connect to ISP access point. The NAT is enabled and PCs in ethernet ports share the same IP to
ISP through wireless LAN. You must set the wireless to client mode first and connect to the ISP AP
in Site-Survey page. The connection type can be setup in WAN page by using PPPOE, DHCP
client or static IP.
For more information regarding Operation Modes, please refer to CH 4 Wireless Operation
Modes.
Dynamix DW 3512 Technical Manual V1.00
Wireless
Basic Settings
This page is used to configure the parameters for wireless LAN clients which may connect to your
Access Point.
¾Disable Wireless LAN Interface: If user checks his function, wireless LAN will be disabled. In
other words, this device will not be visible by any wireless station.
¾ Band: Select wireless band as 802.11b, 802.11g, or 802.11b+g.
¾ Mode: Select wireless mode as AP, Client, WDS and AP+WDS. AP mode enable s DW3512 to
work as wireless an access point and allow other devices to connect wirelessly to a wired
Ethernet network. Client mode enables DW3512 to perform as a wireless client card and
other devices can connect with Ethernet cable to DW3512. WDS and AP+WDS are used for
Repeate
together
¾
Network Type: Only when wireless mode set as client, user can select network type as
infrastructure or Ad hoc. Infrastructure represents a wireless network centered about an
r. If
AP+WDS is enabled, DW3512 could be working as AP and WDS Repeater
.
access point. Ad hoc represents a wireless network composed only of stations within mutual
communication range of each other. (No Access Point).
¾SSID: specify to the DW3512 an SSID (Service Set Identifier),
attached to packet
DW3512 from other WiFi AP, and it is also referred to as the ESSID (Extended Service Set
s over WLAN. The SSID is up to 32 ASCII characters that differentiate the
which is a unique identifier
25
Page 26
Identifier). You may use the default SSID unless there more than one DW3512 in the same
area. In this case, you should specify different SSID for each DW3512.
¾Channel Number: Set channel for wireless connection. You can set channel for radio
communication manually. If you set it as Auto, the DW3512 will select a clear channel during
boot up.
¾ Associated Client s: Press Show Active Clients to see which client registers on this DW3512.
¾ Enable Universal Repeater Mode (Acting as AP and client simultaneously): Enable this
feature will perform DW3512 to work as Universal Repeater.
¾SSID of Extended Inte
Repeater is enabled.
For more information regarding WDS, AP+WDS and Universal Repeater mode, please refer
to CH 4 Wireless Operation Modes.
rface: User
could input SSID of Extended Interface here if Universal
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Advanced Setting
These settings are only for more technically advanced users who have a sufficient knowledge
about wireless LAN. These settings should not be changed unless you know what effect the
changes will have on your Access Point.
¾Authentication Type: Select authentication type as Open System, Shared Key, or Auto. With
Open System authentication, a wireless PC can join any network and receive any messages
that are not encrypted. With Shared Key authentication, only those PCs that possess the
correct authentication key can join the network.
¾Fragment Threshold (256-2346): set fragment threshold size. Fragments are small pieces
divided from 802.1 1 fram es. If there are excessive col lisions over WLAN, user can try differe nt
fragment size to increase reliability.
¾RTS Threshold (0-2347): RTS Threshold is a mechanism implemented to prevent the
problem of “Hidden Node”. “Hidden Node” is a situation in which two stations are within range
of the same Access Point, but are not within range of each other. Therefore, they are hidden
nodes for each other. When station start s dat a transmissi on with the Access Point, it might not
notice that the other station is already using the wireless medium. When these two stations
send data at the same time, they might collide when arriving simultaneously at the Access
Point. The collision will most certainly result in a loss of messages for both stations. Thus, the
RTS Threshold mechanism provides a solution to prevent data collisions. If the “Hidden
Node” problem is an issue, please specify the packet size. The RTS mechanism will be
activated if the data size exceeds the value you set. Default value is 2347.
¾Beacon Interval: set beacon interval time in milliseconds. System broadcast packet or a
beacon to synchronize the wireless network.
¾Data Rate: specify the transmission rate. Leave on “Auto” to maximize performance versus
distance.
¾Preamble Type: A preamble is a signal used in wireless environment to synchronize the
transmitting timing including Synchronization and Start frame delimiter. In a “noisy” network
environment, the Preamble Type should be set to Long Preamble. The Short Preamble is
intended for applications where minimum overhead and maximum performance is desire d.
¾Broadcast SSID: enable or disable SSID broadcast function. If user enables this function,
other wireless clients can broadcast and find this wireless AP to connect.
¾IAPP: IAPP is a portable implementation of the 802.11F specification for Inter Access Point
Protocol (IAPP) to enable end-station mobility across Access Points.
¾RF Output Power: set radio output power level as 100%, 50%, 25%, 10% or 5%.
This page allows you setup the wireless security. Turn on WEP or WPA by using Encryption Keys
could prevent any unauthorized access to your wireless network.
¾ Encryption: Set encryption as none, WEP, WPA, WPA2 or WPA2 Mixed.
¾ Set WEP Key: When encryption WEP is selected, you must set WEP key value.
1) Key Length: Set WEP key length as 64 or 128 bits.
2) Key Format: Set key format as ASCII (5 characters) if you are using ASCII characters.
Select HEX if you are using hexadecimal numbers.
3) Default Tx Key: Set default transmit key as key 1, 2, 3, or 4.
4) Encryption Key 1/2/3/4: user can set 4 sets of encryption keys. Keys 1-4 allow you to
easily change wireless encryption settings to maintain a secure network. WEP key is
either 5/10 or 13/26 ASCII/hexadecimal characters based on user select 64 or 128 bits
key length.
