CORNING Everon 6000 User Manual Download

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User Manual v1.0

Corning Restricted and Confidential Proprietary - Controlled content

UM - Everon 6000 DAS - 19-DEC-2020.docx| December 2020

|Page 14 of 170

2.3.10

Verify Normal Operation ............................................................................................... 60

2.4

HRU Installation ................................................................................................................... 61

2.5

Head End Unit (HEU) Installation .......................................................................................... 62

2.5.1

Verify Box Contents ....................................................................................................... 65

2.5.2

Mount the Chassis ......................................................................................................... 67

2.5.3

Install the Modules in the Chassis .................................................................................. 68

2.5.4

Connect the Cables ........................................................................................................ 69

2.5.5

Power ON...................................................................................................................... 71

2.5.6

Verify NORNAL Operation .............................................................................................. 72

2.6

Integrated Headend Unit (IHU) Installation ........................................................................... 73

2.6.1

Verify Box Contents ....................................................................................................... 75

2.6.2

Mount the Chassis in a Rack ........................................................................................... 78

2.6.3

Install the Modules in the Chassis .................................................................................. 79

2.6.4

Connect the Cables ........................................................................................................ 81

2.6.5

Additional stack and DRU connections ........................................................................... 85

2.6.6

Power ON...................................................................................................................... 85

2.6.7

Verify NORNAL Operation .............................................................................................. 85

Session Access and Main Menu ........................................................................................ 87

3.1

Supported Access Options .................................................................................................... 87

3.2

Default Network Settings ..................................................................................................... 87

3.3

Opening a Local Session ....................................................................................................... 88

3.4

Screen Layout ...................................................................................................................... 90

3.5

Main Menu Options ............................................................................................................. 92

3.6

Remote Management .......................................................................................................... 93

Initial Commissioning ....................................................................................................... 94

4.1

Main Menu Config Option .................................................................................................... 94

4.1.1

Site config ..................................................................................................................... 94

4.1.2

Amplifier Sharing ........................................................................................................... 98

4.1.3

TDD Config .................................................................................................................... 98

4.1.4

Adjustment ................................................................................................................. 100

4.2

Create new user groups...................................................................................................... 100

System Graphical User Interface (GUI) ........................................................................... 102

5.1

Main GUI Options .............................................................................................................. 102

5.1.1

Devices Screen

–

Element Management ....................................................................... 102

5.1.2

Events Screen .............................................................................................................. 120

Summary of Contents for Everon 6000

Page 1: ...Everon 6000 v1 0 User Manual Corning Optical Communications www corning com ...

Page 2: ...ary Information The information contained in this document is the sole property of Corning The Disclosure of this information does not constitute the release of any proprietary rights therein Permission to reproduce this information or parts disclosed herein must be obtained in writing from Corning ...

Page 3: ...contains proprietary information of Corning and may not be reproduced in any form without the prior written consent of Corning No part of this document may be reproduced translated stored in a retrieval system or transmitted in any form and by any means electronic mechanical photographic photocopying recording or otherwise without the prior written permission of Corning Information provided in thi...

Page 4: ...se this product for any purpose other than originally designated for or stipulated by Corning Conventions Important information is highlighted in a frame as explained below Warning Actions requiring special attention to avoid serious bodily injury For example working with high voltage components Caution Actions requiring special attention to avoid possible damage to equipment Note Hints and recomm...

Page 5: ...lowance to Customer for any labor charges incurred by Customer for replacement or repair of any goods unless such charges are authorized in advance in writing by Corning Software Warranty Corning warrants to the original purchaser Customer that for the duration of the warranty period one 1 year commencing on the date of shipment of the Software unless otherwise agreed in writing by Corning the Sof...

Page 6: ...y on or near equipment involving installation operation or maintenance must be as far as reasonably free from danger Where there is a risk of damage to electrical systems involving adverse weather extreme temperatures wet corrosive or dirty conditions flammable or explosive atmospheres the system must be suitably installed to prevent danger Equipment provided for the purpose of protecting individu...

Page 7: ...s to ensure RF radiation safety levels and non environmental pollution during operation Compliance with RF Safety Requirements CAUTION Use of controls adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure Power Requirements for DC Inputs Warning Only use a special DC supply cable with connector Warning Always keep DC IN connectors con...

