System Connection in ibwave Design TE Connectivity Spectrum Product Line. Product: ibwave Design Version: and higher Published:

Size: px

Start display at page:

Download "System Connection in ibwave Design TE Connectivity Spectrum Product Line. Product: ibwave Design Version: and higher Published:"

Milton Green
6 years ago
Views:

1 System Connection in ibwave Design TE Connectivity Spectrum Product Line Product: ibwave Design Version: and higher Published:

2 ibwave SOLUTIONS INC All Rights Reserved The information contained herein is the property of ibwave Solutions and is strictly confidential. Except as expressly authorized in writing by ibwave Solutions, the holder shall keep all information confidential, shall disclose it only to its employees with a need to know, and shall protect it, in whole or in part, from disclosure and dissemination to third parties with the same degree of care protect its own confidential information, but with no less than reasonable care. Except as expressly authorized in writing by ibwave Solutions, the holder is granted no rights to use the information herein. Information is subject to change without notice. ibwave Solutions reserves the right to make changes in design or components as progress in engineering and manufacturing may warrant.

3 TABLE OF CONTENTS OVERVIEW... 1 BASIC CONFIGURATION... 2 HOST UNIT... 4 EXPANSION MODULE GROUP... 6 DART REMOTE UNIT... 6 IF EXPANSION UNIT... 9 POWER SUPPLY UNIT... 9 CASCADING DRUS MAIN/SECONDARY REMOTE ACCESS UNITS REMOTE ACCESS UNITS AVAILABLE BOM CABLE FACTOR ibwave DB EDITOR UPDATING ibwave DESIGN FILES WITH ADC SPECTRUM COMPONENTS SPECTRUM COMPONENTS ibwave DESIGN DATABASE CONTACTING CUSTOMER CARE i

5 OVERVIEW OVERVIEW This document explains the procedure required to use the new components for the TE Connectivity InterReach Spectrum products. It applies to ibwave Design and higher. The following topics are covered: BASIC CONFIGURATION HOST UNIT EXPANSION MODULE GROUP CASCADING DRUS MAIN/SECONDARY REMOTE ACCESS UNITS BOM CABLE FACTOR ibwave DB EDITOR UPDATING ibwave DESIGN FILES WITH ADC SPECTRUM COMPONENTS SPECTRUM COMPONENTS ibwave DESIGN DATABASE CONTACTING CUSTOMER CARE 1

6 BASIC CONFIGURATION BASIC CONFIGURATION A basic InterReach Spectrum configuration includes the following units: 1 Host Unit (HU) 1 Expansion Module Group (EMG), which includes: 1 DART Remote Unit (DRU) 1 IF Expansion Unit (IFEU) 1 Power Supply Unit 1 Main Remote Access Unit (MRAU) 1 to 3 Secondary Remote Access Units (SRAU) per MRAU InterReach Spectrum configurations can be expanded also as described below. One HU supports up to 8 EMGs, which would consist of: 8 DRUs 8 IFEUs 8 Power Supply Units Each IFEU can support up to 8 MRAUs. Each MRAU can support 3 SRAUs, for a total of 128MRAU/SRAU clusters, with up to 8 bands per cluster. 2

7 BASIC CONFIGURATION Host Unit (HU) DART Remote Unit IF Expansion Unit Power Supply Unit Expansion Module Group (EMG) Main Remote Access Unit (MRAU) Secondary Remote Access Unit (SRAU) Figure 1 InterReach Spectrum Configuration 3

HOST UNIT HOST UNIT The HU supports up to 8 BTSs through DART (Digital/Analog Radio Transceiver) cards. DARTs are swappable, which allows upgrades to additional bands by adding its DART card.

