Sample application diagram, Initial set-up guide – Teletronics Enterprise SIP Server Quick Start User Manual
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![background image](https://www.manualsdir.com/files/807494/content/doc002.png)
Sample Application Diagram
PC
PSTN
FXO GATEWAY
FXS GATEWAY
N
EA
R
-E
N
D
N
A
T
N
EA
R
-E
N
D
N
A
T
EZLoop® SIP SERVER
WAN/INTERNET
PLEASE VISIT OUR WEBSITE AT WWW.TELETRONICS.COM FOR MORE INFORMATION
Initial Set-Up Guide
1. Using the Ethernet
Using the Ethernet cable provided, connect the DSL or Cable modem to the LAN 1
port on the back of the Sip Server.
2. Connect the Ethernet
Connect the Ethernet (LAN) port of your Router or your computer by using your own
Ethernet cable into the LAN 1 port on the back of the Sip Server.
3. Power on the Sip Server
Power on the Sip Server by using the AC Adapter provided.
4. Optional: Connect the Serial Cable
Connect your computer to the serial port on the back of the SIP Server. Use the
Hyper Terminal to open a session to the Rescue Console Menu.
5. Optional Set-up:
Connect the Sip Server LAN 1 port to your Router instead of DSL or Cable modem.
Teletronics recommend places the Sip Server in front of Router to maximize the
voice quality.
6. Configuring from Web Browser:
Linux Sip Server LAN IP: http://192.168.10.241:10000
USER ID: sa Password: sa
SIP Module IP Address: http://192.168.10.241
User ID: sa
Password: sa
Please Note:
Please download the Sip Server User Manual at
www.teletronics.com/User Manuals.html
Hardware Features:
Onboard low power VIA EBGA CPU
Quad Fast Ethernet, one Gigabite LAN option
2 RS-232 COM Ports
2 USB Ports
Board Unique ID
CompactFlash for low cost SSD
Optional Mini PCI for more feature expansions
Protocols and Performance:
VoIP Protocol for signaling -SIP (RFC3261 Standard)
VoIP Protocols for delivery of voice-RTP, RTCP (When using NAT Traversal)
Routing Methods-Register database or Dial Plan
NAT Traversal-Proprietary method
Administration-Web-Based
Maximum Number of Concurrent Calls 30 -(Concurrent connections available when tested a
Pentium 800MHz with 128MB of RAM in 100M Ethernet network. Connection numbers may
vary depending on network condition. Not using a NAT Traversal, will increase the number of
possible connections.