Page 8: ...s Warning Only use a special DC supply cable with connector Warning Always keep DC IN connectors connected during the product operation Company Certification Corning products have met the approvals of the following certifying organizations Certification Certification No 88061 Certification Issue Date 26 06 2019 Initial Certification Date 29 04 2007 Certification Expiry Date 24 06 2022 ...

Page 9: ...User Manual v1 0 Corning Restricted and Confidential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 9 of 170 ...

Page 10: ...User Manual v1 0 Corning Restricted and Confidential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 10 of 170 ...

Page 11: ...ireless certifies all of the VARs listed as licensed installers for Corning For the list of licensed VARs please contact the Technical Support Team at onesupport corning com or 1 833 4CORNING 833 426 7646 About This Manual This user manual provides all the information necessary to perform the Corning Everon 6000 solutions management connections and to configure and manage all of the system element...

Page 12: ...fidential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 12 of 170 Revision History Revision Date Created by Reviewed by Changes 0 1 NOV 2020 Yoni Henya Aloomit Godfarb Gila Shmueli Moti Shalev First issue ...

Page 13: ... 2 DRU Interfaces 29 2 1 3 Mount the DRU in the 19 Rack 30 2 1 4 Connect the Cables 30 2 1 5 Verify Normal Operation 32 2 2 LRU Installation 33 2 2 1 Verify box Contents 33 2 2 2 LRU Interfaces 35 2 2 3 Combiner Interfaces 36 2 2 4 Fully connected system diagram 38 2 2 5 Mount the LRU 38 2 2 6 Connect cables 41 2 2 7 Antenna 44 2 2 8 Combiner cables 45 2 2 9 Verify normal operation 46 2 3 MRU Digi...

Page 14: ...unt the Chassis in a Rack 78 2 6 3 Install the Modules in the Chassis 79 2 6 4 Connect the Cables 81 2 6 5 Additional stack and DRU connections 85 2 6 6 Power ON 85 2 6 7 Verify NORNAL Operation 85 3 Session Access and Main Menu 87 3 1 Supported Access Options 87 3 2 Default Network Settings 87 3 3 Opening a Local Session 88 3 4 Screen Layout 90 3 5 Main Menu Options 92 3 6 Remote Management 93 4 ...

Page 15: ...een 133 6 SNMP Management Error Bookmark not defined 6 1 SNMP Setup Configurations Error Bookmark not defined 6 1 1 Protocol Version Configurations 142 6 1 2 Traps Destination Addresses Configuration 145 6 2 SNMP manager configuration 146 6 2 1 Loading the MIB Files 146 6 3 Binding Table Error Bookmark not defined 6 4 List of traps 148 7 APPENDIX A Ordering Information and Specifications 151 8 Ord...

Page 16: ...r levels ranging from 20 dBm per band to 43 dBm per band Advanced network configuration and management capabilities enable on site as well as remote end to end configuration system diagnostics maintenance and support operators NOC connectivity 1 1 Key Features and Capabilities Comprehensive service Support 600 MHz 700 MHz FirstNet 800 850 MHz 1900 PCS EAWS 2 3 GHz WCS 2 5 GHz TDD Support of SISO a...

Page 17: ...able 1 Abbreviations Abbreviation Description Picture Chassis HEU Headend unit IHU Integrated headend unit Chassis modules RIM Radio interface module OIM Optical interface module HCM Headend control module ACM Auxiliary control module FAM Fan Module FMM Fiber main module FRM Fiber remote module FMM and FRM are part of the FCM fiber connectivity module solution DRU Digital Router Unit IHU HEU ...

Page 18: ...eron 6000 DAS 19 DEC 2020 docx December 2020 Page 18 of 170 Abbreviation Description Picture Remote units LRU Remote Antenna Unit Medium Band Low Band MRU Mid power remote unit HRU High power Remote Unit NOC Network Operation Center SMV Small Medium Venues CPRI Common Public Radio Interface ...

