Satellite L-Band Teleport Transport System
- Model 3000  |
 The
Model 3000 L-Band Satellite Teleport Fiber Optic Transport System
brings a state-of-the-art modular approach to the demanding Teleport
environment. Spanning the entire L-Band frequency range (950-2150
MHz), the link employs a number of feature rich components to create
a highly reliable system. The system may be ordered in a stand-alone
or 3RU rack-mount configuration. All modules utilize a factory-installed
cartridge-style laser. The laser cartridge may be specified for conventional
1310 nm or 1550 nm operation, CWDM operation or DWDM operation. Replaceable
laser cartridges allow quick repair of the system in the event of
a laser failure and offer easy upgrades from conventional transmission
to CWDM or DWDM transmission, greatly expanding the potential capacity
of installed optical fibers. Both the transmitter and the receiver
may be specified for 75 Ohm or 50 Ohm inputs. The transmitter also
provides +18 Volts DC for LNB power. The 3RU rack chassis configuration
offers increased system reliability via dual, redundant power supplies
and hot-swappable modules. The system provides a -20 dB RF test point
and other test points to determine laser current draw, laser cooler
current draw, and ground, further ensuring proper Teleport system
operations. |
 3RU
Rack Chassis and Power Supplies - Model 3000C |
 The
Model 3000C 3RU Rack Chassis and Power Supplies offer an advanced
design that allows the user to install up to eight transmitters or
receivers and two power supplies. The chassis will also accommodate
support modules for the 3000 series and other specially designed transport
links. Hot-swappable power supplies and modules ensure minimum system
downtime and increased reliability. The power supplies are available
in four options: Universal AC with SNMP and without SNMP, and -48
Volts DC with SNMP and without SNMP. An LED indicator on the power
supply front panel assures the user that the power supply is operating
correctly. A front panel common ground point is also available. Models
3000UB or 3000UD power supplies with SNMP interface include an RJ-45
connector and a DB-9 connector which allow the user to connect their
3000 system to an SNMPv2 management tool for SNMP monitoring and control
of the system. A number of system parameters can be monitored, depending
on which modules are installed in the chassis. The power supply DB-9
connector allows the user to locally configure the system’s
IP address and other network parameters. Model 3000 Chassis and Power
Supplies offer a cost-effective and highly reliable system for rack-mounting
3000 Series and 3753 modules. |
| SNMP Monitoring and Control Interface - Model
3001 |
 The
Model 3001 Remote SNMP Module allows users of the stand-alone 3000
Series transport modules to incorporate SNMP monitoring and control
without having to switch to the 3RU rack-mount configuration. The
Model 3001 provides an SNMP interface using an RJ-45 connector which
allows the user to connect up to three 3000 Series stand-alone units
to an SNMPv2 management tool for SNMP monitoring and control of the
system. A number of system parameters can be monitored, depending
on the transport modules in the system. For rugged environmental conditions,
the Model 3001 and companion 3000 Series stand-alone links may be
mounted in the Model 3090 NEMA-compliant rugged outdoor enclosure. |
| 3RU L-Band Satellite Transport Link with
LNB Power - Model 3005 |
|
| RS-232/422/485 or Ethernet Data Transceiver
Module - Model 3010 |
 The
Model 3010 RS-232/422/485 or Ethernet Data Transceiver Module is designed
to allow system operators to send bidirectional data from the control
center to the satellite farm and back. Used in combination with the
3000 Series Teleport System, the Model 3010 data transceiver module
allows the user to select RS-232 or RS-422/485 data via a two position
switch located on the front panel. A tri-colored status indicator
LED and two LEDs per data connector on the front panel show data activity
on the corresponding transmitter/receiver channel. Ethernet data is
transported at 10/100 Mb/s. Available with 1310 nm, 1550 nm, CWDM,
and DWDM optics, the Model 3010 can be configured to meet any design
need. The 3RU Model 3000 Chassis can house one Model 3010 data module
and up to six 3000 Series transmitters or receivers, along with redundant
power supplies. (See 3000C for details on the chassis and power supplies.)
