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CORNING Everon 6000 G2 Build12 User Manual

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Summary of Contents for CORNING Everon 6000 G2 Build12

  • Page 1 Everon™ 6000 G2 Build12 User Manual...
  • Page 2 Intended Users and Scope This manual is applicable to Corning system installation personnel, technicians, and users. It is assumed that the user is familiar with the system and its units and understands the basic functionality of the system. Contacting Technical Support Help Desk...
  • Page 3 Software Warranty Corning warrants to Customer that, for a period of one (1) year from the date of shipment of the original Software, unless otherwise agreed in writing by Corning (the “Software Warranty Period”), the Software shall conform in all material respects with the Specifications (the “Software Warranty”).
  • Page 4 THE PERFORMANCE, USE OF, OR INABILITY TO USE THE HARDWARE, SOFTWARE, PARTS AND SERVICE. CORNING SALES AGENTS OR REPRESENTATIVES ARE NOT AUTHORIZED TO MAKE COMMITMENTS ON WARRANTY RETURNS Corning Optical Communications User Manual I LAN-3091-AEN I Page 4...
  • Page 5 Damage incurred during return shipping is not covered by warranty. 2. Prior to repair, Corning will advise Customer of the any test results. If the issue with the Hardware is covered by the warranty, Corning shall either repair or replace the Hardware. Corning may use refurbished Hardware to satisfy a warranty claim.
  • Page 6 Industrial Boosters may only be used by FCC licenses or those given express (individualized) consent of license. Corning Optical Communications Wireless certifies all the VARs listed as licensed installers for Corning. For the list of licensed VARs, please contact the Technical Support Team at: Email: ONEsupport@corning.com or Phone: + (1) 833 4-CORNING (833-426-7646)

  • Page 7: Table Of Contents

    Contents Introduction ........................9 Key Features and Capabilities ....................9 Terminology, Acronyms, and Abbreviations ................10 Corning® Everon™ 6000 G2 Architecture Overview ..............12 Internal Sub-units .........................12 1.4.1 ..........................12 1.4.2 ..........................17 1.4.3 ..........................21 1.4.4 Remote Units ........................ 25 1.4.5 System topology and gain assignment ................32...
  • Page 8 2.8.6 Wall mounted installation ....................98 2.8.7 Pole installation ......................100 2.8.8 Ground ........................101 2.8.9 Connect the rest of the Cables ..................102 2.8.10 Antenna ........................102 2.8.11 Verify normal operation ....................102 Corning Optical Communications User Manual I LAN-3091-AEN I Page 8...

  • Page 9: Introduction

    Carrier-grade network management - Network configuration and management capabilities enable on-site and  remote end-to-end configuration, system diagnostics, maintenance, support management and control by network management system. Corning Optical Communications User Manual I LAN-3091-AEN I Page 9...

  • Page 10: Terminology, Acronyms, And Abbreviations

    PLMN Public Land Mobile Network Radio Frequency SNMP Simple Network Management Protocol Transmission Control Protocol User Datagram Protocol User Equipment Uplink UTRAN Universal Terrestrial Radio Access Network User Datagram Protocol Corning Optical Communications User Manual I LAN-3091-AEN I Page 10...
  • Page 11 Images Abbreviation Image RIU-TDD RIU-FDD dLRU dMRU dHRU-FDD dHRU-TDD Corning Optical Communications User Manual I LAN-3091-AEN I Page 11...

  • Page 12: Corning® Everon™ 6000 G2 Architecture Overview

    Corning® Everon™ 6000 G2 Architecture Overview Figure 1. Architecture diagram Everon 6000 G2 features a fully advanced digital system, which incorporates the RIU (Radio Interface Unit), DCU (Digital Conversion Unit), DEU (Distributed Extension Unit) and multiple types of remotes. All the devices in the system are managed via a web session to the DCU, which provides local and remote management capabilities for all connected system devices using both web GUI (HTTPs) and SNMP interfaces.
  • Page 13 Figure 3. 2 TO 1 Matrix Figure 4. 4 TO 1 Matrix Figure 5. 8 TO 1 Matrix Corning Optical Communications User Manual I LAN-3091-AEN I Page 13...
  • Page 14 Note: The orange line is ethernet cable. The RIU-FDD ethernet cable connection is the same as RIU-TDD. Figure 7. RIU-TDD Interface (front view) ⑦Ground Figure 8. RIU-TDD Interface (back view) Corning Optical Communications User Manual I LAN-3091-AEN I Page 14...
  • Page 15 QMA x 8(TDD RIU) Coil holder Coil holder x 2 The holder for the cable rostering Two holes M4 x 2 Connect to the ground Corning Optical Communications User Manual I LAN-3091-AEN I Page 15...
  • Page 16 Other working modes Cascade level, displayed as “1” or “2” 1 - First cascade level LED displayer 2 - Secondary cascade level A maximum of 16 devices can be cascaded Corning Optical Communications User Manual I LAN-3091-AEN I Page 16...