10 hexadecimal digits or 5 ASCII characters are needed if 64 bit WEP is used; 26
hexadecimal digits or 13 ASCII characters are needed if 64 bit WEP is used
¾ Use 802.1x Authentication: Check to use Radius 802.1x authentication and select
authentication level as WEP 64 bits or 128bits. In this case, please set Authentication
RADIUS Server information.
¾WPA Authentication Mode: Select WPA authentication mode as Enterprise (RADIUS) or
Personal (Pre-Shared Key). If user select Enterprise mode, please fill in Authentication
RADIUS Server information. If user select Personal mode, please select Pre-Shared key
¾WPA Cipher Suite: Select WPA Cipher Suite to be TKIP or AES, this field is used as a
password to begin the encryption process.
¾WPA2 Cipher Suite: Select WPA Cipher Suite to be TKIP or AES.
WPA is an encryption standard proposed by WiFi for advance protection. It is more secure
than WEP encryption.
¾ Pre-Shared Key Format: There are two formats for choice to set the Pre-Shared key, i.e.
Passphrase and Hex. Select Pre-Shared Key Format as Passphrase (at least 8 characters)
or Hex (64 characters). For easier configuration, The Passphrase is recommended.
¾Pre-Shared Key: Set pre-shared key manually.
When WPA is enabled and the WPA Authentication Mode is se t to Personal . You should also
input Pre-shared Key for encryption.
¾Enable Pre-Authentication: Pre-Authentication, which enables secure fast roaming without
noticeable signal latency, provides a way to establish a PMK security association before a
client associates. The advantage is that the client reduces the time that it’s disconnected to
the network.
¾Authentication RADIUS Server: set port, IP address, and password of Radius Server for
DW3512 to initial a Radius connection and get dynamic WEP key.
If you choose Allowed Listed, only those clients whose wireless MAC addresses are in the access
control list will be able to connect to your Access Point. When Deny Listed is selected, these
wireless clients on the list will not be able to connect the Access Point.
¾Wireless Access Control Mode: Set disable control, allow list or deny list.
If user set control mode as Allow Listed, please add MAC address below to increase Allow
List. If user set control mode as Deny Listed, please add MAC address below to increase
Deny List.
¾ MAC Address: Input MAC address for allow or deny list.
¾ Comment: Give description for each data.
¾ Current Access Control List: Show current control list.
¾ User can press Delete Selected to delete specified data or press Delete All to delete all lists.
WDS Settings
Wireless Distribution System uses wireless media to communicate with other AP s, like the Ethernet
does. To do this, you must set these APs in the same channel an d set MAC address of other APs
which you want to communicate with in the table and then enable the WDS.
¾Enable WDS: Enable WDS to start transmitting and receiving WDS packet s. You can only use
this feature when wireless mode set to WDS or AP+WDS.
¾MAC address: Enter 12 digits in hex numbers in this field and press Apply Changes to
associate with other’s Wireless access point. Before you want to use WDS Repeater mode,
you have to enter the other’s AP/Router MAC address that the device want to connect.
¾ Set Security: This setting is use between both wireless AP/ Router device.
¾ Show Statistics: Show the current statistics of WDS.
¾ Current WDS AP List: Show the current WDS AP list.
Site Survey
This page provides tool to scan the wireless network. If any Access Point or IBSS is found, you
could choose to connect it manually when client mode is enabled.
TCP/IP Settings
LAN Interface
¾ IP Address: Set IP address of LAN interface.
¾ Subnet Mask: Set subnet mask of LAN interface.
¾Default Gateway: Set default gateway of LAN interface. It is normally used when Bridge mode
is enabled.
¾DHCP: Set DHCP mode to be disabled, Client, or Server. When user set DHCP mode as
server mode, please set DHCP Client Range for LAN interface to assign DHCP IP.
¾Show Client: Press this key can check current DHCP clients that captured IP from DW3512.
Press Refresh can renew screen display, and press Close can close window.
¾DHCP Client Range: Set DHCP IP range for DW3512 to assig n IP address for other device i n
LAN.
¾ 802.1d Spanning: Enable or disable 802.1d Spanning Tree function.
WAN Interface
This page is used to configure the para meters for Int ernet network which conne cts to the WAN po rt
of your Access Point. Here you may change the access method to static IP, DHCP or PPPoE by
click the item value of WAN Access type.
¾W A N Access Type: Select WAN mode as Static IP/ DHCP Client/ PPPoE.
1) Static IP: Set WAN interface as Static IP mode.
2) IP Address: Set IP address of WAN interface.
3) Subnet Mask: Set subnet mask of WAN interface.
4) Default Gateway: Set default gateway of WAN interface.
5) MTU Size: Set MTU (maximum transmission unit) size.
6) DNS 1/DNS 2/ DNS 3: Set three alternative Domain Name Server for WAN interface.
7) Enable UPnP: check to enable UPnP function.
8) Enable Ping Access on WAN: If this function is checked to enable, user can reach
DW3512 via Ping WAN IP address.
5) Enable Ping Access on WAN: If this function is checked to enable, user can reach
DW3512 via Ping WAN IP address.
6) Enable Web Server Access on WAN: If this function is checked to enable, user can enter
Web Server management of DW3512 through WAN IP address.
7) Enable IPsec pass through on VPN connection: check to enable IPsec function.
8) Enable PPTP pass through on VPN connection: check to enable PPTP pass through
function.
9) Enable L2TP pass through on VPN connection: check to enable L2TP pass through
function.
¾PPPoE: Set WAN interface as PPPoE mode.
1) User Name: Set user name of PPPoE connection.
2) Password: Set password of PPPoE connection.
