Showing posts with label Quick Setup Guide. Show all posts
Showing posts with label Quick Setup Guide. Show all posts
Quick Guide to AZTECH ADSL2+ DSL5018EN (1T1R)
Aztech ADSL2+ 150Mbps WIRELESS-N
4-Ports Modem Router
Model : Wireless N DSL5018EN(1T1R)
Default IP Address: 192.168.1.1
Note: you have to synchronized the modem with DSLAM before accessing via web browser
Router Mode Configuration
+ Click Network Button
+ Click Internet menu
- Select Activated as Status
- Select VPI/VCI
- Select Static as Connection Type
- Select 1483 Bridged IP LLC as encapsulation
- Select Yes as Default Route
- Enter Point-To-Point or WAN IP
* IP Address
* Subnet Mask
* Gateway
* DNS
- Select enable NAT
- then click Apply button
+ Click Local menu
- enter LAN IP in Router IP Address box
- enter the LAN Subnet mask
- Select Enable/Disable DHCP Server
- Then click Apply button
+ Click System Button
- click reboot button under reboot menu
For Wireless Configuration
+ Click Wireless button
- Select enable wireless
- Enter desire SSID Name
- Select enable Broadcast SSID
- Select 802.11b+g+n wireless mode
- Left all setting as-is
- then click Apply button
+ Click Secuity menu
- Select WPA-PSK/WPA2-PSK as security mode
- Select TKIP/AES combination as Encryption
- Enter preshared key for Wifi Password
- then click Apply button
for Advance setup configuration, leave your comment here
*That's it
Quick Guide to ZTE H108N ADSL Modem

Model: ZXHN H108N Series
Default IP Address : 192.168.1.1
+ Click the Quick Setup Guide menu
- Type a desired Connection Name
- Create or Select Preconfigure VPI/VCI
- Select Connection Type, Route or Bridge
since we will configure Router Modem, select Route mode
- Select IP as link type
- Select Static as IP Type
- Select IPV4 box and enter the Point-to-point IP Address
or the WAN IP Address and DNS
- then click next button
- Select or Disable/Enable RF Radio then click Next button
- Leave Admin User/Password as-is or modify to your configuration
+ Click Network Menu
- Delete all Connection name and left the recently configured
Wan Connection for PATH-WAN-WAN Connection
- Select LAN menu
- Enter the LAN iP Address
- Select Disable/Enable DHCP Server
- Click Submit button
+ Click SSID Settings under Network/WLAN menu
- Choose SSID name
- Enable the SSID Number
- Select Maximum clients to 16
- Configure a desire SSID Name for a particular SSID Number
- Repeat configuration for SSID 2 - 4 if enabled
+ If DHCP server is enable
+ Configure the DHCP IP Address
- DHCP Start IP Address : 192.168.1.100 (e.g.)
- DHCP Stop IP Address : 192.168.1.116 (e.g.)
- Click DHCP Port Service under Network/LAN menu
- Click SSID 1 to 4 (try to configure Start/Stop IP with 16 IP
per SSID if all SSID was selected)
+ Click Routing (IPV4)
- Select WAN Connection name then click Submit button.
+ Select the Firewall under Security menu
- click enable Anti-Hacking Protection
- Select Firewall level to Low or desired protection
Quick Guide for KASDA (KD212) DSL Modem
Kasda KD212 |
A sample router mode configuration for this type of DSL Modem.
+ Click Advance Setup menu
+ Click Layer2 Interface
- Click ATM Interface
- Use VPI/VCI define by ISP
- Select Path0 as DSL Latency
- Select EoA as DSL Link
- Select Default Mode as Connection Mode
- Select LLC/SNAP-BRIDGING as encapsulation mode
- Select UBR without PCR as Service Category
- Select Strict Priority as IP QoS Scheduler Algorithm
- Then click Apply/Save button
+ Select WAN Service
- Click Add Button
- Select a Layer2 Interface that previously configured then click
Next button
- Select IP over Ethernet then click Next button
- Select Static IP Address then input the WAN IP address or Point-to-Point
IP Address given by ISP then click Next button
- Select Enable NAT, Enable Firewall (optional) then click Next button
- Click Next for Routing – Default gateway
- Enter ISP DNS Server then click Next button
- Click Apply/Save button
+ Select LAN
- Write down first usable IP Address given by ISP and the corresponding
subnet mask.
- Disable/Enable DHCP server depending on client configuration then click
Apply/Save button
+ Click Management menu
- Click Reboot menu and reboot button.
- Test the modem after rebooting and insync with the DSLAM.