700 Upper C Super RF DART Each of these RF DARTs has an input UL, DL ports and an output RF dummy port.

8 HOST UNIT HOST UNIT The HU supports up to 8 BTSs through DART (Digital/Analog Radio Transceiver) cards. DARTs are swappable, which allows upgrades to additional bands by adding its DART card. The following RF DARTs are supported by the HU: 800 SMR Classic RF DART 850 Cellular Classic RF DART 900 SMR Classic RF DART 1900 PCS Super RF DART 2100 AWS Super RF DART 700 Lower ABC Super RF DART 700 Upper C Super RF DART Each of these RF DARTs has an input UL, DL ports and an output RF dummy port. The output port is used to connect the RF DART to the HU chassis using a dummy fiber connector (TE Connectivity Dummy Fiber ). Once all the RF DARTs are connected to the HU, their services are available at the 8 output fiber ports on the HU. Then, by connecting one or more of those output fiber ports to their fiber modules, the RF signals can be transported to the DRU (DART Remote Unit). Figure 2 HU Chassis (Type = Misc, Model FWP-00000HUII) Figure CELL RF DART (Type = Media Converter, Model FWU-20000HUDART) 4

DART and fiber module to the chassis with TE Connectivity Dummy Fiber

9 HOST UNIT Figure 4 A fiber module with 1 input and 2 output ports (Example: Type = Misc, Model FWU-SMCW1470XVR) Figure 5 Connection of the DART and fiber module to the chassis with TE Connectivity Dummy Fiber cables Figure 6 HU Chassis populated with an 850-CELL RF DART and a fiber module 5

DART REMOTE UNIT EXPANSION MODULE GROUP The Expansion Module Group (EMG) is composed of: 1 DART Remote Unit (DRU) 1 IF Expansion Unit (IFEU) 1 Power Supply Unit Figure 7 EMG composed of the populated

10 DART REMOTE UNIT EXPANSION MODULE GROUP The Expansion Module Group (EMG) is composed of: 1 DART Remote Unit (DRU) 1 IF Expansion Unit (IFEU) 1 Power Supply Unit Figure 7 EMG composed of the populated DRU, the IFEU and the power supply unit DART REMOTE UNIT The optical cable linking the HU to the DRU is connected to its corresponding fiber module in the DRU. The fiber module has two outputs. One of them is used to connect the fiber module to the DRU chassis, while the other may be used to cascade one DRU to another. Once the output of the fiber module has been connected to one of the input fiber ports of the DRU chassis, the signal coming through the fiber cable is populated to all IF DART output ports on the DRU chassis. As the HU has its own RF DART cards, the DRU has the following IF DART cards: 800 SMR Classic IF DART 850 Cellular Classic IF DART 900 SMR Classic IF DART 1900 PCS Super IF DART 2100 AWS Super IF DART 700 Lower ABC Path 1 Super IF DART 700 Upper C Path 1 Super IF DART 6

Then, each of these IF DARTs can be linked to a specific BTS sector connected to an RF DART card of the HU.

11 EXPANSION MODULE GROUP 700 Lower ABC Path 2 Super IF DART 700 Upper C Path 2 Super IF DART A maximum of 8 IF DARTs may be connected to a DRU chassis. The IF DARTs of the DRU must be connected to the DRU chassis output ports. Then, each of these IF DARTs can be linked to a specific BTS sector connected to an RF DART card of the HU. The output port of the IF DARTs is then connected to the input ports of the IF Expansion Unit (IFEU). Figure 8 DRU Chassis (Type = Misc, Model SPT-0000DRUII) Figure CELL IF DART (Type = Media Converter, Model SPT IFD) Figure 10 A fiber module with 1 input and 2 output ports (Example: Type = Misc, Model FWU-SMCW1470XVR) 7

DART REMOTE UNIT Figure 11 The DRU Chassis connected to 850-CELL IF DART

Chassis populated with an 850-CELL IF DART and a fiber module Figure 13

To link a unit, right-click the IF DART. 2.