3) Service Name: Set Service Name of PPPoE for description.
4) Connection Type: Set PPPoE connection type to be Continuous/ Connect on Demand/
Manual. If user set type as Continuous, DW3512 will keep trying to connect to server
when PPPoE disconnect. If user set type as Connect on Demand, please set following
idle time, DW3512 will check connection after this time. If user set type as Manual,
DW3512
5) Idle Time: Set PPPoE connection idle time for Connect on Demand.
6) MTU Size: Set MTU (maximum transmission unit) size.
7) Attain DNS Automatically/Set DNS Manually: Select to attain DNS automatically from
server or user wants to set DNS manually.
8) DNS 1/DNS 2/ DNS 3: Set three alternative Domain Name Server manually for WAN
interface.
9) Enable UPnP: Check to enable UPnP function.
10) Enable Ping Access on WAN: If this function is checked to enable, user can reach
DW3512 via Ping WAN IP address.
11) Enable Web Server Access on WAN: If this function is checked to enable, user can enter
Web Server management of DW3512 through WAN IP address.
12) Enable IPsec pass through on VPN connection: check to enable IPsec function.
will only connect or disconnect by press Connect or Disconnect manually.
Dynamix DW 3512 Technical Manual V1.00
13) Enable PPTP pass through on VPN connection: check to enable PPTP pass through
function.
14) Enable L2TP pass through on VPN connection: check to enable L2TP pass through
function.
Entries in this table are used to restrict certain types of data packets from your local network to
Internet through the Gateway. Use of such filters can be helpful in securing or restricting your local
network.
¾ Enable Port Filtering: check to enable Port Filtering function.
¾ Port Range: set start port and end port for po rt filtering range.
¾ Protocol: set protocol as TCP or UDP or both protocol.
Dynamix DW 3512 Technical Manual V1.00
IP Filtering
¾ Comment: Make description for this port filtering rule.
Entries in this table are used to restrict certain types of data packets from your local network to
Internet through the Gateway. Use of such filters can be helpful in securing or restricting your local
network.
¾ Enable IP Filtering: check t o enable IP Filtering function.
¾ Local IP Address: set IP Address for IP filtering.
¾ Protocol: set protocol as TCP or UDP or both protocol.
¾ Comment: Make description for this IP filtering rule.
MAC Filtering
Entries in this table are used to restrict certain types of data packets from your local network to
Internet th
network.
¾ Enable MAC Filtering: check to enable MAC Filtering
¾ MAC Address: set MAC Address for MAC filtering.
¾ Comment: Make description for this MAC filtering rule.
rough the Gateway. Use of such filters can be helpful in securing or restricting your local
URL filter is used to deny LAN users from accessing the internet. B
keywords listed below.
¾ Enable URL Filtering: check to enable URL Filtering function.
¾ URL A ddress: set URL address for URL filtering function.
Dynamix DW 3512 Technical Manual V1.00
lock those URLs which contain
Port Forwarding
Entries in this table allow you to automatically redirect common network services to a specific
machine
of server like a web server or mail server on the private local network beh
firewall.
¾ Enable Port Forwarding: check to enable Port F
¾ IP Address: set IP address for port forwarding.
¾ Protocol: Set Protocol type for port forwarding.
¾ Port Range: set start port and end port for po rt forwarding range.
¾ Comment: Make description for this port forwarding rule.
behind the NAT firewall. These settings are only necessary if you wish to host some sort
A Demilit arize d Zone is used to provide Internet services without sacrifici ng unau thorized access to
its local private network. Typically, the DMZ host contains devices accessible to Internet traffic,
such as Web (HTTP ) se rvers, FTP servers, SMTP (e-mail) servers and DNS se rvers.
¾ Enable DMZ: check to enable DMZ function.
¾ DMZ Host Address: set IP address for DMZ function.
VoIP Settings
Port1
Port 2
Here is to set VoIP Phone 1 and Phone 2 related configurations.
¾ SIP Account
1) Display Name: Set WiFi Phone display name for caller ID information.
2) Number: Set registering Phone number.
3) Login ID: If Proxy server needs registration authentication please input Login ID here.
4) Password: If Proxy server needs registration authentication please input password here.
¾ SIP Proxy
1) Proxy: Check to enable Proxy mode.
2) Proxy Addr: If user enable Proxy mode, please input Proxy address.
3) Proxy Port: If user enable Proxy mode, please input Proxy port.
4) SIP Domain: Set SIP domain name for SIP signaling.
5) Register Status: Here will display SIP account register status.
6) Outbound Proxy: Check to enable Outbound Proxy mode.
7) Outbound Proxy Addr: If user enables Outbound Proxy, please input Outbound Proxy
address.
8) Outbound Proxy Port: If user enables Outbound Proxy, please inpu t Outbound Proxy port.
9) STUN: check to enable STUN function.
10) Stun Server Addr: If user enables STUN function, please input STUN Server address.
11) Stun Server Port: If user enables STUN function, please input STUN Server port.
¾ SIP Advanced
1) Reg Expire (sec): Set expire time of registration. DW3512 will keep re-registering to proxy
server before expire timed out
2) SIP Port: Set local SIP listening port.
3) Media Port: Set RTP port for sending voice data.
4) DTMF Relay: Select DTMF Relay to be In band, RFC 2833, or SIP INFO.
5) RFC2833 Payload Type: If user select DTMF as RFC 2833 type, here can modify RFC
2833 payload type.
6) SIP INFO Duration (ms): If user select DTMF as SIP INFO type, here can modify SIP
INFO duration. Gateway will send out DTMF as this duration.
7) Call Waiting: Check to enable Call Waiting function.
