End of Life. Headend Optics Platform (HLP) SPL7210S/A. HL2 Series SUPRALink High Density DWDM Transmitter FEATURES PRODUCT OVERVIEW. arris.

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1 arris.com Headend Optics Platform (HLP) SPL7210S/A HL2 Series SUPRALink High Density DWDM Transmitter FEATURES Compact size enables 20 DFB modules to fit in a 3RU platform DWDM technology optimizes HFC network bandwidth Universal solution for network segmentation and fiberdeep applications Dual ports: one broadcast, one narrowcast Blind mate RF connectors for streamlined module insertion and removal 1.2 GHz RF provides the capacity to resolve future bandwidth issues Reduced power consumption lowers operating costs Flexible monitoring and control via HTTP web GUI or SNMP PRODUCT OVERVIEW The ARRIS HL2 Series SUPRALink SPL7210 DWDM transmitters address the need for service providers to expand fiber capacity while controlling costs as cable customers demand a growing number of services. ARRIS resolves this issue with a high density, low power solution that delivers unmatched efficiency for HFC networks. Designed as a universal replacement transmitter, SPL nm modules can be used for a wide variety of broadcast and narrowcast architectures, including full band single wavelength and full band multiple wavelengths, narrowcast and all digital DWDM. They can operate alone in local distribution or narrowcasting applications, or in combination with node products as a complete system solution. The transmitters are very compact, with 20 modules fitting into a single 3RU ARRIS HLP4800 broadband platform, helping to optimize headend real estate. Their low power consumption holds down operating costs to maximize the return on a service provider s capital investment.

2 Inclusion of broadcast and narrowcast inputs on the SPL7210 simplifies the RF combining network, while additional features such as dual rear blind mate RF connectors and a front access test point and optical connector ease system maintenance. Advanced predistortion circuitry and algorithms for both CTB and CSO provide state of the art distortion cancellation over a wide temperature range, and microprocessor control of all key parameters delivers consistent and optimum product performance and monitoring. The flat frequency response of SPL7210 modules helps assure high performance and efficient system integration. Maximize Your Existing Network Network capacity is truly optimized with SUPRALink transmitters. A 1550 nm DWDM network built with the SPL7210x combines closely spaced wavelengths from different laser light sources onto a single optical fiber, acting as a virtual method of adding more fibers to an existing network. The transmitters can increase the overall efficiency of a network by enabling up to 16 wavelengths carrying a full band load (up to 1.2 GHz) to be delivered through one fiber. This allows a few fibers to address the current needs of your HFC network, as well as support future growth for applications that require more bandwidth. The transmitter can also be used as a narrowcast transmitter carrying up to 40 wavelengths over up to 80 km of fiber. Extend Your Fiber Reach SUPRALink modules can transmit 1.2 GHz of analog and digital content to a link distance of up to 70 km. A network employing the SPL7210Sx offers up to 40% deeper fiber reach than 1310 nm systems, with comparable cost and more robust operation. The transmitters scale in one wavelength increments up to their maximum of 16 wavelengths per fiber for a full RF load, providing a simple, seamless, pay as you grow expansion path. Architecture Channel Count Wavelengths Link Distance Full Band 79 analog + 75 QA up to 8 λ up to 40 km Full Band DWDM 30 analog QAMS up to 16 λ up to 70 km Narrowcast DWDM 64 QAMS up to 40 λ up to 80 km All Digital DWDM 154 QAMS up to 16 λ up to 70 km

3 SPL7210S/A Typical Applications SUPRALink SPL7210 transmitters provide the flexibility to meet the requirements of all combining network architectures. They are ideal for narrowcast transmission, full spectrum all digital transmission, RFoG and full spectrum transmission of analog and digital broadcast and narrowcast channels. They also provide a seamless migration path from 1310 nm transmitters, enabling greater network segmentation and deeper fiber penetration. Full Band Single Wavelength e f i L f o d n E Full Band DWDM Broadcast and Narrowcast DWDM FTTX/RFOG Fiber Deep DOCSIS 3.1 Node Segmentation HPON /RFoG FTTx

