End of Life. Optical Node Series (HL2) HLN3144. HL2 Series PWRBlazer Scalable Optical Node FEATURES PRODUCT OVERVIEW. arris.com

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1 arris.com Optical Node Series (HL2) HLN3144 HL2 Series PWRBlazer Scalable Optical Node FEATURES Full 4x4 segmentation capability allows each output to be fed by an optical receiver and/or return transmitter, providing dedicated bandwidth. Full output scalability and flexible node configuration permits customizing the node specifically for the RF plant. Two ports, usable for either direct input or direct powering, provide even greater flexibility in network design Supports highly reliable networks with redundant fiber routes and power Provides RF functionality up to 1 GHz Applications include trunk cascading and distribution PRODUCT OVERVIEW The ARRIS HL2 Series PWRBlazer Scalable Optical Node addresses the need for a flexible network which can economically deliver today s broadcast services while supporting additional future advanced services.

2 This easy to configure node consists of a housing (NRH3867A), fiber tray (NFT3000 or NFT5000), and various combinations of power supplies (NPS3815), optical receiver modules (NRM3111A), return transmitter modules (NTM3244E, NTM3245, NTM3247, NTM3248L, NTM3248, NTM3249T and NDT314x), output modules (NOM3121A) and an optional status monitoring transponder module. By varying the arrangement and interconnection of these modules, many possible configurations are possible. At any time, the node can be easily reconfigured to support changing broadcast needs, or to add narrowcast services, by simply installing and/or removing modules. Reconfiguring the node is much less difficult and less costly than rebuilding the RF network, thereby saving system operators valuable time, money and other resources. The node can support one to four RF output ports. This flexibility allows installation of a node exactly tailored to the RF plant following the node. Operators can also configure the PWRBlazer Scalable Node to support redundant fiber routes as well as redundant powering. As the majority of services outages are caused by either power outages or fiber breaks, having power and fiber redundancy greatly increases network reliability. The provision for a status monitoring transponder interface is compatible with available third party solutions. The transponder provides local and remote monitoring and control of all critical node parameters. SPECIFICATIONS 1 Housing (model NRH3869A) 1 Dimensions Weight 2 Power Supplies (model NPS3815) 1 Output power 20 W x 9 H x 11 D(51cm x 23 cm x 28 cm) 35 lbs (16 kg) Maximum number of power supplies 2 3 Output Modules 1 NOM3121A 30 Dual amplified output, 5 30 MHz return, MHz forward NOM3121A 42 Dual amplified output, 5 42 MHz return, MHz forward NOM3121A 65 Dual amplified output, 5 65 MHz return, MHz forward NOM3121A 85 Dual amplified output, 5 85 MHz return, MHz forward 4 Optical Receivers 1 NRM3111A Forward optical receiver NRM3111B High gain forward optical receiver NRM3111H Low distortion forward optical receiver 5 Fiber Trays NFT3000 Small fiber tray NFT5000 Large fiber tray NFT5000 AE Large fiber tray with provisions for E2000 optical connector adapters 6 Return Transmitters 1 NTM3244E Analog, isolated 1310 nm, Fabry Perot laser, 0 dbm NTM3245 Analog, isolated 1310 nm non WDM DFB laser, +3 dbm NTM3247 Analog, isolated uncooled DFB CWDM laser, 8 wavelengths, +3 dbm NTM3248 Analog, isolated uncooled 1550 nm non WDM DFB laser, +3 dbm NTM3248L Analog, isolated uncooled 1550 nm non WDM DFB laser, 0 dbm NTM3249T Analog, 1550 nm DWDM ITU 16 wavelengths, cooled DFB, +8 dbm NDT3147 Digital, CWDM, 11 wavelengths, uncooled DFB, +3 dbm DT6250N Digital, universal, SFB based, legacy Aurora protocol NDT3349A Digital, DWDM ITU 40 wavelengths, cooled DFB laser, +3 dbm, 42 MHz NDT3249 Digital, DWDM ITU 40 wavelengths, cooled DFB laser, +3 dbm, 65 MHz NOA7014 GF NODE EDFA, gain flattened optical amplifier, +14 dbm NOA7017 GF NODE EDFA, gain flattened optical amplifier, +17 dbm NOS NODE optical switch 150 W

3 SPECIFICATIONS CONTINUED 7 Configuration Modules 1 Forward NCM3800 NCM3801 NCM3802 NCM3803 NCM3804 NCM3805 NCM3806 NCM3807 NCM3808 NCM3809 NCM3810/3811 NCM3813 NCM3814 NCM3815 NCM3816 Return NCM3200 NCM3201 NCM3202 NCM3203 NCM3204 Jumper 1x2 splitter A/B switch A/B switch with splitter Diplex filter MHz/ MHz Diplex filter/splitter MHz/ MHz Narrowcast high pass filter combiner MHz Narrowcast high pass filter combiner/splitter MHz Narrowcast high pass filter combiner MHz Narrowcast high pass filter combiner/splitter MHz Forward splitter for top bottom segmentation Narrowcast high pass filter combiner MHz De segmentation module Combiner Combiner/splitter Jumper 2x1 combiner 2x2 combiner/splitter Directional coupler Combiner/splitter NOTES: 1. For physical information and other detail specifications, please refer to individual product data sheets.

4 TYPICAL CONFIGURATIONS Redundant, Four Output Two Way, Four Output Segmented 2x2 Fully Segmented 4x4

5 ORDERING INFORMATION Order Numbers Please contact your ARRIS Sales or Field Services contact for ordering assistance. RELATED PRODUCTS HLN3142C HLN3142E HLN3112 Customer Care Contact Customer Care for product information and sales: United States: ARRIS International: Note: Specifications are subject to change without notice. Copyright Statement: ARRIS Enterprises, LLC, All rights reserved. No part of this publication may be reproduced in any form or by any means or used to make any derivative work (such as translation, transformation, or adaptation) without written permission from ARRIS Enterprises, LLC ( ARRIS ). ARRIS reserves the right to revise this publication and to make changes in content from time to time without obligation on the part of ARRIS to provide notification of such revision or change. ARRIS and the ARRIS logo are registered trademarks of ARRIS Enterprises, LLC. Other trademarks and trade names may be used in this document to refer to either the entities claiming the marks or the names of their products. ARRIS disclaims proprietary interest in the marks and names of others. The capabilities, system requirements and/or compatibility with third party products described herein are subject to change without notice RevD_PWRBlazer HLN3144_ScalableOpticalNode 11/2017 ECO13140