  • Page 17: Dcu

    1.4.2 Figure 11. DCU Digital Conversion Unit (DCU) is the Corning® Everon™ 6000 G2 central controller. The DCU interfaces between the RIU and DEU, implementing signal conversion, processing, and distribution of multiband digital signals to the Distributed Extension Unit (DEU), major functionalities of which include: RF signal conversion into digital signal, processing, and distribution: The DCU transfers received signals ...
  • Page 18 5120 T  19760 T  23040 T  4384 T  5120 T  21952 T  24144 T  Special subframe Normal cyclic prefix in downlink configuration DwPTS UpPTS Corning Optical Communications User Manual I LAN-3091-AEN I Page 18...
  • Page 19 Figure 12. DCU Star Connection Figure 13. DCU Interface (front view) Ground Figure 14. DCU Interface (back view) Corning Optical Communications User Manual I LAN-3091-AEN I Page 19...
  • Page 20 Please check ‘Appendix A’ for Optical LED definition (LOS 1~8 / SYNC 1~8) REF_IN 10MHz reference signal, input and output Reference clock QMA x 2 clock REF_OUT Two holes M4 Connect to the ground Corning Optical Communications User Manual I LAN-3091-AEN I Page 20...

  • Page 21: Deu

    The DEU supports any mix of power levels, frequency bands and antenna configurations of digital remote units of the Corning® Everon™ 6000 G2 system. Each DEU includes 4 F/O CPRI ports connected to the DCUs or cascaded DEUs, and 24 F/O CPRI ports for connection to the remote units. When additional digital remote units are needed, the system can be easily scaled up by adding additional system elements.
  • Page 22 90MHz 10MHz dMRU-2325 dLRU-17192325 2500M 194MHz Table 9. DEU Line Rate Application DEU Line Rate Remote Unit Type dLRU-G2-678/dLRU-G2-17192125/dHRU-G2-6/ dHRU-G2-7/ dHRU-G2-85/ dHRU-G2-17/ dHRU-G2- 10Gbps 19/ dHRU-G2-23 dLRU-G2-25/dLRU-G2-35/dMRU-G2-678/dMRU-G2-1719/ dMRU-G2-2325/dMRU-G2-25/dMRU-G2- 25Gbps 35/dHRU-G2-25/dHRU-G2-35 Corning Optical Communications User Manual I LAN-3091-AEN I Page 22...
  • Page 23 2 ports (A~B) for upper unit connection, 2 ports (C~D) for lower unit cascade, 24.3Gbps CPRI interface US Type AC IN AC_IN socket + 100V~240V, AC input connector, Max current 3A, 100~240V Switch x 1 3A,50/60Hz Corning Optical Communications User Manual I LAN-3091-AEN I Page 23...
  • Page 24 PSU module x POWER PSU Module PSU module with easy assembly installation design MODULE Two holes Connect to the ground M4 x 2 Corning Optical Communications User Manual I LAN-3091-AEN I Page 24...