8) Call Waiting Caller ID: Check to enable call waiting caller ID function. If this function is
enabled, caller ID will display when having waiting call. Please note that your phone set
should also support such function.
¾ Forward Mode
1) Immediate Forward to: This is unconditional forward setting. All incoming call will be
forwarded to specified number. Check to enable immediate forward function.
2) Immediate Number: Enter the assigned number for Immediate forward.
3) Busy Forward to: Check to enable Busy Forward function. When phone is busy, incoming
call will be forwarded to assigned number.
4) Busy Number: Enter the assigned number for busy forward.
5) No Answer Forward to: Check to enable no answer forward function. When phone is not
answered for a period of time, incoming call will be forwarded to assigned number.
6) No Answer Number: Enter assign ed number for no answer forward.
7) No Answer Time (sec): Set no answer time. Once phone is not picked up after this time,
incoming call be will forwarded to assigned number.
¾ Speed Dial
1) Position: Speed Dial access code. Press this speed dial number and followed by # can
dial out assigned phone number.
2) Name: Name of this speed dial.
3) Phone Number: Set phone number for Gateway to make speed dial.
4) Select: User can delete selected speed dial data.
¾ Dial Plan
1) Replace prefix code: Select to enable (On) or disable (Off) prefix replace function.
2) Replace rule: Set prefix replace rule. Once user dial number matched prefix, Gateway will
replace the number with assigned number. Available parameters are “0~9”, “#”, “*”, “+”,
“x”. Symbol “+” means “or” , “x” could be numbers 0~9. For example, if user set Replace
rule as 002+009->005, which means if user dial 002 87654321 or 009 87654321, these
number will be dial out as 005 87654321.
3) Dial Plan: User can set how many digits or which number for Gateway to dial out
immediately. Available parameters are “0~9”, “#”, “*”, “+”, “x”. Symbol “+” means “or” ,
“x” could be numbers “0~9”. For example, user can set Dial Plan as “911+xxxxxxxx+*xx,
which means if user dial 911, 87654321, or *11, these number will be dial out immediately
without waiting for dial time or pressing # sign.
4) Auto Prefix: If user set Auto Prefix number, all number dialed out will be added with this
prefix number. Available parameters are “0~9”, “#”, “*”.For example, user set Auto Prefix
as 02, number 87654321 will be dial out as 02 87654321.
5) Prefix Unset Plan: User can set special access code to disable Auto Prefix function in
single call. Available parameters are “0~9”, “#”, “*”, “+”, “x”. Symbol “+” means “or” , “x”
could be numbers “0~9”. For example, if user set Prefix Unset Plan as *1+xxxxxxxxxx.
When dialed number as *1 87654321 or 10 digits of number, for this call will not be added
with Auto Prefix number.
1) Use Hot Line: Check to enable Hot Line function.
2) Hot Line Number: Set the destination number for Hot Line function..
¾DND (Don’t Disturb)
1) DND Mode: You can select 3 mode of DND. The call will be always rejected if Always is
selected. The call will be rejected by below Time setting (From and To) if Enable is
selected. The call will be accepted if Disable is selected.
2) From: Set the start time for DND with Enable mode.
3) To: Set the end time for DND with Enable mode.
You can check the current time by the page of Time Zone Setting.
¾ DSP
1) FXS Volume
i. Handset Gain: Set Handset receiver volume from 1 to 10.
ii. Handset Volume: Set Handset transmit volume from 1 to 10.
2) VAD: Check to enable VAD (Voice Activity Function) function.
3) Caller ID Mode: Select caller ID mode as FSK(Bellcore), FSK(ETSI), FSK(BT), FSK(NTT),
or DTMF from FXS to send out.
4) FSK Date & Time Sync: Check to send FSK Date and Time to caller ID display device.
5) Reverse Polarity before Caller ID: Check to send reverse polarity before caller ID.
6) Short Ring before Caller ID: Check to send short ring before caller ID.
7) Dual Tone before Caller ID: Check to send dual tone before caller ID.
8) Caller ID Prior First Ring: Check to send caller ID before first ring.
9) Caller ID DTMF Start Digit: Set caller ID DTMF start digit.
10) Caller ID DTMF End Digit: Set caller ID DTMF end digit.
11) Flash Time S etting (ms) [ Space:10 , Max:2000 ]: Set Minimum and Maximum Flash time.
12) Speaker Voice Gain (dB) [ -32~31 ],Mute:-32: Set Speaker voice volume.
13) Mic Voice Gain (dB) [ -32~31 ],Mute:-32: Set microphone voice gain volume.
User can select country to specify tone parameters (Dial Tone, Ring Tone, Busy Tone, and
Waiting Tone). If user wants to set tone manually, please select CUSTOMER. After selecting
CUSTOMER, user can assign Custom 1 to 8 for each tone.
¾ Select Custom Tone: Select Custom tone number to set Tone Parameters.
¾ Tone Parameters:
1) CanOn: set cadence time for tone to play in ms. For example, if set CanOn as 100, the
y “#”, the call will be sent immediately and you do not need to wait for
arm time. If phone set has been off-hook, after this time, from
47
Page 48
When DSCP is defined, a DSCP
voice shou
¾ VLAN
1) VLAN Packets: Check to
2) VLAN ID: Set VLAN ID.
3) User Priority: Set user priority.
4) CFI: Set CFI (canonical format indicator).
ld be higher than data.
enable VLAN function.
Dynamix DW 3512 Technical Manual V1.00
will be added in SIP and RTP packets, and the priority of
Config
¾ Save Settings to File: Save current VoIP settings to a file.
¾ Load Settings from File: Browse and load setting from file.
¾ Reset Settings to Default: Press Reset to reset settings of VoIP to default values.
