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BTN2 Optical Nodes
BTN2 Optical Nodes
 


Product Code: MOT-BTN2
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Description
 
The BTN-2 Broadband Telecommunications Node addresses the growing demand for a cost-effective solution for fiber rich architectures. The BTN-2 Broadband Telecommunications Node is designed to support advanced two-way services such as telephony, cable modems, and video on demand. Fully configured to meet your specific system requirements, the BTN-2 Broadband Telecommunications Node demonstrates Motorola's commitment to providing innovative products with advanced capability to act as a bridge to the future of the HFC broadband industry.

The BTN-2 Broadband Telecommunications Node performs lightwave to RF and RF to lightwave conversion in an optical transmission link supporting a variety of advanced hybrid fiber/coaxial network architectures. The BTN-2 Broadband Telecommunications Node supports an 870 MHz passband, provides for improved distortion performance and extended transmission distances, increased system reliability and reduced system maintenance.
With the BTN-2 Broadband Telecommunications Node you have a scalable solution for deployment in broadband systems. It can be configured for two-way operation as required. The BTN-2 Broadband Telecommunications Node optimizes your station space by allowing up to four optical modules: two optical receivers and two optical transmitters. This design gives you maximum flexibility to support your changing needs,making it ideal for telephony and other advanced applications where redundancy capability and field upgradeability/configurability are paramount concerns. The return path can be configured with a single optical transmitter or a RF amplifier output. Return path transmitter options include a 0.4 mw isolated Fabry-Perot transmitter (IFPT), a 0.4 mw non- isolated Fabry-Perot transmitter (FPT), a 1.0 mw or 2.0 mw isolated distributed feedback transmitter (DFBT). In addition, optional ingress switching capability via Headend control software allows the operator to identify and isolate ingress problems and mitigate the effects.

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