  • Page 25: Remote Units

    1.4.4 Remote Units Figure 18. dLRU Image Figure 19. dMRU Image Figure 20. dHRU-FDD Image Figure 21. dHRU-TDD Image Corning Optical Communications User Manual I LAN-3091-AEN I Page 25...
  • Page 26 DEU and the UE (User Equipment), enabling it to receive the operator service signals in CPRI format, transfer to RF signal and send to UE. Corning digital remote antenna units includes 2 power level types: dLRU/dMRU. Power levels vary from 20dBm to 40dBm to meet different coverage scenarios. The major functionalities include: Digital and analog signal transfer: The RU transfers digital and analog signal between DEU and antenna ...
  • Page 27 25Gbps dHRU-G2-6 10Gbps 700L dHRU-G2-7 700U 10Gbps FirstNet dHRU-G2-85 800/850MHz 10Gbps dHRU dHRU-G2-17 2100(EAWS) 10Gbps dHRU-G2-19 1900(PCS) 10Gbps dHRU-G2-23 2300(WCS) 10Gbps dHRU-G2-25 2500 TDD 25Gbps dHRU-G2-35 3500 TDD 25 Gbps Corning Optical Communications User Manual I LAN-3091-AEN I Page 27...
  • Page 28 Note: RU has 3 optical ports. G2 (2 Fibers) capacity is 2x2 MIMO, total RF BW is 325MHz, which is greater than G1 (3 Fibers). For saving power consumption, port 3 is blocked and disabled. Corning Optical Communications User Manual I LAN-3091-AEN I Page 28...
  • Page 29 SFP optical port OP1/OP2 connection Indicating the operation status of the Status LED indicator STAT equipment Used for grounding the chassis and the GND interface earth, single hole Figure 24. dMRU Interfaces Corning Optical Communications User Manual I LAN-3091-AEN I Page 29...
  • Page 30 RF couple port, used for QMA female CLP 1/CLP2 (-35dB) signal test and debug 10 Gbps CPRI interface for CPRI Port SFP+ 10 Gbps OP 1 dHRU connection Management RJ45 RJ45 Port Corning Optical Communications User Manual I LAN-3091-AEN I Page 30...
  • Page 31 100V~240V, 3A C016 20C003, 10 Gbps CPRI interface for Power Port AC IN male dHRU connection Used for grounding the GND interface chassis and the earth, single hole Corning Optical Communications User Manual I LAN-3091-AEN I Page 31...

  • Page 32: System Topology And Gain Assignment

    The RIU high gain mode will add 30dB insert loss while switching to OFF status  The DCU high gain mode will add 12dB insert loss while switching to OFF status  Corning Optical Communications User Manual I LAN-3091-AEN I Page 32...
  • Page 33 (manual) power (AGC auto baseband to RIU(PwrB) to dcu switch power switch control) power -30-(14) Rated 37dBm 0 dB -14dBfs =-44dB power -30dB-RIU Rated 23~37dBm (PwrB-23) -14dBfs DL_ATT power Corning Optical Communications User Manual I LAN-3091-AEN I Page 33...
  • Page 34 + -12=- -14dBfs 19 dBm power 19 dBm Rated -12 dBm =-14dBfs-(-12- power-(- -7dB -7+ PwrB ~-15 dBm PwrB PwrB) PwrB) Rated =-14dBfs-(-12- -15 dBm -7dB -22dBm -22dBm power- (-15))=-17dBfs Corning Optical Communications User Manual I LAN-3091-AEN I Page 34...

  • Page 35: System Installation

    This chapter provides installation instructions for the system units. Refer to the specific elements required in your deployment: Headend, see  Remote Units Installation:  dLRU, see 2.5.  dMRU, see 2.6.  Figure 28. The Installation Process Corning Optical Communications User Manual I LAN-3091-AEN I Page 35...

  • Page 36: Headend Units - Architecture Example

    Headend Units – Architecture Example Example: 2X2 MIMO, 1 Operator Figure 29. dLRU-FDD Architecture Image Figure 30.dLRU-TDD Architecture Image Corning Optical Communications User Manual I LAN-3091-AEN I Page 36...

  • Page 37: Riu Installation

    Ethernet Communication Cable DCU or RIU of next slave device DC Power Adapter HARDWARE – not provided 4 screws #8 or 4 mm (For attachment to rack) Required Tools Cross Screwdriver Corning Optical Communications User Manual I LAN-3091-AEN I Page 37...

  • Page 38: Mount The Riu

    Note: RIU-FDD installation is the same as RIU-TDD installation 4 screws 4 screws Figure 31. RIU Rack Installation Connect the RF cables on the chassis with M3 screws and sort out the RF cables. Corning Optical Communications User Manual I LAN-3091-AEN I Page 38...
  • Page 39 Figure 32. RIU Rack Installation with Cables Corning Optical Communications User Manual I LAN-3091-AEN I Page 39...

  • Page 40: Riu Cable Connection

    PREV: Upper cascading port to DCU Communication Communication communication or upper level RIU NEXT: Lower RIU/DCU port (RJ45 x 2) port (RJ45 x 2) cable cascade port to other RIU Corning Optical Communications User Manual I LAN-3091-AEN I Page 40...