Page 19: ...t Core EUTRA Evolved Universal Terrestrial Radio Access EUTRAN Evolved Universal Terrestrial Radio Access Network FPGA Field Programmable Gate Array GE GigE Gigabit Ethernet GPS Global Positioning System LTE Long Term Evolution MNO Mobile Network Operator PLMN Public Land Mobile Network RF Radio Frequency SNMP Simple Network Management Protocol TCP Transmission Control Protocol UDP User Datagram P...

Page 20: ...d Confidential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 20 of 170 Abbreviation Description Picture UDP User Datagram Protocol 1 3 Applicable Documents Table 2 References Document Name Document NA ...

Page 21: ...0 docx December 2020 Page 21 of 170 1 4 Everon 6000 1 0 Architecture Overview Corning Everon 6000 allows combining between Optical Network Evolution ONE platform and the fully digital Corning Building Wireless System BWS platform which incorporates the digital distribution units Digital Router Unit DRU and remotes ...

Page 22: ... system s internal and external connectivity for a single input single output use case IHU and HEU pair to provide all services single DRU connected to up to 16 remotes LRU MRU HRU as each DRU has 8 ports each remote supports two DRUs The picture below presents a SISO configuration with 16 SISO MRUs connected to a single DRU HCM 1 ACM 1 DCM 1 DRU 1 1 2 3 4 1 2 3 4 1 2 3 4 29 30 31 32 DCM 2 1 2 3 4...

Page 23: ... 4 1 2 3 4 29 30 31 32 DRU 8 1 2 3 4 1 2 3 4 29 30 31 32 DCM 1 DRU 1 1 2 3 4 1 2 3 4 1 2 3 4 29 30 31 32 DCM 2 1 2 3 4 Medium band DRAU 1 MIMO A B Low band DRAU 1 MIMO A B 1 2 3 1 Remote location 1 IHU 1 MIMO A OIX 1 RIX 1 RIM 600 RIM 700 RIM 700 RIM 700 RIM 700 RIM 850 SMR RIM 850 SMR RIM 850 SMR PSM A PSM B RIX 2 RIM 850 SMR RIM PCS RIM PCS RIM PCS RIM PCS RIM AWS RIM AWS RIM AWS PSM A PSM B HEU...

Page 24: ...F signals Each DCM may convert signals capturing up to 190 MHz aggregated bandwidth RIX Radio Interface Expander combines downlink signals of the HEU and IHU RIMS and provides the combined signals to the OIX splits uplink signals arriving from the OIX to the HEU and IHU RIMs OIX Optical Interface Expander combines downlink signals arriving from the HEU RIX and the IHU RIX and splits the uplink sig...

Page 25: ... enclosure design the LRU can also be installed outdoors Remotes Up to 32 MIMO low power units per DRU when LRU low band with a single CPRI port is connected to the DRU MRU Digital Medium power Remote Unit The MRU is a medium power modular remote antenna unit with a single antenna port The output power for the lower bands 600 700 MHz Low 700 MHz High FirstNet 800 850 MHz is 33 dBm and the output p...

Page 26: ... 43 dBm output RF power per service module and native support of 2x2 MIMO antenna scheme The HRU modular structure enables set ups of up to 8 service modules in 600 700 MHz Low 700 MHz High FirstNet 800 850 MHz EAWS PCS WCS and 2 5GHz TDD The HRU cooling is based on natural convection with no fans Due to its IP65 enclosure design the HRU can also be installed outdoors Remotes Up to 8 MIMO high pow...

Page 27: ...lements required in your deployment Head End HEU HIU see 2 5 DRU see 2 1 Remote units Installation LRU see 2 2 MRU see 2 3 HRU see 2 4 Note for dimensions and specifications refer to chapter 7 2 1 DRU Installation 2 1 1 Verify box contents The following table indicates the included and required items for installing the DRU unit Item Quantity Image Part Number HARDWARE provided in the box DRU unit ...

Page 28: ...s Washers 4 4 SFP Pluggable Transceivers hot pluggable optical transceiver module Support for option 8 line rate 10 1 Gbps single mode Optical cables Up to 900 meters LC UPC SM DX Power cable DC 48v AC 100 240v Note The image is an illustration only Ethernet cable Grounding cable Clock 10Mhz input clock 10Mhz output clock USB to mini USB cable Note for technical support usage only Required TOOLS S...

