Related Manuals for NEXTIVITY CEL-FI QUATRA 2000
Summary of Contents for NEXTIVITY CEL-FI QUATRA 2000
- Page 1 CEL-FI QUATRA ® Installation and User Guide Nextivity, Inc. 16550 West Bernardo Ct Building 5, Suite 550 San Diego, CA 92127 858-485-9442 support@cel-fi.com...
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Page 2: Table Of Contents
Chapter 1. Introducing QUATRA ........................... 4 Cel-Fi QUATRA ................................4 Features and Benefits............................4 Unconditionally Network Safe ..........................4 Nextivity’s Cel-Fi WAVE Platform ..........................5 QUATRA: Sites. Solutions. Systems......................... 5 QUATRA variants ..............................6 VIDEOS ..................................6 Chapter 2. System Elements ............................7 QUATRA 1000 –... - Page 3 Cel-Fi QUATRA: User Manual Off-Air ..................................15 Selecting the Right Donor Antenna ........................15 Small Cell (Supercell) .............................. 16 Determining the Proper Configuration ........................17 Chapter 5. Deploying Cel-Fi QUATRA ......................... 18 Plan ..................................18 Planning – Step 1. Site Survey ..........................18 Planning –...
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Page 4: Chapter 1. Introducing Quatra
Ethernet (PoE) for ease and accuracy of installation by Cel-Fi Certified professionals. The system can be monitored and managed using the Cel-Fi WAVE Platform. Features and Benefits Improves cellular reception for venues from Nextivity’s IntelliBoost™ Six-Core Processor 15,000 to 50,000 sq. ft. per system supports 3G/4G speeds with low power consumption ... -
Page 5: Nextivity's Cel-Fi Wave Platform
Nextivity’s Cel-Fi WAVE Platform The Cel-Fi WAVE Platform enables device management and maintenance of Cel-Fi QUATRA systems. Alerts and alarms can be used as configured out of the box or they can be customized however the owner or admin chooses. -
Page 6: Quatra Variants
Note: There is no technical limitation to the number of systems or solutions that can be installed together at a site. QUATRA variants QUATRA 1000 QUATRA 2000 Active DAS Hybrid Unconditionally Network Safe 100dB System Gain ... -
Page 7: Chapter 2. System Elements
CHAPTER 2. SYSTEM ELEMENTS QUATRA 1000 – Small Cell Configuration (example) QUATRA 1000 – Off-Air Configuration (example) -
Page 8: Quatra 2000 - Off-Air Configuration (Example)
QUATRA 2000 – Off-Air Configuration (example) Hardware Components Cel-Fi QUATRA Network Unit (NU) Cel-Fi QUATRA Network Unit (NU) is the hub of an individual system. Each NU supports up to four Coverage Units (CU). Provides donor signal to the Cel-Fi QUATRA system ... -
Page 9: Cel-Fi Quatra Coverage Unit (Cu)
Cel-Fi QUATRA Coverage Unit (CU) Cel-Fi QUATRA Coverage Unit (CU) is the remote unit of the system that rebroadcasts the donor signal and provides the coverage bubble. Provides coverage in the Cel-Fi QUATRA system Powered by Power-Over-Ethernet (PoE) from the Network Unit ... -
Page 10: Cel-Fi Wave Portal
Cel-Fi WAVE Portal For channel partners and installers, the WAVE portal is a cloud-based management solution to keep track of systems in the field. Commissioning Alerts & Alarms Status & Email/Text Notifications Troubleshooting WAVE Architecture... -
Page 11: Peripheral Components Options
Peripheral Components Options A number of peripheral component options are available for QUATRA from Nextivity and Nextivity’s partners. Check the web site regularly for updates. www.cel-fi.com/quatra Cel-Fi MIMO Panel Antenna Model: A52-X12-100 The Cel-Fi MIMO Panel Antenna is the only authorized indoor/outdoor MIMO antenna for Cel-Fi QUATRA 1000. -
Page 12: Cel-Fi Mount
Cel-Fi Directional Antennas Cel-Fi Pole Mount Model: F26-100-000 The Cel-Fi MIMO Panel Antenna is the only authorized indoor/outdoor MIMO antenna for Cel-Fi QUATRA 1000. Use with the AntennaPositioning app and WAVE. Galvanized stainless steel Outdoor ready Supports pole mounting ... -
Page 13: Cel-Fi Quatra Small Cell Interface (Scif)