All 3000 Series modules are hot-swappable, helping to ensure easy
replacement and guarantee system uptime. As part of the 3000 Series
L-Band and IF family, the Model 3010 provides the professional satellite
operator a high performance solution for satellite communications. |
| Ethernet
Data Transceiver Module - Model 3015 |
 The
Model 3015 Ethernet Data Transceiver Module is designed to allow system
operators to incorporate SNMP or web page monitoring and control of
the modules in the 3000 Series Satellite L-Band/IF 70/140 MHz transport
system. By installing the Model 3015 in a 3000 Series transport system,
the Teleport operator has a means of implementing a system management
and control interface via an optical link, eliminating the need for
additional cabling in remote locations. The output of the Ethernet
module connects to the input of a Model 3000UB or 3000UD power supply
with integral SNMP interface, giving the operator access to real-time
system status via an SNMP management tool or a web-based interface
that works with Microsoft® Internet Explorer® (version 6).
The output of the receiving Ethernet module may also be connected
to a hub or router, allowing the user to connect multiple 3000UB or
3000UD power supplies housed in the same outbuilding. Ethernet also
provides the user with the ability to create computer networks between
distant locations or interface with equipment at 10 or 100 Mb/s rather
than RS-232 or other data protocols. As part of the 3000 Series L-Band
family, the Model 3015 provides the professional satellite operator
a high performance solution for satellite communications. |
| SNMP RF Switch Module - Model 3020 |
 The
Model 3020 RF Switch module is designed to work with the 3000 Series
Teleport links to provide RF signal redundancy. Used in combination
with the 3000 Series Teleport System, the Model 3020 RF Switch module
is available in 75 Ohm and 50 Ohm configurations. The Model 3020 may
be ordered to work with L-Band 950-2250 MHz signals or IF 10-200 MHz
signals. A front panel switch allows the user to select the primary
or secondary signal path, or a low-level threshold detect may be used
to allow the unit automatically switch from the primary path to the
secondary in the case of a signal path failure. The low-level threshold
is user-selectable via UP/DOWN buttons and a low-level test point.
LEDs for SNMP control, and Primary and Secondary signal paths allow
the user to quickly assess the units configuration. The Model 3020
occupies one of the eight slots in the 3000 Series Rack Chassis. The
3000 chassis also accommodates two redundant power supplies. All 3000
Series modules are hot-swappable ensuring easy replacement and maximizing
system uptime. As part of the 3000 Series L-Band family, the Model
3020 provides the professional satellite operator a high performance
solution for satellite communications. |
| L-band Satellite Transport Link with LNB
Power - Model 2990 |
 The
Model 2990 L-Band Satellite Transport System provides an economical
solution for transporting digital signals for numerous satellite distribution
applications, including headend relocation, and distribution of digital
broadcast systems (DBS). The system utilizes a cost-effective coax
cabling configuration to distribute the RF signals from the dish to
the transmitter and from the receiver to the headend. The single-mode
optical fiber between the 2990 transmitter and the receiver allows
transmission distances to 35 km for the 1310 nm version, and the 1550
nm transmitter allows transmission distances up to 60 km. Using LNB
power from the transmitter reduces the need for additional equipment
at the dish site. The Model 2990 L-Band Transport System, whether
use in a an antenna remoting application or in a satellite distribution
role, provides for transmission of the entire DBS spectrum in a simplified,
flexible installation environment at one of the lowest costs found
in today's market. |
| WiBa Series Fiber Optic Link with
Cooled DFB Laser |
Our Wide Bandwidth (WiBa) fiber optic inter-facility links (IFL's) are a high-performance, cost-effective alternative to coaxial cable for 10 MHz to 2700 MHz communication applications.Ortel's IFL's serve as a transparent link for satellite and cellular applications. These IFL's provide much longer transmission distances than possible with copper cables, while retaining the highest level of signal quality. |
The
Model 3005 L-Band Satellite Transport System provides an economical
solution for transporting digital signals for numerous satellite
distribution applications, including headend relocation and distribution
of digital broadcast systems (DBS). The system utilizes a cost-effective
coax cabling configuration to distribute the RF signals from the
dish to the transmitter and from the receiver to the headend. The
single-mode optical fiber between the 3005 transmitter and the receiver
allows transmission distances to 35 km for the 1310 nm version,
and the 1550 nm transmitter allows transmission distances up to
60 km. Using LNB power from the transmitter reduces the need for
additional equipment at the dish site. The Model 3005 L-Band Transport
System, whether use in a an antenna remoting application or in a
satellite distribution role, provides for transmission of the entire
DBS spectrum in a simplified, flexible installation environment
at one of the lowest costs found in today's market.