12 DART REMOTE UNIT Figure 11 The DRU Chassis connected to 850-CELL IF DART and a fiber module with TE Connectivity Dummy Fiber cables Figure 12 DRU Chassis populated with an 850-CELL IF DART and a fiber module Figure 13 Linking an IF DART to a system/sector 1. To link a unit, right-click the IF DART. 2. Select Associate media converter with systems. 3. Choose the required system/sector. (Use the [Ctrl] key for a multiple selection.) 8

EXPANSION MODULE GROUP IF EXPANSION UNIT Through its 8 input ports, the IFEU can be connected to up to 8 IF DART cards, replicating all the services available through those cards to each of the IFEU

Figure 14 Expansion unit with 8 inputs from the IF DARTS and 8 outputs to the MRAUs (Type = Filter, Model SPT-00000IFEU-1) Figure 15 A DRU Chassis populated with an 850-CELL IF DART and a fiber

13 EXPANSION MODULE GROUP IF EXPANSION UNIT Through its 8 input ports, the IFEU can be connected to up to 8 IF DART cards, replicating all the services available through those cards to each of the IFEU s output ports. Figure 14 Expansion unit with 8 inputs from the IF DARTS and 8 outputs to the MRAUs (Type = Filter, Model SPT-00000IFEU-1) Figure 15 A DRU Chassis populated with an 850-CELL IF DART and a fiber module As shown in the above screen capture, the output of the IF DART is connected to the input of the IFEU. POWER SUPPLY UNIT The power supply unit is provided within ibwave Design to take into account the cost details of this component. However, it doesn t affect the system connections. Figure 16 The power supply unit of the Expansion Module Group (EMG) (Type = Power Supply, Model SPT-2400ACDC-1) 9

CASCADING DRUS CASCADING DRUS To connect the first DRU to the second, the fiber module of the first DRU having its input connected to the HU using a fiber cable must have 1 of its 2 outputs connected

14 CASCADING DRUS CASCADING DRUS To connect the first DRU to the second, the fiber module of the first DRU having its input connected to the HU using a fiber cable must have 1 of its 2 outputs connected to the input of another fiber module in the first DRU. The general rule of fibers in and out of a DRU must follow an N+4 rule. That is, if a DRU input fiber module is in slot 1, then the output is on slot 5. This applies to all DRUs, with the exception of the last cascaded DRU as it would not require outgoing fibers. Figure 17 2 DRUs cascaded by connecting 1 of the outputs of the fiber module of the 1 st DRU to the input of the fiber module of the 2 nd DRU 10

15 MAIN/SECONDARY REMOTE ACCESS UNITS MAIN/SECONDARY REMOTE ACCESS UNITS The output port of the IFEU needs to be connected to the input port of the MRAU. Each MRAU supports up to 3 SRAUs. Both, MRAUs and SRAUs can then be connected to the DAS antennas through their RF output ports. Figure 18 An MRAU connected to 3 SRAUs REMOTE ACCESS UNITS AVAILABLE The following main and secondary remote access units are available. TYPE MODEL # DESCRIPTION Fiber BDA SPT-M1-19AWS-1 Spectrum, 1900/2100 AWS Main RAU Fiber BDA SPT-M Spectrum, 850 / 1900 Main RAU Fiber BDA SPT-S MIMO Spectrum, 700 MIMO Secondary RAU, UpperC / LowerABC Fiber BDA SPT-S1-70AWS-1-SISO Spectrum, 700 SISO / 2100AWS Secondary RAU, UpperC / LowerABC Fiber BDA SPT-S Spectrum, 800 / 900 SMR Secondary RAU Fiber BDA SPT-S1-80AWS-1 Spectrum, 800/2100 AWS Secondary RAU 11

BOM CABLE FACTOR ibwave DB EDITOR BOM CABLE FACTOR ibwave DB EDITOR To facilitate design within ibwave, the separate UL/DL ports of Spectrum components are merged into one.

