ARLL2-RVD-SA/547 datasheet, PDF

Datasheet> All Categories > Wireless rf/communication> Optical fiber> ARLL2-RVD-SA/547

ARLL2-RVD-SA/547: DescriptionTransmitter, SC/APC Connector; CategoryWireless rf/communication Optical fiber; File Size596KB，4 Pages; ManufacturerOlson Technology Inc

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ARLL2-RVD-SA/547 Overview

Transmitter, SC/APC Connector

ARLL2-RVD-SA/547 Parametric

Parameter Name	Attribute value
Maker	Olson Technology Inc
Reach Compliance Code	unknow
Connection Type	SC/APC CONNECTOR
Emitter/Detector Type	LASER
Fiber optic equipment types	TRANSMITTER
Maximum operating temperature	70 °C
Minimum operating temperature	-40 °C
Nominal operating wavelength	1470 nm
Nominal optical power output	1.5 mW
Nominal supply voltage	24 V
Transmission type	DIGITAL

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24926 Highway 108

Sierra Village, CA 95346

Phone: (800) 545-1022

Fax: (209) 586-1026

E-Mail: sales@olsontech.com

LegacyPlus

LLRX200 Return Path Transmitter

Replacement/Upgrade Modules for Arris/Antec Gateway II LLRX200 HFC Nodes

•

FP, DFB (1310 or 1550nm) or CWDM (ITU-grid 1470-1610nm) laser return path optical transmitters

For installed base of Arris/Antec Model # LLRX200 Gateway II HFC optical nodes

Performs significantly better than or equal to the original Model RDL/RVD modules

To minimize clipping in VoIP deployments, DFB or CWDM module replacement of FP lasers

Ideal for systems undergoing “node splitting” for return path segmentation purposes

Low cost alternative to DWDM transmitters, digital reverse & other node segmentation methods

Field proven since 1999: Olson Tx & Rx modules successfully deployed in 1000’s of nodes worldwide

Low power consumption & good heat dissipation for increased service life and reliability

Low Cost; Stable operation over Time, Temperature and Signal Loading; Convenient test points

The

OLSON TECHNOLOGY, INC. (OTI)

LegacyPlus series of Replacement & Upgrade Modules for Installed HFC Optical Nodes

is a high performance, low cost, field proven group of custom engineered products specifically designed to upgrade the functional-

ity of installed optical nodes from many major manufacturers by dramatically increasing upstream or downstream bandwidth without

having to replace optical nodes or deploy extra fiber, 1550nm ITU grid DWDM lasers, baseband digital reverse modules, or other

expensive return path segmentation technologies.

OLSON TECHNOLOGY, INC. ( OTI )

LegacyPlus LLRX200 Return Path

Transmitter Modules

have been specifically designed so that node mod-

ules can be replaced, if needed, with any module or unit of the same type

and the same optical and electrical specifications from Arris/Antec, the

original vendor/supplier of the LLRX200 node. Hence, the replacement of

a node based Return Path Transmitter Module does not require replace-

ment of the corresponding headend optical receiver or vice versa.

LegacyPlus

products provide outstanding return path performance, sys-

tem design flexibility and scalability in almost any network architecture

from traditional Hybrid Fiber Coax (HFC) to the newer fiber deep Targeted

Service Delivery (TSD) area topologies. There are two general types of

reverse transmitters available: (1) Fabry-Perot (FP) type, which are lower

priced and designed for low traffic data carrier transmission applications

with less stringent performance requirements (i.e. element management,

set top box communications, etc.), and; (2) DFB/CWDM-type, which sup-

port analog video channels and/or high capacity data traffic (i.e. Internet access, telephony, etc.).

The introduction of VoIP services adds even tougher constraints to return path performance. Originally deployed FP return path

transmitter modules tend to exhibit laser clipping. One of the end effects of clipping is packet loss, which is very detrimental to VoIP.

LegacyPlus

DFB & CWDM TX modules, with their inherently higher dynamic range, provide cost effective and robust migration

alternatives to FP laser return transmitters during pre-VoIP plant upgrades.

In addition to the many “standard”

LegacyPlus

modules currently available to system operators,

OLSON TECHNOLOGY, INC.

continues to work with MSOs to define, refine, develop and manufacture new solutions custom tailored to their individual system

requirements. For the latest information or to discuss possible module availability or design for unlisted nodes, please contact

OLSON TECHNOLOGY, INC.

directly.

www.olsontech.com

Rev. C 20 Sept 2006

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