ADTRAN 6540 Express Setup Guide - (G.703 to Nx64 2MBps)
With previous Setup of Adtran Point-to-Point modem, we have configured a 2 Nx64K modem. Now, we will show you how to configure a back-to-back modem G703 and Nx64K 2Mbps.
Modem 1
1. Main menu – Provisioning(2) – Unit Options(1) – SHDSL Options(2) – Interface Mode(1)
a. Select either 2W or 4W, depends on your setup.
2. Main menu – Provisioning(2) – Unit Options(1) – SHDSL Options(2) – Payload Rate(2)
a. Since we are configuration a Full E1 or 2Mbps, we can
select N=32 timeslot.
3. Main menu – Provisioning(2) – Unit Options(1) – Unit Mode(1)
a. Select, LT (2)
4. Main menu – Provisioning(2) – Unit Options(1) – Cross-Connect Map(2)
a. Press “G” for Full G.703 Service
b. You have notice the all timeslot for SHDSL and G703 change
from “0” to “1” except for Timeslot “0” which turn from “0”
to “32”, replace this to “1” (use Tab) to modify the configuration
from Frame to Unframe Mode.
c. Then Press “A” to save the configuration, and “Esc” once to move
menu backward.
5. Main menu – Provisioning(2) – Unit Options(1) – Clock Source(3)
a. In this section, we can select “G.703 Rx Clock” or Internal Clock,
ideally I always select “G.703 Rx Clock”. But, if you will use
this in Point-to-point where ClockSource has problem or out of
service, we can use “internal clock” of the modem.
Modem 2
1. Main menu – Provisioning(2) – Unit Options(1) – Unit Mode(1)
a. Select, NT(1)
b. Put the SHDSL cable on both modem interface (straight splice)
c. Notice that the modem SHDSL will synchronized
2. Main menu – Provisioning(2) – Unit Options(1) – SHDSL Options(2) – Interface Mode(1)
a. No setup will be done here.
3. Main menu – Provisioning(2) – Unit Options(1) – SHDSL Options(2) – Payload Rate(2)
a. No setup will be done here.
4. Main menu – Provisioning(2) – Unit Options(1) – Cross-Connect Map(2)
a. Press “N” for Full Nx64K Service
b. All SDHL timeslot will assign to 33.
c. Then Press “A” to save the configuration, and “Esc” once to move
menu backward.
5. Main menu – Provisioning(2) – Unit Options(1) – Clock Source(3)
a. In this section, we can choose “SHDSL Rx Clock”.
Now, your setup is ready for testing. Put a V.35 Winchester type loopback connector on your NT interface and G.703 Bit Error Tester on your LT.
V.35 Loopback Assignment
Modem 1
1. Main menu – Provisioning(2) – Unit Options(1) – SHDSL Options(2) – Interface Mode(1)
a. Select either 2W or 4W, depends on your setup.
2. Main menu – Provisioning(2) – Unit Options(1) – SHDSL Options(2) – Payload Rate(2)
a. Since we are configuration a Full E1 or 2Mbps, we can
select N=32 timeslot.
3. Main menu – Provisioning(2) – Unit Options(1) – Unit Mode(1)
a. Select, LT (2)
4. Main menu – Provisioning(2) – Unit Options(1) – Cross-Connect Map(2)
a. Press “G” for Full G.703 Service
b. You have notice the all timeslot for SHDSL and G703 change
from “0” to “1” except for Timeslot “0” which turn from “0”
to “32”, replace this to “1” (use Tab) to modify the configuration
from Frame to Unframe Mode.
c. Then Press “A” to save the configuration, and “Esc” once to move
menu backward.
5. Main menu – Provisioning(2) – Unit Options(1) – Clock Source(3)
a. In this section, we can select “G.703 Rx Clock” or Internal Clock,
ideally I always select “G.703 Rx Clock”. But, if you will use
this in Point-to-point where ClockSource has problem or out of
service, we can use “internal clock” of the modem.
Modem 2
1. Main menu – Provisioning(2) – Unit Options(1) – Unit Mode(1)
a. Select, NT(1)
b. Put the SHDSL cable on both modem interface (straight splice)
c. Notice that the modem SHDSL will synchronized
2. Main menu – Provisioning(2) – Unit Options(1) – SHDSL Options(2) – Interface Mode(1)
a. No setup will be done here.
3. Main menu – Provisioning(2) – Unit Options(1) – SHDSL Options(2) – Payload Rate(2)
a. No setup will be done here.
