Transition Networks SSDTF1012-120 SSDTF1012-120-NA Leaflet
Product codes
SSDTF1012-120-NA
Transition Networks, Inc.
Worldwide Headquarters:
10900 Red Circle Drive
Minnetonka, MN 55343 USA
Worldwide Headquarters:
10900 Red Circle Drive
Minnetonka, MN 55343 USA
tel: 952.941.7600 / 800.526.9267
fax: 952.941.2322
info@transition.com
http://www.transition.com
fax: 952.941.2322
info@transition.com
http://www.transition.com
©2010 Transition Networks, Inc.
All trade marks are the property of their respective owners.
Technical information is subject to change without notice.
All trade marks are the property of their respective owners.
Technical information is subject to change without notice.
REMOTE MGMT
LOOP BACK
With the exception of Ethernet, T1/E1
is one of the most common campus/
metropolitan area networking inter-
connects. A copper to fiber conversion
on the premise side of the T1/E1
makes it easier to integrate voice traf-
fic, frame relay or IP type traffic on your
fiber network.
is one of the most common campus/
metropolitan area networking inter-
connects. A copper to fiber conversion
on the premise side of the T1/E1
makes it easier to integrate voice traf-
fic, frame relay or IP type traffic on your
fiber network.
Stand-alone can be managed remotely
when used with a managed chassis.
when used with a managed chassis.
Extend T1/E1 to other buildings in a
campus or MAN from 2 km to 80 km
for voice or data applications.
campus or MAN from 2 km to 80 km
for voice or data applications.
Provide Campus Interconnects
Remote Management
Extend T1/E1 Networks
SSDTFx0xx-1xx
stand-alone network interface device
Features
Remote unit in-band management
Local or Remote Loopbacks on copper
or fiber in software mode
Loopback switch facilitates
local installation
Converts the copper ports on T1/E1
devices, such as a PBX or T1/E1
Router, to multimode or single
mode fiber
Router, to multimode or single
mode fiber
Switch selectable RJ-48 connectors
for T1 or E1
Jitter attenuators optimize Bit Error
Rate (BER) performance
Network debug procedures make BER
testing more convenient
Built-in troubleshooting with the
addition of a selectable TAOS
(Transmit All Ones) switch on the fiber
and copper interfaces allows the
network engineer to test all T1/E1
equipment on that network segment
and ensure the network link
(Transmit All Ones) switch on the fiber
and copper interfaces allows the
network engineer to test all T1/E1
equipment on that network segment
and ensure the network link
Dry Relay Contacts enable the device
to be tied into a separate alarm circuit
commonly found in a T1/E1 twisted
pair environment. Contacts will be
activated on loss of power or loss of
fiber link.
commonly found in a T1/E1 twisted
pair environment. Contacts will be
activated on loss of power or loss of
fiber link.
LED provides Alarm Indication
Signal (AIS)
Can be used with fractional
T1/E1 circuits
Report converter status
• Copper & Fiber Link status
• Hardware switch settings: LBO, AIS
• Hardware switch settings: LBO, AIS
Copper, AIS Fiber, HW/SW
• AIS detected Copper & Fiber
• Model Number
• Copper & Fiber Connector
• Model Number
• Copper & Fiber Connector
Remote commands:
• Loopback Copper & Fiber
• AIS transmitted on Fiber on loss of
• Loopback Copper & Fiber
• AIS transmitted on Fiber on loss of
Copper link
• AIS Transmitted on Copper on loss
of Fiber link
T1/E1
see also:
T1/E1 Point System™ Slide-In-Module NID
Remotely Managed T1/E1 NID (Network Interface Device)
T1/E1 Copper to Fiber
with Remote In-Band Management
See next page for
Ordering Info
Ordering Info
Remote management in a stand-alone
device When used in conjunction with a
managed Point System™ chassis, this
stand-alone unit can be managed remotely.
device When used in conjunction with a
managed Point System™ chassis, this
stand-alone unit can be managed remotely.
The Remotely Managed T1/E1 copper to fiber
media converter will provide a solution for
users who desire to extend their T1 or E1 cir-
cuits over fiber and remotely manage them
“in-band” from admin locations.
media converter will provide a solution for
users who desire to extend their T1 or E1 cir-
cuits over fiber and remotely manage them
“in-band” from admin locations.