This page shows the packet counters for transmission and reception regarding to wireless and
Ethernet networks.
DDNS
Dynamic DNS is a service, which provides you with a valid, unchanging, internet domain name (an
URL) to go with that (possibly ever-changing) IP-address. Before setting this page, you shoul d click
below link to DynDNS or TZO to apply an account for DDNS.
¾Enable DDNS: Check to enable DDNS function. User may register to DDNS serv er for DD NS
function.
¾Server Provider: Select which server provider to implement DDNS function. For now we
provide two servers: DynDNS and TZO.
¾ Domain Name: Input the applied domain name for DW3512.
¾ User Name/Email: Input user name for DDNS server login.
¾ Password/Key: Input password for DDNS server login.
You can maintain the system time by synchronizing with a public time server over the Internet.
¾ Current Time: input current time manually.
¾ Time Zone Select: select local time zone according to location.
¾ Enable NTP client update: check to enable NTP update. Once this function is enabled,
DW3512 will automatically update current time from NTP server.
¾NTP Server: User may select prefer NTP sever or input address of NTP server manually.
A "denial-of-service" (DoS) attack is characterized by an explicit attempt by hackers to prevent
legitimate users of a service from using that service.
¾ Enable DoS Prevention: Check to enable DoS function.
¾ User may set other related configurations about DoS below.
Log
This page can be used to set remote log server and show the system log.
¾ Enable Log: check to enable log function.
¾ System all/wireless/Dos: select which log you want to check. Related information will be
shown at below.
¾Enable Remote Log: Once user input Log Server IP Address, all selected log will be restored
in this remote server. This is compatible with Linux Syslog server.
Upgrade Firmware
This page allows you upgrade the Access Point firmware to new version. Please note, do not
power off the device during the upload because it may crash the system.
¾Select File: browse and select file you want to upgrade and press Upload to perform upgrade.
Please wait till on screen shows related information after upgrade finished.
This page allows you save current settings to a file or reload the settings from the file which was
Dynamix DW 3512 Technical Manual V1.00
saved previously. Besides, you could reset the current configuration to factory default.
¾ Save Settings to File: save current settings to a file.
¾ Load Settings from File: browse a file and upload to reload settings.
¾ Reset Settings to Default: pres Reset will clean all current configurations and return to default
values.
Password
This page is used to set the account to access the web server of Access Point. Empty user name
and password will disable the protection.
The DW3512 provides 8 modes for wireless operation, including:
Access Point: With NAT and Without NAT.
Client (Infrastructure)
Client (Ad-hoc)
P2P Bridge
WDS Repeater
Universal Repeater
WISP
WISP + Universal Repeat er
Here we will guide the purpose and configuration steps for these modes.
Access Point
When acting as Access Point, the DW3512 connects all the stations (PC or Notebook with wireless network
adapter) to a wired network. All stations can have the Internet access if only the DW3512 has the Internet
connection. In this mode, you can also enable or disable NAT function. Below is example to show you Access
Point mode with NAT and Access Point mode with out NAT.
Access point with NAT
PC connected with LAN
port of DW3512
Notebook with Wireless
Network Adapter
WLAN
LAN
DW3512
WAN
PC with Wireless
Network Adapter
Internet
ADSL/ Cable Modem
¾S tep1: Power on DW3512 and set one pc to conne ct with DW3512. Set PC to DHCP then PC
should got an IP as 192.168.123.x by default.
¾Step2: Enter 192.168.123.123 for the WEB interface of DW3512 with no login ID and
password.
¾Step3: Go to the page of Operation, set DW3512 to Gateway mode. In this mode, NAT is
enabled and PCs in LAN ports and WLAN sh are the same IP to ISP through WAN port.
¾ Step4: Go to the page of TCP/IPÆ WAN set the necessary IP information for WAN.
¾ Step5: If necessary, go to the page of TCP/IPÆ LAN to set the advanced settings for LAN.
Such as DHCP server…etc.
¾Step6: Go to the page of WirelessÆ Basic Settings, set the mode to AP. Please also change
the SSID to another name if necessary.
¾Step7: We strongly suggest user also go to the page of WirelessÆ Security, set the
Encryption type and other necessary settings for authentication.
¾Step8: At this time, a station could be able to search the DW3512 by WiFi, and that station
should be able to access Internet via DW3512.
Access point With Bridge mode (Without NAT)
Dynamix DW 3512 Technical Manual V1.00
PC connected with LAN
port of DW3512
Notebook with Wireless
Network Adapter
WLAN
LAN
DHCP server connected
with office LAN
DW3512
WAN
PC with Wireless
Network Adapter
SOHO Router ADSL/ Cable Modem
Switch/Hub
Internet
¾S tep1: Power on DW3512 and set one pc to conne ct with DW3512. Set PC to DHCP then PC
should got an IP as 192.168.123.x by default.
¾Step2: Enter 192.168.123.123 for the WEB interface of DW3512 with no login ID and
password.
¾Step3: Go to the page of Operation, set DW3512 to Bridge mode. In this mode, all Ethernet
ports and wireless interface are bridged together and NAT function is disabled. All the WAN
related function and firewall are not supported.
¾Step4: When Bridge mode is enabled, the WAN configuration is disabled, so please go to the
page of TC P/I PÆ LAN to set the network settings to connect with your Office LAN. And you
may also need to disable DHCP server function of DW3512, otherwise there may 2 DHCP
servers exist in your Office LAN and your PCs may get IP from a wrong DHCP server.
¾Step5: Please renew the IP settings of the PC which connect with the LAN p ort of 3512. The n
the PC should get new IP from the DHCP server which connected with your Office LAN.