Page 29: ...20 Page 29 of 170 2 1 2 DRU Interfaces The following images indicate the DRU interfaces Front view Back view Side view 2 RJ45 LAN for management Local for debug DC power AC power DCM capacity SFP ports Remote units SFP ports Clock Tech support Mini USB Ground Fan Vents Vents LED Adjustable bracket Bracket adjustable position holes ...

Page 30: ...he selected slot on the 19 chassis rear Ensure the module is flush with the chassis rear Ensure at least 2 distance between the ventilation openings in the rear and sides of the DRU and any object e g wall 4 Secure the unit s rack ears to the rack frame via applicable bracket holes using the appropriate nuts and screws using 2 screws in each side 2 1 4 Connect the Cables 2 1 4 1 Ground 1 Connect o...

Page 31: ...Remove the white plug protectors from the end of the SFP cable 5 Plug the SFP cable into the DCM port until it clicks 6 connect the other edge of the cable to the source unit Figure 2 Remove rubber stopper from port and from SFP Pluggable Transceiver 2 1 4 4 Remotes Remotes i e LRU MRU HRU Connect an SFP Pluggable Transceiver to each remote port to be used 1 Remove the rubber stopper from the SFP ...

Page 32: ...e left pair relates to the lower slot Behaviour Right orange LED is lit during identification and when inserting the connector Left green LED is lit after CPRI link connection Source LEDs Description A pair of LEDs Orange Green describes each port Behaviour Right orange LED is lit during identification and when inserting the connector Left green LED is lit after link connection Power LED RUN LED S...

Page 33: ...re available according to the following table Table 3 LRU Package Items List Item Quantity Image Part Number HARDWARE provided in the box LRU unit 1 LRU 678 supporting low bands in MIMO configuration 600 700 and 800 850 LRU 17192325 supporting mid bands in MIMO configuration PCS AWS WCS and 2500 Wall Mounting Bracket may also be used for pole 1 BR LRU Side brackets for dual unit configuration PN C...

Page 34: ...20 Page 34 of 170 Item Quantity Image Part Number RF Jumper cables PN DC Power Adapter 255760003 HARDWARE not provided 4 screws 8 or 4mm for attachment to ceiling 4 SFP Pluggable Transceivers hot pluggable optical transceiver module Support for option 8 line rate 10 1 Gbps single mode SOFTWARE NA Required TOOLS Phillips Screwdriver ...

Page 35: ...fidential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 35 of 170 2 2 2 LRU Interfaces Connector Amount Type Antenna 2 TBD 1 Ground Management port Power SFP 3 Antenna Ground Power SFP Management port TBD ...

Page 36: ... combiner has a total of 6 input ports and 2 output ports Notes 1 To avoid MIMO disruption ensure the antennas are connected correctly according to the combiner labels 2 There may be some configurations use cases where a combiner is not required as there is only one type of unit either low or mid band 2 antenna ports SFP CPRI ports 1 for low band 3 for mid band 2 antenna ports ...

Page 37: ...User Manual v1 0 Corning Restricted and Confidential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 37 of 170 Combiner Connection Interfaces Diagram ...

Page 38: ...tions in a system that includes two units and a combiner 2 2 5 Mount the LRU The LRU may be mounted on a wall or on a pole single or dual Select the configuration relevant to your deployment 2 2 5 1 Mount on a wall Note for the rear cases of pole mounting refer to TBD 1 Connect the bracket to the wall using 4 screws as shown in the figure below 2 For a single unit mount the LRU on the bracket usin...

Page 39: ...User Manual v1 0 Corning Restricted and Confidential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 39 of 170 4 screws ...

Page 40: ...to the mounted bracket using 4 screws Connect between the low band and mid band units using the side bracket Note Ensure the low band device is connected at the bottom and the mid band on top Connect between the two devices and the base bracket already carrying the combiner using 4 screws as shown below Combiner in bracket Combiner Mid band Low band Low band Mid band Combiner in bracket ...

Page 41: ...trolled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 41 of 170 2 2 6 Connect cables For each of the units open the cover by removing 4 screws Then connect the cables as follows Ground see 2 2 6 1 Power See 2 2 6 2 SFP see 2 2 6 3 Unscrew and open cover ...