Cel-Fi QUATRA Small Cell Interface (SCIF) Model: Q34-SCI The Cel-Fi QUATRA Small Cell Interface (SCIF) simplifies RF connections between a small cell and NUs. It includes a main unit and all cables for a single NU. Simplifies connections to a small cell ... -
Page 14: Available Quatra 1000 & 2000 Models
Available QUATRA 1000 & 2000 Models Model Bands Approval Q34-2/4/5/12 2,4,5,12 Q34-2/4/5/13 2,4,5,13 Q34-1/3/7/8 1,3,7,8 Q34-1/3/8/20 1,3,8,20 Q34-1/7/8/20 1,7,8,20 3,5,7,28* Q34-3/5/7/28 CE, RCM *Telstra-only Q34-4/5/12/13/25 4,5,12,13,25 FCC, IC BAND / FREQUENCY DETAIL Cel-Fi QUATRA BAND SUPPORT Downlink (MHz) Uplink (MHz) Band Name High... -
Page 15: Chapter 4. Configuration Modes (Options)
The QUATRA 2000 system includes a dual-carrier, software configurable NU, so multiple donor sources are accessed by the antenna to provide signal. For this reason, an omni-directional antenna is ideal. Nextivity offers an omni-directional dual-feed wideband antenna (model: A11-V14-100) with dual outputs that is a perfect donor for the QUATRA 2000 NU. -
Page 16: Small Cell (Supercell)
Small Cell (Supercell) A Supercell is comprised of a Cel-Fi QUATRA 1000 system connected to a small cell. Multiple Cel-Fi QUATRA 1000 systems can be connected to a single small cell, or multiple small cells, to form a coordinated Supercell that extends coverage for large venues. A Supercell with multiple Cel-Fi QUATRA 1000 coverage units (CUs) is more efficient than multiple small cells, and the CUs of a Cel-Fi QUATRA 1000 system connected to a Supercell do not interfere with one another. -
Page 17: Determining The Proper Configuration
Determining the Proper Configuration Developing a coverage plan is made easier with Nextivity’s online QUATRA PLANNER TOOL (QPT). Simply enter information about the site and known requirements, and the QPT will return an estimated equipment list. The QPT algorithms are based on ever-evolving IEEE 802.16 propagation models, and will provide a very good estimate in most cases. -
Page 18: Chapter 5. Deploying Cel-Fi Quatra
CHAPTER 5. DEPLOYING CEL-FI QUATRA Plan To facilitate the installation process and the best performance at the site, it’s important to plan the system design prior to any permanent installations. Planning – Step 1. Site Survey Formal Site Surveys are not required for a QUATRA installation, but some form of site survey is recommended for best results. -
Page 19: Planning - Step 2. Estimating Hardware Needs
QUATRA uses QMA connectors at the NU. QMA-RA to N adapter kits are available from Nextivity. Model: D12-20114-2002 Nextivity also offers a variety of other adapters specific for connectors used in the QUATRA solutions. www.cel-fi/com/quatra B. If using a small cell, make sure to understand the small cell’s installation requirements, provided by the small cell vendor. -
Page 20: Planning - Step 4. Nu Internet Connection & Wave Portal Account
C. If using an indoor donor antenna (QUATRA 1000 only), it is recommended that the antenna be located close to the NU for best performance and minimal loss from antenna to NU. Note: The NU+ANT should be well isolated from all CUs (walls etc.), to ensure full CU transmit power. -
Page 21: Planning - Step 6. Coverage Unit Cabling
Coverage Area Radius (estimated, meters) External Antenna External Antenna Mode (Outdoor Mode (Indoor Area Type Small Cell Mode Donor) Donor) Open Area (no general obstructions) Open Area + Cubicles Small Offices (framed interior walls) Small Rooms (masonry interior walls) Note: Each CU has QMA-Female RF ports (x2). Passive antennas may be connected to these ports to provide additional coverage options. -
Page 22: Install
Install 1. Record serial numbers by location The QUATRA Management tools, including the WAVE Portal, will reference the NUs and CUs by serial number during commissioning. Friendly-names may be assigned during the commissioning process. 2. Mount the hardware... - Page 23 ENGINEERING TECH NOTE – QUATRA Cable and Connector Best Practices Cel-Fi QUATRA uses QMA RF connectors and standard Ethernet RJ45 connectors. Proper handling practices will help ensure optimum performance and limit potential connector strain or damage. QMA RF CONNECTIONS Use smaller flexible coaxial cables that are easier to route and manage behind the Network or Coverage Unit.
