Emcore 2990PRO
The Emcore/Force Model 2990PRO L-Band Satellite Fiber Optic 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 Emcore 2990PRO 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.
Emcore 3005
The Emcore Model 3005 L Band Satellite Fiber Optic Transport Link System provides an economical solution for transporting digital signals for numerous satellite distribution applications, including headend relocation. 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 receiver allows transmission distances to 2 km at 1310 nm. The transmitter has the ability to supply LNB power at the remote dish site, there by decreasing the need and expense of additional equipment. A front panel mounted switch allows the user to select between +13 Volts and +18 Volts or disable the LNB power. RF alarm and indicator LEDs allow for a quick assessment of the links operational status. The Model 3005 L Band Transport System, whether used in an antenna remoting application or in a satellite distribution role, provides for transmis-sion of the entire L Band spectrum in a simplified, flexible installation environment at one of the lowest costs found in todays market.
Olson OLRT/OLRR
The Olson Technology Model OLRT/OLRR Rugged L-Band Link offers a
high performance, versatile transport link in a very
compact and rugged package. The Rugged L-Band Link
has been engineered to meet todays high performance
standards for L-Band transport with an extreme bandwidth
range that will also allow the system to handle the
next generation of satellite signals. The Olson OLRT/OLRR is ideal for a
wide variety of communications applications, including LBand
satellite antenna remoting, trunking radio, telemetry
tracking, and time and frequency reference distribution.
The standard frequency range is 500MHz to
3,000MHz. The extended frequency range option of
10MHz to 3.6GHz allows this system to accommodate
additional transponders coinciding with common
European satellite communication applications.
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