Page 42: ...unding lug supports 14 AWG to 10 AWG stranded copper or 12 AWG to 10 AWG solid wire conductors 1 Use a wire stripping tool to remove approximately 0 4 inch 10 9 mm of the covering from the end of the grounding wire 2 Insert the stripped end of the grounding wire into the open end of the grounding lug 3 Crimp the grounding wire in the barrel of the grounding lug Verify that the ground wire is secur...

Page 43: ...via the DC power adapter terminal block connector 2 2 6 3 SFP Cables Remove the rubber stopper from the SFP connector located in the LRU RF port Connect the SFP LC UPC SM DX optic cable to the LRU optic connector Figure 3 Remove rubber stopper from port and from SFP Pluggable Transceiver and insert the SFP Pluggable Transceivers hot pluggable optical transceiver module into the port SFP Pluggable ...

Page 44: ...na Connect the MRU male 4 3 10 Type duplexed RF ANTENNA port to the broadband antenna s using appropriate coax cables Notes 1 To avoid MIMO disruption ensure the antennas are connected correctly according to the combiner labels 2 There may be some configurations use cases where a combiner is not required as there is only one type of unit either low or mid band ...

Page 45: ...ng to the figure below Connect the Antenna cables according to the figure below NOTE C Band is for future use Notes 1 To avoid MIMO disruption ensure the antennas are connected correctly according to the combiner labels 2 There may be some configurations use cases where a combiner is not required as there is only one type of unit either low or mid band Combiner in bracket Combiner Mid band Low ban...

Page 46: ... 0 Corning Restricted and Confidential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 46 of 170 2 2 9 Verify normal operation The following table describes the LRU LED behaviour ...

Page 47: ...ity 1 AC Chassis dMRU Chassis Assembly with DOPTM FAM Mid Plane Cavity Filter MUX and AC power supply dMRU ASM AC dMRU AC supported assembly with three dPAM modules 600 700 PCS and WCS dMRU 671923 AC dMRU AC supported assembly with four dPAM modules 600 700 800 850 AWS and PCS dMRU 6781719 AC dMRU AC supported assembly with five dPAM modules 600 700 800 850 AWS PCS WCS and 2 5 dMRU 67817192325 AC ...

Page 48: ...AM modules 600 700 PCS and WCS dMRU 671923 DC dMRU DC supported assembly with four dPAM modules 600 700 800 850 AWS and PCS dMRU 6781719 DC dMRU DC supported assembly with five dPAM modules 600 700 800 850 AWS PCS and WCS dMRU 678171923 DC dMRU DC supported assembly with five dPAM modules 600 700 800 850 AWS PCS WCS and 2 5 dMRU 67817192325 DC dMRU DC supported assembly with three dPAM modules 600...

Page 49: ... 11 1 BR dMRU W DC connector class 1 mating 1 Not provided AC Power Cable AC models only Cable power straight U S 10 A UL L 1 8 2 5m black 110 V 1 SFP Pluggable Transceivers hot pluggable optical transceiver module Support for option 8 line rate 10 1 Gbps single mode Termination plug for test port and 3 5 GHz port Optical cables Up to 900 meters LC UPC SM DX Grounding cable Service specific power ...

Page 50: ...then pull out using the handle see Error Reference source not found Any attempt to pull out the module without first releasing may cause damage Corning will not be liable for damage of products resulting from improper handling during installation or repair PAMs are entered to their relevant slots by matching the color of the PAM and the color on top of the slot Notes External Alarms 3 5 GHz Manage...

Page 51: ...dential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 51 of 170 MRU chassis requires 6U rack height availability Rack nuts and screws not provided Digital optical module FAN are pre installed in the chassis ...

Page 52: ...slot inside the chassis according to the color codes 2 Determine the location of the MRU in the rack while considering additional units e g power supply 3 Referring to Figure 4 secure the units rack ears to the rack frame as follows a Insert two screws halfway into the rack frame one on each side b Position the bottom half slots of the chassis rack ears onto the screws c Secure the unit in the rac...