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Page 24: Cable
Cable Route and connect all cables. NU to CU cabling. (Recommended) Connect CUs in order, CU1, CU2, etc. (Recommended) Best practices to leave a service loop in the cable, for more flexibility with mounting location. QUATRA CU connections are lossless, so there is no penalty for excess cable (<100m). -
Page 25: Power
Power Power the Network Unit and Commission the System IMPORTANT There are two ways to commission a QUATRA system 1. Using the WAVE Portal (now) 2. Using the QMT app (coming soon!) The QMT app is essentially a smart phone app frame for the WAVE Portal ... -
Page 26: Chapter 6. Troubleshooting
CHAPTER 6. TROUBLESHOOTING ISSUE Reset the Network Unit by unplugging the power supply, wait 5 seconds, then plug it back in. Network Unit (NU) error. Verify Network Unit software is up to date (using QMT or cloud portal). If the problem persists, return Network Unit for service. Make sure that the vents (the small openings in the plastic housing) on the units are not Network Unit blocked. - Page 27 If a Small Cell donor is used, make sure the coaxial connections to the Small Cell have the supplied attenuators installed. Location Lock — Your system has been moved from its previous Registration location. Please reregister Registration your system at its new location using QMT or the Cel-Fi WAVE portal, or move the Required system back to its original location.
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Page 28: Chapter 7. Terminology
Troubleshooting: Accessories ISSUE Unplug the INPUT cable, wait 5 seconds, and plug it back in. If the condition QRE – All LEDs persists the unit needs to be replaced. Flashing Any RJ45 CU is not connected or cannot be seen. Check QRE to CU cable and/or CU. CU may Green LED is off be checked by plugging directly to back of NU or QRE Output with LAN test cable. - Page 29 RFoE. The transport of RF signals over Ethernet cable. Server (also referred to as “Service”) Antenna. Receives and transmits signals amongst local user devices (phones/tablets etc). SMA Connector. A common small (Sub-Miniature A) 50 ohm RF cable connector. Small Cell. Low-powered cellular radio access node. Splitter (Divider/Combiner).
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Page 30: Chapter 8. Specifications
CHAPTER 8. SPECIFICATIONS Item Description Supported Bands 1, 2, 3, 4, 5, 7, 8, 12, 13, 20, 28 WCDMA Bandwidth per Band 3.84, 5, 10, 15, 20MHz contiguous UMTS/HSPA channels LTE Bandwidth per Band 5, 10, 15, 20MHz contiguous (up to band max) Channel Selection Full Auto with self-learn Scan Downlink TX Power max... -
Page 31: Version
EN 300 328 Compliance EN 62311 Compliance FCC Part 15, 20, 22, 24, 27 Compliance UL STD 62368-1 Compliance CSA STD C22.2 No. 62368-1 Compliance Bluetooth BQB VERSION QUM-V6 www.cel-fi.com Visit our website or contact your local Nextivity representative for more information. - Page 32 © 2018 Nextivity Inc. All rights reserved. All trademarks identified by ® or ™ are registered trademarks or trademarks, respectively, of Nextivity, Inc. This document is for planning purposes only and is not intended to modify or supplement any specifications or warranties relating...
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