16 BOM CABLE FACTOR ibwave DB EDITOR BOM CABLE FACTOR ibwave DB EDITOR To facilitate design within ibwave, the separate UL/DL ports of Spectrum components are merged into one. This reduces the number of cables/jumpers required to connect these components by half, and simplifies the design. However, to provide an accurate reporting of the Equipment List, Cable Routing or Link Budget, a new parameter called BOM Cable Factor has been introduced in the description of components in the DB Editor. This factor indicates the multiplication factor (2 in this case) required to compensate for merging UL/DL ports of the components. Providing this multiplication factor doubles the quantity of jumpers, while for cables, the length and number of connectors is doubled. Figure 19 Connectors description with the "BOM Cable Factor" set to 2 to account for merging UL/DL ports 12

UPDATING ibwave DESIGN FILES WITH ADC SPECTRUM COMPONENTS UPDATING ibwave DESIGN FILES WITH ADC SPECTRUM COMPONENTS According to the product specs received from TE Connectivity, we have modeled this

17 UPDATING ibwave DESIGN FILES WITH ADC SPECTRUM COMPONENTS UPDATING ibwave DESIGN FILES WITH ADC SPECTRUM COMPONENTS According to the product specs received from TE Connectivity, we have modeled this new version in the best possible way with the components types that are currently available in ibwave Design. This version benefits from the new component type called "Media Converter" that allows to associate the component with one or several systems, which are used for the DART cards. Unfortunately, it is not possible to automatically replace the previous version of ADC Spectrum components by the new ones as the components have been modeled with other categories (refer to page 14). Once the new components have been imported to the database, you can update ibwave Design files that include ADC Spectrum components in the following manner: 1. Delete the ADC Spectrum components in your design. 2. Add the new Spectrum components; search for TE Connectivity manufacturer. A quick way to find the new components is to use the Components Browser. Select TE Connectivity as the manufacturer, and type Spectrum as the filter criteria (see screen capture below), then drag the components to the design. NOTE Components tagged with the Obsolete description should no longer be used. Figure 20 Components Browser in ibwave Design 13

18 SPECTRUM COMPONENTS ibwave DESIGN DATABASE SPECTRUM COMPONENTS ibwave DESIGN DATABASE The following components are available in the ibwave Design database. TYPE MANUFACTURER MODEL DESCRIPTION Connector Generic LC LC Type Connector Connector LGC Wireless FME Male FME Male Connector for 75 ohm CATV Cable Connector Generic QMA-M QMA Male Connector Connector Amphenol DIN 7/16 TWB4001 7/16 Male Connector-Straight for TWB4001 3/8" Cable Connector Generic SC-APC Fiber Optic Connector - SC-APC Cable TE Connectivity 012EB4-T3201C20 (N0 LOSS) Cable TE Connectivity RG-6 Coax Cable Corning Fiber Cable for Spectrum Components Cable TE Connectivity CABLE, QMA RA TO QMA RA 2 FT Cable TE Connectivity Coaxial 50 ohms - coaxial cable (used to connect DAS Integration Panel to Host Unit RF DARTS) Cable TE Connectivity Dummy Fiber Dummy Fiber - used for Spectrum (will not be shown in the report) Cable TE Connectivity RG Ohms Coax Cable - 14 AWG Solid Copper Fiber BDA TE Connectivity SPT-M1-19AWS-1 Spectrum, 1900/2100 AWS Main RAU Fiber BDA TE Connectivity SPT-M Spectrum, 850 / 1900 Main RAU Fiber BDA TE Connectivity SPT-S MIMO Spectrum, 700 MIMO Secondary RAU, UpperC / LowerABC Fiber BDA TE Connectivity SPT-S1-70AWS-1-SISO Spectrum, 700 SISO / 2100AWS Secondary RAU, UpperC / LowerABC Fiber BDA TE Connectivity SPT-S Spectrum, 800 / 900 SMR Secondary RAU Fiber BDA TE Connectivity SPT-S1-80AWS-1 Spectrum, 800/2100 AWS Secondary RAU Filter TE Connectivity SPT-00000IFEU-1 Spectrum IF Expansion Unit Media Converter TE Connectivity FWU-20000HUDART Spectrum-Prism, 850 CELL, Classic RF DART Media Converter TE Connectivity FWU-40000HUDART Spectrum-Prism, 800 SMR, Classic RF DART Media Converter TE Connectivity FWU-50000HUDART Spectrum-Prism, 900 SMR, Classic RF DART Media Converter TE Connectivity FWU-86000HUDART Spectrum-Prism 1900 PCS, Single Super RF DART Media Converter TE Connectivity FWU-A6000HUDART Spectrum-Prism 2100 AWS, Single Super RF DART Media Converter TE Connectivity FWU-L6000HUDART Spectrum-Prism 700 LTE Lower ABC, Single Super RF DART Media Converter TE Connectivity FWU-U6000HUDART Spectrum-Prism 700 LTE Upper C, Single Super RF DART Media Converter TE Connectivity SPT IFD Spectrum, 850 CELL, IF DART Media Converter TE Connectivity SPT IFD Spectrum, 1900 PCS, IF DART Media Converter TE Connectivity SPT SMRIFD Spectrum, 800 SMR, IF DART Media Converter TE Connectivity SPT SMRIFD Spectrum, 900 SMR, IF DART Media Converter TE Connectivity SPT AWSIFD Spectrum, 2100 AWS, IF DART Media Converter TE Connectivity SPT-00700UCP1IFD Spectrum, 700 UpperC, Path-1, IF DART Media Converter TE Connectivity SPT-00700UCP2IFD Spectrum, 700 UpperC, Path-2, IF DART Media Converter TE Connectivity SPT-700LABCP1IFD Spectrum, 700 LowerABC, Path-1, IF DART Media Converter TE Connectivity SPT-700LABCP2IFD Spectrum, 700 LowerABC, Path-2, IF DART 14