  • Page 41: Dcu Installation

    HARDWARE – not provided 4 Screws #8 or 4 mm Screws (for attachment to ceiling) (hot-pluggable optical According SFP+ Pluggable transceivers transceiver module) to actual Support 25Gbps line rate, single- mode Corning Optical Communications User Manual I LAN-3091-AEN I Page 41...
  • Page 42 Up to 10 km According to actual Optical cables LC/UPC SM DX Required Tools Cross Screwdriver Corning Optical Communications User Manual I LAN-3091-AEN I Page 42...

  • Page 43: Mount The Dcu

    Figure 36. Installation Diagram of DCU in the Rack Step 3: Plug in the RF cable plug (RF cable not shown in the below). Figure 37. DCU RF Cable Plug Installation Corning Optical Communications User Manual I LAN-3091-AEN I Page 43...

  • Page 44: Dcu Cable Connection

    2.1 for the installation example (2x2 MIMO).  To install the HEU, follow these steps: Verify the box contents, see 2.4.1  Mount the DEU, see 2.4.2  Connect the DEU cable, see 2.4.3  Corning Optical Communications User Manual I LAN-3091-AEN I Page 44...

  • Page 45: Verify Box Contents

    SFP+ Pluggable transceivers transceiver module) actual use Support for 25Gbps line rate, single-mode Up to 10 km According to actual use Optical cables LC/UPC SM DX Required Tools Cross Screwdriver Corning Optical Communications User Manual I LAN-3091-AEN I Page 45...

  • Page 46: Mount The Deu

    Mount the DEU in the rack with 4 pcs of M6 screws. Figure 40.Rack Installation - Step 2 Install the DEU in the rack. Figure 41. Rack Installation - Step 3 Corning Optical Communications User Manual I LAN-3091-AEN I Page 46...

  • Page 47: Deu Cable Connection

    AC power US Type socket + cable Switch x 1 (indoor) 100V~240V, 1.3A- (100V- (100V-240V,50Hz/60Hz) 0.6A,50Hz/60Hz 240V,50Hz/60Hz) dLRU/dMRU or DEU Fiber Cable Optical port Optical module Optical port DCU or DEU Corning Optical Communications User Manual I LAN-3091-AEN I Page 47...

  • Page 48: Dlru Installation

    Left side brackets for dual-unit configuration Right side brackets for dual-unit configuration Hinge dLRU-G2 -67817192325 Combiner – for dual unit configuration (installed with dLRU) dLRU-TL Ethernet Cable RF jumper cables DC power adapter Bolts Corning Optical Communications User Manual I LAN-3091-AEN I Page 48...
  • Page 49 Unit Ethernet Cable DC power adapter RF jumper cables Table 23. dLRU-Bracket (BR-dLRU) Packing List Item Image Description Quantity Mounting rack Bolt (M10×80) BR-dLRU dLRU left mounting plate Corning Optical Communications User Manual I LAN-3091-AEN I Page 49...
  • Page 50 M6 screws of mounting rack Cross recessed screw set(T) (M5x12) Inside penta screw (T) (M6×15) Corning Optical Communications User Manual I LAN-3091-AEN I Page 50...
  • Page 51 Table 24. dLRU-35-KIT Packing List Item Image Description Quantity Wall Mounting bracket Front bracket dLRU-35- KIT (for triple units’ installation) Rear Bracket Combiner bracket Corning Optical Communications User Manual I LAN-3091-AEN I Page 51...
  • Page 52 (Right side brackets for dual-unit configuration) dLRU-COMB dLRU mounting hinge Cross recessed screw set (M5x12) Inside penta screw (T) (M6×15) M6 screws of mounting rack Corning Optical Communications User Manual I LAN-3091-AEN I Page 52...
  • Page 53 -unit configuration) dLRU right mounting plate (Right side brackets for dual-unit configuration) Combiner dLRU mounting hinge M6 screws of mounting rack Cross recessed screw set(M5x12) Inside penta screw (T) (M6×15) Corning Optical Communications User Manual I LAN-3091-AEN I Page 53...