Page 53: ...needs to be removed from the chassis make sure to first press the release button on the module and then pull out using the handle see Error Reference source not found Any attempt to pull out the module without first releasing may cause damage Corning will not be liable for damage of products resulting from improper handling during installation or repair Caution Due to the chassis 6 DPAMS weight it...

Page 54: ...1 0 Corning Restricted and Confidential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 54 of 170 Figure 5 Wall Mount Bracket 2 Assemble the wall mount bracket to MRU underside ...

Page 55: ...stricted and Confidential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 55 of 170 3 Insert anchors in wall hang unit and tighten to secure Figure 6 Example of MRU Chassis wall Installation ...

Page 56: ...0 AWG solid wire conductors Note The length of the grounding wire depends on the proximity of the switch to proper grounding facilities Phillips head screwdriver Crimping tool to crimp the grounding wire to the grounding lug Wire stripping tool to remove the insulation from the grounding wire 4 Use a wire stripping tool to remove approximately 0 4 inch 10 9 mm of the covering from the end of the g...

Page 57: ...P connector into the port until it clicks note that there is only one correct direction for plugging in 3 Remove the white plug protectors from the end of the SFP cable 4 Plug the SFP cable into the D MRU port until it clicks 5 connect the other edge of the cable to the source unit Figure 8 Remove rubber stopper from port and from SFP Pluggable Transceiver and insert the SFP Pluggable Transceivers...

Page 58: ...uplexed RF ANTENNA port to the broadband antenna s using appropriate coax cables Note The test port is used for coupling used for measuring the power without disconnecting the antenna 2 3 8 External RF Source 3 5 GHz The MRU includes one 4 3 10 Type RF port used for connecting to an external RF source such as a small cell or pico cell Note This external RF cavity port is market specific and may no...

Page 59: ...of the power cable or flexible cord and the insulation must be intact The cable must be firmly connected to both the electrical plug and the unit itself Standard plug the use of a standard plug is mandatory The use of a non standard power plug can cause electrocution Also plugging a non standard plug into a standard socket that does not correspond to the plugs shape can damage the socket making it...

Page 60: ...cludes Class 1 terminal block connector Power input 40 60VDC Power consumption 580W maximum Maximum DC current consumption 15A 1 Open PSM captive screws and pull out module from chassis 2 Set DC input source type to CLASS1 connector and secure PSM module back in place See Figure 8 3 Route DC pair from CLASS1 connector to local power source Power input 48 VDC 40 60 VDC 15 A max ...

Page 61: ...DEC 2020 docx December 2020 Page 61 of 170 2 3 10Verify Normal Operation LEDs 1 Verify that fans are operational 2 Refer to status LEDs on the top left of the chassis door and on each PAM to confirm normal system operation according to the following table Table 5 MRU Chassis and DOPTM LEDs Table 6 PAM LEDs ...

Page 62: ...User Manual v1 0 Corning Restricted and Confidential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 62 of 170 Table 7 SFP LEDs 2 4 HRU Installation ...

Page 63: ... If DCM cards are available ensure they are installed in the IHU only not in the HEU Interfaces The following figure shows the internal positions of HEU Figure 9 HEU Slots and Interfaces Each HEU includes 14 slots supporting the following modules RIX slot Slot 1 RIM slots Slots 2 7 One OIX slot Slot 14 HEU supports the following expansion connection options To a single 7 IHUs Example of system con...

Page 64: ...1 Remote location 1 IHU 1 OIX 1 RIX 1 RIM 600 RIM 700 RIM 700 RIM 700 RIM 700 RIM 850 SM R RIM 850 SM R RIM 850 SM R PSM A PSM B RIX 2 RIM 850 SM R RIM PCS RIM PCS RIM PCS RIM PCS RIM AWS RIM AWS RIM AWS PSM A PSM B HEU 1 SISO RIM AWS RIM AWS RIM TD D 2 5 RIM TD D 2 5 Medium band DRAU 15 MIMO A B Low band DRAU 15 MIMO A B 1 2 3 1 Remote location 8 Up to 16 remotes per DRU combination of all remote...

Page 65: ...020 docx December 2020 Page 65 of 170 Figure 10 Example Installation Diagram To install the HEU follow these steps 1 Verify box contents see 2 5 1 2 Mount the chassis see 2 5 2 3 Insert the modules into the chassis see 2 5 3 4 Connect the cables see 2 5 4 5 Power On see 2 5 5 6 Verify normal operation see 2 5 6 ...