4. Main menu – Provisioning(2) – Unit Options(1) – Cross-Connect Map(2)
a. Press “N” for Full Nx64K Service
b. All SDHL timeslot will assign to 33.
c. Then Press “A” to save the configuration, and “Esc” once to move
menu backward.
5. Main menu – Provisioning(2) – Unit Options(1) – Clock Source(3)
a. In this section, we can choose “SHDSL Rx Clock”.
Now, your setup is ready for testing. Put a V.35 Winchester type loopback connector on your NT interface and G.703 Bit Error Tester on your LT.
V.35 Loopback Assignment
P | - | R |
S | - | T |
U | - | V |
W | - | X |
C | - | F |
E | - | H |
Cisco: How Set Time and Date
Here is a quick and simple way to set up time and date for your cisco router.
Check your router clock;
router#show clock
*08:20:41.428 ph Thu Oct 30 2014
If this is right then our done, but if not next step
go to global configuration mode from privileged EXEC mode.
then execute the following command.
cisco(config)#clock timezone [word] [timezone]
where; [word] is the name of timezone, [timezone] is the hours offset from UTC
cisco(config)#do write
and your done.
NexComm N560 (EoC) Simple Setup Configuration
Here is a simple way on how to
configure a two N560 model.
Know the
2Base-TL Pin Assignment (RJ45 connector)
o
Line #1 –
Blue/White-Blue
o
Line #2 –
Brown/White-Brown
o
Line #3 –
Green/White-Green
o
Line #4 –
Orange/White-Orange
· Configure
the Laptop or Desktop to access modem
o
IP
Address: 172.16.0.56
o
Subnet
Mask: 255.255.255.0
o
Gateway:
172.16.0.55
·
Access
N650 via Telnet or Serial Port
o
For
telnet;
§
Run
command “telnet 172.16.0.55”
o
For
Serial Port ,
§
Data
rate : 38400
§
Data
bits : 8
§
Stop bits
: 1
§
Parity :
None
§
Flow
Control : None
·
Default
User access
o
Username
: admin
o
Password
: password
o
Enable password
: password
·
Modem #1
Config
o
N560>(enable)
set system time {time}
o
N560>(enable)
set system hostname {hostname}
o
hostname >(enable) set devicetype co
o
hostname >(enable) set devicemode binding
o
hostname >(enable) set vlmode transparent
o
hostname >(enable) restart pme all
o
hostname >(enable) write config0
·
Modem #2
Config
o
N560>(enable)
set system time {time}
o
N560>(enable)
set system hostname {hostname}
o
hostname >(enable) set devicetype rt
o
hostname >(enable) set devicemode binding
o
hostname >(enable) set vlmode transparent
o
hostname >(enable) restart pme all
o
hostname >(enable) write config0
ADTRAN 6540 Express Setup Guide
We will be using a Hyperterminal to setup the modem.
Modem Setup;
Com Ports : N
Port Setting, you may click default button to simplify setup;
9600 bits per second
8 for Data Bits
None for Parity
1 for Stop Bits
None for Flow Control
Using the modem as 2W in Point-to-Point Setup.
Power-Up the modem
Connect the cable (RJ45) using pin 1 & 2 as Tip and Ring of a
line between Modem A and Modem B
LTU Side
First, we have to identify which is the LTU and the NTU modem
In an above sample, we will be using the Modem A as an LTU,
Goto MainMenu then select the Unit Information, if the modem is in
default setup which is in NTU Mode.
Goto MainMenu> Provisioning> Unit Option
Unit mode
Under Unit mode select, LTU
Set the modem to use a 2W line
Goto MainMenu> Provisioning
Interface Mode
Select the 2W
Set the modem Payload Rate, we will be using a 512kbps as a sample
rate
Goto MainMenu> Provisionong
Payload Rate
In Payload Rate Page, we used the Nx64 formula or 512 / 64 = N,
N=8
After setting the Payload Rate, we will goto Cross-Connection Map
to activate the payload
Goto MainMenu> Provisioning> Unit Option> Cross-Connect
Map
Under Cross-Connect map, you have notice that there are 8 active
payload,
Activate every payload by entering 33 or simply type N to activate
all.
Then save.
NTU Side
Set the modem as NTU, do the procedure like we set the LTU
Wait for 1 minute while the two modem synchronize
When Modem HDSL Sync, Modem A (LTU) will update the Modem B (NTU)
Goto Cross-Connect Map to activate the Payload.
Then Save.
You may leave comment to request for your own sample setup
>> More sample Setup to come <<
- G.703 (2mbps) to G.703 (2mbps)
- G.703 to Nx64 (2mbps)
- G.703 to Nx64 (512kbps)
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