  • Page 54: Mount The Dlru

    Step 3: Remove the rubber stopper from the SFP+ connector located in the dLRU cable port. Connect the SFP+ LC/UPC SM DX optic cable to the dLRU optic connector. Figure 43. Power Socket/optical ports in dLRU Corning Optical Communications User Manual I LAN-3091-AEN I Page 54...
  • Page 55 Step 1: Connect the bracket to the wall with 4 screws. 4 Screws Figure 44. 4 Screws Step 2: Mount the LRU on the bracket with 4 screws. Figure 45. 4 Screws Corning Optical Communications User Manual I LAN-3091-AEN I Page 55...
  • Page 56 *Note: Ensure that the low-band device is connected at the bottom, and the mid-band at the top. Step 3: Connect the two devices and the bracket (already carrying the combiner) with 4 screws. Corning Optical Communications User Manual I LAN-3091-AEN I Page 56...
  • Page 57 ② Connect the front bracket and combiner, ①Mount the bracket and then mount to the bracket. ③Connect the front bracket and dLRU, and ④Mount the rear Bracket and Combiner bracket then mount to the bracket Corning Optical Communications User Manual I LAN-3091-AEN I Page 57...
  • Page 58 Step 2: Tighten the M6 bracket screws on the left and right sides of the upper part of the dLRU, and then hang the device on the mounting bracket. Step 3: Lock the device on the mounting frame with M6 combination screws. Figure 49. Single Unit Ceiling Installation Corning Optical Communications User Manual I LAN-3091-AEN I Page 58...
  • Page 59 Step1: Assemble the right bracket and hinge Figure 50. Right Bracket and Hinge Installation Step 2: Assemble the left bracket, right bracket, and equipment. Figure 51. Installation of the Left and Right Brackets and Device Bracket Corning Optical Communications User Manual I LAN-3091-AEN I Page 59...
  • Page 60 *Note: If the device is installed outdoors, please connect the RF jumper cable before installing the combiner and take waterproof measures for the connector in advance. Figure 53. Combiner Installation Diagram Corning Optical Communications User Manual I LAN-3091-AEN I Page 60...
  • Page 61 Hang the combination of the left and right brackets with four M6 bracket screws, and then use M6×15 pentagonal combination screws to fasten the second dLRU. Figure 55. M6 Bracket Screw Holes Corning Optical Communications User Manual I LAN-3091-AEN I Page 61...
  • Page 62 They can be installed on poles from φ65 mm to φ140 mm depending on the length of the M10 bolts selected (the recommended length is 12 cm and 20 cm). Figure 57. Pole-Mounting Diagram Corning Optical Communications User Manual I LAN-3091-AEN I Page 62...
  • Page 63 Tighten the M6 mounting screws on the left and right sides of the upper part of the device, then hang the device on the corresponding positions of the dLRU mounting bracket, and finally tighten the M6 combination screws. Figure 58. Diagram of Pole Installation for Single Unit Corning Optical Communications User Manual I LAN-3091-AEN I Page 63...
  • Page 64 Finally, tighten the M6×15 pentagonal combination screws, as shown in the Figure below. Figure 59. Installation Diagram of the Combiner Figure 60. Installation Diagram of dLRU Pole Corning Optical Communications User Manual I LAN-3091-AEN I Page 64...

  • Page 65: Power+ Spf+ Cable

    The voltage range of the device power supply is DC36V～57V. Remove the rubber plug from the SFP+ connector located in the LRU RF port. Connect the SFP+ LC/UPC SM DX optical cable to the LRU optical connector. Corning Optical Communications User Manual I LAN-3091-AEN I Page 65...
  • Page 66 Figure 63. Power Socket Figure 64. SFP+ Pluggable Transceivers Figure 65. Fiber Cable Remove Rubber Plug from the Port and Insert the SFP+ Pluggable Transceivers (hot-pluggable optical transceiver module) into it. Corning Optical Communications User Manual I LAN-3091-AEN I Page 66...

  • Page 67: Connect The Ground And Antenna Cables

     ground lug by holding and gently pulling on it. Prepare the other end of the ground and connect it to an appropriate ground point.  Figure 66. The Ground Corning Optical Communications User Manual I LAN-3091-AEN I Page 67...
  • Page 68 1. To avoid MIMO disruption, ensure that the antennas are connected correctly according to the combiner labels. 2. There may be some configurations/use-cases which are not required for the combiner, as there is only one type of unit (either low or mid band). Corning Optical Communications User Manual I LAN-3091-AEN I Page 68...

  • Page 69: Combiner Cables

    1. To avoid MIMO disruption, ensure that the antennas are connected correctly according to the combiner labels. 2. There may be some configurations/use-cases which are not required for the combiner as there is only one type of the unit (either low or mid band). Corning Optical Communications User Manual I LAN-3091-AEN I Page 69...

  • Page 70: Verify Normal Operation

    Status Description Green Power on or chip configuration process Green flashes (1 time/second) Normal operation Green flashes (2 times/second) Identify STAT Red flashes (1 time/second) Over temperature alarm Hardware alarm Corning Optical Communications User Manual I LAN-3091-AEN I Page 70...

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