¾Step6: Go to the page of WirelessÆ Basic Settings, set the mode to AP. Please also change
the SSID to another name if necessary.
¾Step7: We strongly suggest user also go to the page of WirelessÆ Security, set the
Encryption type and other necessary settings.
¾Step8: At this time, a station could be able to search the DW3512 by WiFi, and that station
should be able to access Internet via DW3512.
Client (Infrastructure)
If Client (Infrastructure) is enabled, the DW3512 can work like a wireless station when it’s connected to a
computer so that the computer can send packets from wired to wireless interface. Below is an example to
show you how to implement Client (infrastructure) mode.
DW3512-B (Client m
with Infrastr
ucture)
LAN IP: 192.168.123.200
ode
WLAN
WLAN
LAN
PC connected with LAN
port of DW3512
-B
In DW3512-A, it is working as Acce
ss point with NAT.
In DW3512-B, it is working as Client mode with Infras
¾S t
ep1: Power on DW3512-B and set one pc to connect with DW3512-B. Set PC to a Fixed IP,
such as 192.168.123.100.
¾Step2: Enter 192.168.123.123 for the WEB interface of DW3512-B with no login ID and
DW3512-A (AP mode)
LAN IP: 192.168.123.123
LAN
Internet
ADSL/ Cable Modem
tructure. The configure steps is as below.
password.
¾Step3: Go to the page of Operation, set DW3512 to Bridge mode. In this mode, all Ethernet
ports and wireless interface are bridged together and NAT function is disabled. All the WAN related function and firewall are not supported.
¾Step4: When Bridge mode is enabled, the WAN configuration is disabled, so please go to the
page of TC P/IPÆ LAN to set the network settings to connect with DW3512-A. Maybe you
could set the IP to 192.168.123.200 and set Default Gateway to 192.168.123.12 3.
¾Step5: Go to the page of WirelessÆ Basic Settings, set the mode to Client and set the
Network T y pe to Infrastructure.
¾Step6: Go to the page of WirelessÆ Security, to set the necessary authentication method for
DW3512-A if DW3512-A has enable authentication.
¾Step7: Go to the page of WirelessÆ Site Survey to search and connect to DW3512
conne
ction is OK, there should be a successful message appeared.
-A. When
¾Step8: At this time, the PC connected to the LAN of DW3512-B could be able to reach the
DW
3512-A, and access Internet via it.
Client (Ad-hoc)
If Client (Ad-hoc) is enabled, the DW3512 can work like a wireless station when it’s connected to a computer
so that the computer can send packets from wired to wireless interface. You can share files and printers
between wireless stations. Below is an example to show you ho w to implement Client (Ad-hoc) mode.
WLAN
DW3512 (Client mode with Ad-hoc)
LAN
PC and Notebook with
Wireless Network Adapter
PC connected with LAN
port of DW3512
¾Step1: Power on DW3512 and set one pc to connect with DW3512. Set PC to a Fixed IP,
such as 192.168.123.100.
¾Step2: Enter 192.168.123.123 for the WEB interface of DW3512 with no login ID and
password.
¾Step3: Go to the page of WirelessÆ Basic Settings, set the mode to Client and set the
Network Type to Ad-hoc.
¾ Step4: Go to the page of WirelessÆ Security, to set the necessary authentication method.
¾ Step5: At this time, the PC or Notebook with wireless network adapter should be able to
search the DW3512 and use WiFi to send packets to PC connected to the LAN of DW3512.
In this mode, 2 access points in two remote locations connect to each other to provide a wireless bridge
between 2 remote LANs. It is mostly used by enterprise to connect 2 remote office’s network together. This
feature is also useful when users want to bridge networks between buildings where it is impossible to deploy
network cable connections between these buildings. The P2P Bridge should be connected by using WDS
Repeater. Below is an example to show you how to implement DW3512 with P2P Bridge.
LAN IP: 192.168.123.123
BSSID: 0001a8111111
DHCP Server: enable
LAN
Office LAN
DW3512-B DW3512-A
Office LAN
LAN
LAN IP: 192.168.123.200
BSSID: 0001a8222222
DHCP Server: disable
In DW3512-A:
¾ Step1: Power on DW3512-A and set one pc to connect with DW3512-A’s LAN. Set PC to
¾ Step2: Enter 192.168.123.123 for the WEB interface of DW351
¾ Step3: Go to the page of Operation, set DW3512-A to Bridge mode. In this mode, all Ethernet
¾ Step4: When Bridge mode is enabled, the WAN configuration is disabled, so please go to the
¾ S tep5: Go to the pa ge of Wireless Æ Basic Settings, set the mode to WDS. Set the Channel to
¾ Step6: Go to the page of WirelessÆ WDS Settings, enable WDS and input the DW3512-B’s
In DW3512-B:
¾S tep1: Power on DW 351
DHCP then PC should got an IP as 192.168.12 3.x by default.
2-A with no login ID and
sword.
pas
ports and wireless interface are bridged together and NAT function is disabled. All the WAN
related function and firewall are not supported.
page of TCP/IPÆ LAN to set the network settings to connect with your Office LAN.
a fixed one, such as 11.
MAC address (BSSID) into the WDS table.
2-B and set one pc to connect with DW3512-B. Set PC to a Fixed IP,
such a
s 192.168.123.100.
¾Step2: Enter 192.168.123.123 for the WEB interface of DW3512-B with no login ID and
password.
¾Step3: Go to the page of Operation, set DW3512 to Bridge mode. In this mode, all Ethernet
ports and wireless interface are bridged together and NAT function is disabled. All the WAN
¾Step4: When Bridge mode is enabled, the WAN configuration is disabled, so please go to the
page of TC P/IPÆ LAN to set the network settings to connect with your Office LAN. In this
example, we set the LAN IP to 192.168.123.200 and DHCP is disabled.