Page 66: ...M slots includes factory installed Fan Module FAM in chassis rear 1 FAM Fan Module FAM single unit hosting 4 fans factory installed in chassis rear 1 RJ45 RJ45 communication cable L 2m 2 15m P N 705900003 HCM management cable 1 RIM kit Radio Interface Module service specific 1 12 according to order RIX Module Kit Radio Expander Module expands the RF sources to the OIU 1 or 2 according to order Pil...

Page 67: ... Kit ETM Expander Termination Module for unused Expander slot unit 1 PSM Kit AC or DC modules PSM AC 100 240 VAC Power Supply Module including standard IEC 60320 1 C13 cable PSM DC 48 V DC Power Supply Module 9 A Max Includes six pin terminal block connector 1 or 2 kits according to order Controller Module Kit HCM or ACM according to order dHCM Kit Headend Control Module installed in Main HEU unit...

Page 68: ...Rack nuts and screws not provided 1 Determine the location of the HEU in the rack while considering additional HEU and IHU units and the lengths of the available ERFC cable see Figure 10 Example Installation Diagram for an example configuration 2 Secure the units rack ears to the rack frame as follows Insert two screws half way into the rack frame Position the chassis on to the screws using the ha...

Page 69: ...w showing an example of module type captive screws and ejectors Refer to the Figure 9 HEU Slots and Interfaces for module locations Remove blank panel and slide in the relevant module chassis slots are 100 mistake proof One HCM for Standalone Master HEU units One ACM for Auxiliary HEU unit One to two PSM for single power supply installations install the PSM in either PSM slot Two RIX modules One t...

Page 70: ...ound The grounding connection is performed via a two hole standard barrel grounding lug located on the HEU rear panel For use with stranded copper wire conductors 10 14 AWG Holes 1 4 inch Grounding Lug Chassis Rear 2 5 4 2 Connect RIMS TO RF Source S For each RIM connect the external RF source to the corresponding RIM service specific Simplex or Duplex QMA connectors RIMs connections ...

Page 71: ...nding connector on the IHU OIX module 2 Refer to TBD for schematic diagram of coax connections in a maximum HEU OIU configuration of 4x4 where all HEU units are connected to all IHU units 2 5 4 4 RIX Pilot Clock Connections Referring to the following Figure Shared Rack use the QMA QMA jumper cable PCKC47 provided with each RIX to connect the REF OUT and REF IN ports of each of the RIX modules in t...

Page 72: ...eadend management connections according to the following Referring to the above Figure for configurations with one HCM and up to four ACM modules e g one HEU and four HIU units directly connect as follows From any HCM To any ACM INTERNAL TO ACM Port 1 2 3 4 INTERNAL TO HCM Port 1 2 3 4 Referring to Figure 10 for configurations with one HCM and more than four ACM modules e g 4x4 HEU OIU configurati...

Page 73: ...and Confidential Proprietary Controlled content UM Everon 6000 DAS 19 DEC 2020 docx December 2020 Page 73 of 170 2 5 6 Verify NORNAL Operation If RF source is operational verify that the RIM DCM and HCM ACM LEDs indicate normal operation ...

Page 74: ...he ordered PN All other modules are ordered separately and must be installed Interfaces The following figure shows the internal positions of IHU Figure 12 IHU Interfaces and Slots Each IHU includes 14 slots supporting the following modules RIX slot Slot 1 RIM slots Slots 2 7 DCM slots Slots 8 9 One OIX slot Slot 14 IHU supports the following expansion connection options To a single IHU NOTE If DCM...

Page 75: ...and dedicated equipment scenarios see Figure 10 IHU Expansion Connections TO IHU HEU and DRU Units A single IHU supports expansion connections as follows To one additional IHU unit To 7 HEU and 8 DRU To install the IHU follow these steps 1 Verify box contents see 2 6 1 2 Mount the chassis see 2 6 2 3 Insert the modules into the chassis see 2 6 3 4 Connect the cables see 2 6 4 5 If needed connect a...

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