4 SPECIFICATIONS Characteristics Specification Physical Dimensions 0.65 W x 4.4 H x 11.7 D (1.65 cm x 11.2 cm x 29.7 cm) Weight 1.8 lbs (0.81 kg) Mounting HLP4800 platform via HMC4801 module carrier Optical connector type SC/APC or E2000 RF connector type Blind mate to HMC4801 Standard F (accepts mm center conductor diameter) Environmental Operating Temperature Range 0 to +50 C (32 to 122 F) Storage Temperature Range 40 to 70 C ( 40 to 158 F ) Humidity Maximum 85% non condensing Power Requirements Nominal +24 VDC, supplied by HLP 4800 bus Power consumption, max (typ.) 16 (12) Watts General SPL7210S Exx 0 80 analog channels plus remaining 256 QAM (up to 1002 MHz) for distance of up to 40 km with eight wavelengths (uses wavelengths E01 through E08) 6 SPL7210S Cxx 0 30 analog channels plus remaining 256 QAM (up to 1002 MHz) for distance of up to 70 km and up to sixteen wavelengths (uses 200 GHz wavelength spacing filter) SPL7210A Cxx Narrowcast application for distance up to 80 km with up to 40 wavelengths (compatible with 100 GHz wavelength spacing filter). Link performance Model Type SPL7210S Exx SPL7210S Cxx Distance Channel load CNR 1 (db), min C/CSO 2 (dbc), min C/CTB 3 (dbc), min MER (db), typ BER, max 40 km 80a+74 QAM km 30a+124QAM km 154 QAM 256 See notes 1 through 6 for additional details Optical Output Optical Power 9.5 ±0.5 dbm RF Input Broadcast Input Level Range per Unmodulated Analog Channel dbmv Narrowcast Input +19 db above broadcast input for equal combined inputs Operational Bandwidth MHz Frequency Response Ripple 5, max ± 0.5 db ( MHz) ±1.0 db ( MHz) RF Attenuator Adjustment Range 4 to +5 db Impedance, typ 75 Ω Return Loss, min 16 db ( MHz) 14 db ( MHz) Level Control Manual (MGC)/Automatic (AGC) Auto set up feature User Interface Front Panel Bi state Status LED: Normal = Green, Alarm = Red Module Selection Indicator: Yellow LED RF Attenuation Adjustment Rear Panel Broadcast Input: Blind mate Narrowcast Input: Blind mate Monitor Point Flatness Return Loss, min Connector Type Level ±1.0 db 16 db ( MHz) 14 db ( MHz) Female F 20 ±1 dbc relative to combined input NOTES: 1. For operation over entire temp range, subtract 0.5 db from CNR. 2. For operation over the entire temperature range subtract 2 db from C/CSO. C/CSO is specified for in band beats only. 3. For operation over entire temp range, subtract 2 db from C/CTB. 4. Analog content on each wavelength must be identical, with delay less than 100 meters or crosstalk impairment will result. 5. For operation over the entire temp range add 0.5 db to frequency response ripple. 6. SPL7210S Exx transmitter requires ARRIS specific passives: indoor (LGX) HWM11xxS and outdoor NWM31xxS. SPL7210S Cxx requires standard 200 GHz wavelength spacing indoor (LGX) HWM11xxA and outdoor NWM31xxA passives. SPL7210A Cxx requires standard 100 GHz wavelength spacing indoor (LGX) HWM11xxA and outdoor NWM31xxA passives.

5 ORDERING INFORMATION Part Number SPL7210k yxx zz Description k = S for mix of analog and digital; k = A for 40 wavelength Narrowcast applications y = E, k = S for 8 wavelength channel plan for 80a + 74 QAM 256, xx = Channel number (01, ) y = C, k = S for 16 wavelength channel plan for up to 30a QAM 256, xx = Channel number (21, 23,... 35; 39, 41,... 59) y = C, k = A for Narrowcast application, xx=channel number (20, 21, 22, 59) zz = Connector type: AS (SC/APC) or AE (E2000) RELATED PRODUCTS HLP4800 Broadband Platform HWM11xxS HWM11xxA HMC4801 NWM31xxS NWM31xxA Note: Specifications are subject to change without notice. Customer Care Contact Customer Care for product information and sales: United States: ARRIS International: 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 RevK_SUPRALink SPL7210S 01/2018 ECO13424