¾Step5: Login 192.168.123.200. Go to the page of WirelessÆ Basic Settings, set the mode to
WDS. Set the Channel to a fixed one, such as 11.
¾Step6: Go to the page of WirelessÆ WDS Settings, enable WDS and input the DW3512-A’s
MAC address (BSSID) into the WDS table.
¾Step7: If configuration ok, both office LAN should hav e the same subnet (192.168.123.x), a n d
the PCs of both office LAN could send packets to each other via WDS Repeater connection.
Note:
¾When both DW3512-A and DW3512-B has been setup succes sfully, you could go to the
page of WirelessÆ WDS SettingsÆ Show Statics, to confirm the WDS Statics.
¾P2P Bridge should use WDS for WiFi connection. When WDS is enable, both DW3512
need to have the same channel. And you should set the WDS table for each other.
¾When you set the mode to WDS, the AP function will be disable. If you hope the AP still
be workable, please choose the mode to AP+WDS and the SSID of both DW3512 could
be the same or different.
WDS Repeater
A repeater’s function is to extend the wi rele ss cove rage of anothe r wirel ess AP or router. For WDS repeater to
work, the remote wireless AP/Router should also support WDS. Below is an example to show you how to
implement WDS plus AP with Bridge mode.
Notebook w
netwo
rk Adapter
ith wireless
Notebook with wi
network Adapter
reless
LAN IP: 192.168.123.123
BSSID: 0001a8111111
DHCP Server: enable
DW3512-A
LAN
DW3512-B
Office LAN Office LAN
LAN IP: 192.168.123.200
LAN
BSSID: 0001a8222222
DHCP Server: disable
In DW3512-A:
¾Step1: Power on DW3512-A and set one pc to connect with DW3512-A’s LAN. Set PC to
DHCP then PC should got an IP as 192.168.12 3.x by default.
¾ Step2: Enter 192.168.123.123 for the WEB interface of DW3512-A with no login ID and
¾ Step3: Go to the page of Operation, set DW3512-A to Bridge mode. In this mode, all Ethernet
¾ Step4: When Bridge mode is enabled, the WAN configuration is disabled, so please go to the
¾ Step5: Go to the page of WirelessÆ Basic Settings, set the mode to AP+WDS. Set the
¾ Step6: Go to the page of WirelessÆ Security to set the authentication method if necessary.
¾ Step7: Go to the page of WirelessÆ WDS Settings, enable WDS and input the DW3512-B’s
In DW3512-B:
¾S tep1: Power on DW 351
Dynamix DW 3512 Technical Manual V1.00
password.
ports and wireless interface are bridged together and NAT function is disabled. All the WAN
related function and firewall are not supported.
page of TCP/IPÆ LAN to set the network settings to connect with your Office LAN.
Channel to a fixed one, such as 11.
MAC address (BSSID) into the WDS table.
2-B and set one pc to connect with DW3512-B. Set PC to a Fixed IP,
s 192.168.123.100.
such a
¾Step2: Enter 192.168.123.123 for the WEB interface of DW3512-B with no login ID and
password.
¾Step3: Go to the page of Operation, set DW3512 to Bridge mode. In this mode, all Ethernet
ports and wireless interface are bridged together and NAT function is disabled. All the WAN
related function and firewall are not supported.
¾Step4: When Bridge mode is enabled, the WAN configuration is disabled, so please go to the
page of TC P/IPÆ LAN to set the network settings to connect with your Office LAN. In this
example, we set the LAN IP to 192.168.123.200 and DHCP is disabled.
¾Step5: Go to the page of WirelessÆ Basic Settings, set the mode to AP+WDS. Set the
Channel to a fixed one, such as 11.
¾ Step6: Go to the page of WirelessÆ Security to set the authentication method if necessary.
¾ Step7: Go to the page of WirelessÆ WDS Settings, enable WDS and input the DW3512-A’s
MAC address (BSSID) into the WDS table.
¾Step8: If configuration ok, both office LAN should hav e the same subnet (192.168.123.x), a n d
the PCs of both office LAN could send packets to each other via WDS connection. The
notebook with wireless network adapter could also roam between 2 APs and access both the
Office LAN.
Note:
¾When both DW3512-A and DW3512-B has been setup succes sfully, you could go to the
page of WirelessÆ WDS SettingsÆ Show Statics, to confirm the WDS Statics.
DW3512 could be the same or different. And you should set the WDS table for each
other.
Universal Repeater
A Universal repeater can a lso extend the wireless coverage of another wireless AP or router. But the Universal
Repeater does not require the remote side to have WDS function. Below is an example to show you how to
implement Universal Repeater with Bridge mode.
Notebook with wireless
network Adapter
Notebook with wireless
network Adapter
LAN IP: 192.168.123.123
SSID: WiFi_AP
DHCP Server: enable
DW3512-A
LAN
DW3512-B
LAN IP: 192.168.123.200
LAN
SSID: WiFi_AP
DHCP Server: disable
Office LAN Office LAN
In DW3512-A:
¾ Step1: Power on DW3512-A and set one pc to connect with DW3512-A’s LAN. Set PC to
¾ Step2: Enter 192.168.123.123 for the WEB interface of DW351
¾ Step3: Go to the page of Operation, set DW3512-A to Bridge mode. In this mode, all Ethernet
¾ Step4: When Bridge mode is enabled, the WAN configuration is disabled, so please go to the
¾ Step5: Go to the page of WirelessÆ Basic Settings, set the mode to AP. Set the Channel to a
¾ Step6: Go to the page of WirelessÆ Security to set the authentication method if necessary.