19 SPECTRUM COMPONENTS ibwave DESIGN DATABASE TYPE MANUFACTURER MODEL DESCRIPTION Misc TE Connectivity FWP-00000HUII Spectrum-Prism Host unit - No DARTs Misc TE Connectivity FWP-SMIR1310XVR PRISM host, remote unit,13db optics, 1310nm, Standard Misc TE Connectivity FWU-SMCW1470XVR Spectrum Fiber Transceiver (1470 nm) Misc TE Connectivity FWU-SMCW1490XVR Spectrum Fiber Transceiver (1490 nm) Misc TE Connectivity FWU-SMCW1510XVR Spectrum Fiber Transceiver (1510 nm) Misc TE Connectivity FWU-SMCW1530XVR Spectrum Fiber Transceiver (1530 nm) Misc TE Connectivity FWU-SMCW1550XVR Spectrum Fiber Transceiver (1550 nm) Misc TE Connectivity FWU-SMCW1570XVR Spectrum Fiber Transceiver (1570 nm) Misc TE Connectivity FWU-SMCW1590XVR Spectrum Fiber Transceiver (1590 nm) Misc TE Connectivity FWU-SMCW1610XVR Spectrum Fiber Transceiver (1610 nm) Misc TE Connectivity FWU-SMRU1310XVR PRISM Remote unit, 26dB optics, 1310nm, Standard Misc TE Connectivity SPT-0000DRUII Spectrum DART Remote Unit Power Supply TE Connectivity SPT-2400ACDC-1 SPECTRUM POWER SUPPLY UNIT -W/2 MODULES 15

20 CONTACTING CUSTOMER CARE CONTACTING CUSTOMER CARE If you encounter any problems using ibwave Design, or if you have any questions, please send your inquiries to Customer Care: Phone: , extension 610 You can also: Log into the ibwave Customer Portal, and create a request in the My Cases section: Check if your questions have been answered in the Knowledge Base section of the ibwave Customer Portal 16

22 REMOTE ACCESS UNITS AVAILABLE 2

FlexWave Element Management System. Alarm Reference FWPP May 2017

FlexWave Element Management System Alarm Reference May 2017 DISCLAIMER This document has been developed by CommScope, and is intended for the use of its customers and customer support personnel. The information