In DW3512-B:
¾S tep1: Power on DW 351
DHCP then PC should got an IP as 192.168.12 3.x by default.
2-A with no login ID and
pas
sword.
ports and wireless interface are bridged together and NAT function is disabled. All the WAN
related function and firewall are not supported.
page of TCP/IPÆ LAN to set the network settings to connect with your Office LAN.
fixed one, such as 11. Disable the “Enable Universal Repeater Mode (Acting as AP and client
simultaneouly)”.
2-B and set one pc to connect with DW3512-B. Set PC to a Fixed IP,
s 192.168.123.100.
such a
¾Step2: Enter 192.168.123.123 for the WEB interface of DW3512-B with no login ID and
¾Step3: Go to the page of Operation, set DW3512 to Bridge mode. In this mode, all Ethernet
ports and wireless interface are bridged together and NAT function is disabled. All the WAN
related function and firewall are not supported.
¾Step4: When Bridge mode is enabled, the WAN configuration is disabled, so please go to the
page of TC P/IPÆ LAN to set the network settings to connect with your Office LAN. In this
example, we set the LAN IP to 192.168.123.200 and DHCP is disabled.
¾Step5: Go to the page of WirelessÆ Basic Settings, set the mode to AP. Set the Channel to a
fixed one, such as 11. Enable the “Enable Universal Repeater Mode (Acting as AP and client
simultaneouly)” and input the DW351
¾ S
¾ Step7: If configuration ok, both office LAN should hav e the same subnet (192.168.123.x), a n d
tep6: Go to the page of WirelessÆ Security to set the authentication method if necessary.
the PCs of both office LAN could send packets to each other via Universal Repeater
connection. The notebook with wireless network adapter could also roam between 2 APs and
access both the Office LA N.
2-A’s SSID (WiFi-AP).
Dynamix DW 3512 Technical Manual V1.00
Note:
¾When Universal Repeater is enabled, both DW351 2 need to hav e the same channel and
the SSID could be same or different.
¾Please notify that you can only choose one to enable the “Enable Universal Repeater
Mode (Acting as AP and client simultaneouly)”, otherwise there will be some error
occurred.
WISP
In WISP mode, the AP will behave just the same as the Client (Infrastructure) mode for wireless function.
However, route functions are added between the wireless WAN side and Ethernet LAN side. The NAT is
enabled and PCs in ethernet ports share the same IP to ISP through wireless LAN. You must set the wireless
to client mode first and connect to the ISP AP in Site-Survey page. The connection type can be setup in WAN
page by using PPPOE, DHCP client or static IP. Below is an example to show you how to implement WISP
mode.
¾Step1: Power on DW3512-A and set one pc to connect with DW3512-A’s LAN. Set PC to
DHCP then PC should got an IP as 192.168.12 3.x by default.
¾Step2: Enter 192.168.123.123 for the WEB interface of DW3512-A with no login ID and
password.
¾ Step3: Go to the page of Operation, set DW3512-A to Wireless ISP mode.
¾ Step4: Go to the page of WirelessÆ Basic Settings, set the mode to Client and set the
Network T y pe to Infrastructure.
¾Step5: Go to the page of WirelessÆ Security, to set the necessary authentication method for
WISP Outdoor AP, if WISP Outdoor AP has enable authentication.
¾Step6: Go to the page of WirelessÆ Site Survey to search and connect to WISP Outdoor AP.
When connection is OK, there should be a successful message appeared.
¾ Step7: Go to the page of TCP/IPÆ WAN to configure the IP settings.
¾ Step8: If configuration ok, PCs of office LAN could send packets via WISP Outdoor AP.
WISP + Universal Repeater
In this mode, the AP will behave same as the WISP mode fo r wireless function except one thing: the DW3512
can also work as a AP. However, route functions are added between the wireless WAN side and Ethernet LAN
side. The NAT is enabled and PCs in ethernet ports share the same IP to ISP through wireless LAN. You must
set the wireless to client mode first and connect to the ISP AP in Site-Survey page. The connection type can
be setup in WAN page by using PPPOE, DHCP client or static IP. Below is an example to show you how to
implement WISP mode.
Notebook with wireless
network Adapter
DW3512
WISP Outdoor AP
LAN with NAT function
Office LAN
¾Step1: Power on DW3512-A and set one pc to connect with DW3512-A’s LAN. Set PC to
Copyri
DHCP then PC should got an IP as 192.168.12 3.x by default.
¾Step2: Enter 192.168.123.123 for the WEB interface of DW3512-A with no login ID and
password.
¾Step3: Go to the page of Operation, set DW3512-A to Gateway mode.
¾Step4: Go to the page of WirelessÆ Basic Settings, set the mode to Client and set the
Network T y pe to Infrastructure.
¾Step5: Go to the page of WirelessÆ Security, to set the necessary authentication method for
WISP Outdoor AP, if WISP Outdoor AP has enable authentication.
¾Step6: Go to the page of WirelessÆ Site Survey to search and connect to WISP Outdoor AP.
When connection is OK, there should be a successful message appeared.
¾ Step7: Go to the page of TCP/IPÆ WAN to configure the IP settings.
¾ Step8: Go to the page of WirelessÆ Basic Settings, enable the “Enable Universal Repeater
Mode (Acting as AP and client simultaneouly)” and input the WISP Outdoor AP’s SSID.
¾Step9: If configuration ok, PCs of office LAN could send packets via WISP Outdoor AP. And
the Notebook of the DW3512’s WLAN should be also use WiFi to access internet via WISP
Outdoor AP.