Related Manuals for NEXTIVITY CEL-FI QUATRA 4000
Summary of Contents for NEXTIVITY CEL-FI QUATRA 4000
- Page 1 CEL-FI QUATRA 4000 Installation and User Guide Revision: 3 draft Nextivity, Inc. 16550 West Bernardo Drive Building 5, Suite 550 San Diego, CA 92127 858-485-9442 www.cel-fi.com/support 12/6/2019...
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Page 2: Table Of Contents
Understanding Cellular Coverage ..........................5 The Cel-Fi QUATRA Solution ..........................5 A Solution Anyone Can Confidently Deploy ......................6 Regulatory // Model Number: Cel-Fi QUATRA 4000 ....................6 Bands Supported Under This FCC Certification ....................... 7 System Overview ................................8 How Does It Work? .............................. - Page 3 Connecting Donor Source ............................ 21 Power ................................... 22 CU ................................... 22 Mounting ................................22 Connecting Server Antenna(s) ..........................24 Connecting NU and CU ............................25 Using a QRE ................................ 25 LEDs .................................... 25 NU ................................... 25 CU ................................... 26 Diagnostics and Testing ............................... 28 WAVE PRO and COMPASS ..........................
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Page 4: Table Of Figures
Table of Figures Figure 1. Architecture Overview ........................... 8 Figure 3. NU Image ..............................10 Figure 4. SMA Connectors on the NU ........................11 Figure 5. QUATRA 4000 CU ............................12 Figure 6. CU Antenna ..............................12 Figure 7. CU Server Antenna ............................13 Figure 8. -
Page 5: About This Guide
About This Guide There are a variety of Cel-Fi QUATRA product variants available, supporting a variety of band configurations, for multiple regions. This manual is applicable to the Cel-Fi QUATRA 4000 ONLY, and does not apply to any other QUATRA variants. -
Page 6: A Solution Anyone Can Confidently Deploy
The Cel-Fi WAVE Platform cloud-based portal enables an operator to monitor equipment and network KPI’s, such as channel configurations, RSRP, RSCP, SINR, and system gains, providing control and optimization insight. Regulatory // Model Number: Cel-Fi QUATRA 4000 The QUATRA 4000 is FCC Part 20 certified. It supports bands 4,5,12,13 and 25. 12/6/2019... -
Page 7: Bands Supported Under This Fcc Certification
Bands Supported Under This FCC Certification Verizon Band 4, 13 and 25 Sprint Support Band 2, 25 AT&T Support Band 4, 5, 12, 25 T-Mobile Support Band 4, 12, 25 12/6/2019... -
Page 8: System Overview
How Does It Work? Cel-Fi QUATRA 4000 is a powerful cellular signal distribution solution. Cel-Fi QUATRA 4000 is fundamentally comprised of a Network Unit (NU) and up to six (6) Coverage Units (per NU). The Network Unit takes the donor input from up to four (4) carrier signal sources. -
Page 9: Cel-Fi Quatra 4000 Key Features
13-16dBm downlink power per operator per band Hardware Components Cel-Fi QUATRA 4000 is a modular solution with two (2) foundational components: the Network Unit (NU) and the Coverage Unit (CU). In traditional DAS terminology these could be known as the Head End (NU) and the Remote Unit (CU). -
Page 10: Network Unit (Nu)
Network Unit (NU) The Network Unit, referred to as the NU, is the head end for the QUATRA 4000 system. The signal sources (one for Figure 2. NU Image each port/carrier) are connected to the NU. Then they are digitized and purified, and distributed over dual Category cables to the Coverage Units (CU). - Page 11 SFP+ module dock (future use) N-type Female RF Ports (4) for Donor Antenna One for each carrier SMA port (2) Provides an external antenna connection for the internal cellular modem (when used) Figure 3. SMA Connectors on the NU User Interface ...
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Page 12: Power Supply Cable
Power Supply Cable Coverage Unit (CU) The Coverage Unit (CU) receives the digitized cellular signal from the NU, converts back to RF, amplifies, and distributes the service from its RF port. Service can be deployed through a single connected antenna, or through a DAS field. -
Page 13: Accessories
Figure 6. CU Server Antenna Accessories QUATRA 4000 Range Extender (QRE4K) Model Number: Q40-OE Figure 7. QRE-4K 12/6/2019... -
Page 14: Donor Antennas
The donor antennas are used to provide off-air signals to individual carrier donor input ports. The objective is to provide the best quality carrier signals to the NU. A variety of donor antennas are available from Nextivity. The right donor antenna choice can make the difference between a good outcome and a great outcome. Please refer to other antenna-specific documents for choosing the right donor antenna. -
Page 15: Server Antenna
Couplers RF couplers or tappers can be used in conjunction with the Cel-Fi QUATRA 4000 and 4000i, when multiple antennas are required for the installation. Careful system design should be implemented to insure sufficient power levels into all antennas. -
Page 16: The Wave Portal
The WAVE Portal Introduction Cel-Fi WAVE is Nextivity’s SOC2 Type 1 compliant cloud-based software platform from which Cel-Fi apps and connected capabilities are hosted and driven. Current-generation Cel-Fi products feature embedded connectivity that allows them to connect to the WAVE cloud. The WAVE portal and apps are used to facilitate software updates, registration, commissioning, installation, optimization, and troubleshooting. -
Page 17: The Main Alarms
The Main Alarms Error Indication Name Meaning NU HW Network Unit hardware error Not Receiving Signal Insufficient donor Signal CU HW Coverage Unit hardware error Input too strong Donor signal (RSRP) too strong NU Overheating Network Unit is overheating CU Overheating Coverage Unit is overheating Too Close Not applicable for QUATRA... -
Page 18: Installation
Installation Important: Before any permanent installation, make sure all the components are planned and accounted for, as well as any wiring, cabling, power, mounting, antenna placements, and system access. Overview Several things need to be determined as part of installation planning and preparation. There isn’t a specific order these items need to be resolved. - Page 19 Caution: Make sure the area behind any surface is free of electrical wires or other dangerous elements prior to drilling. Figure 12. NU Mounting Illustration The QUATRA 4000 NU has four (4) secure mounting tabs, two on each side. The two topmost tabs have been keyholed.
- Page 20 Figure 13, NU Mounting Template Option 2. No Template To mount the NU, first determine the approximate location on the wall for the unit. Hold the unit up on the wall and, using a pencil or similar marker, mark one of the top (right or left) points. Using a drill, drill the location for the wall anchor.
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Page 21: Connecting Donor Source
Is designed to support a variety of band configurations Donor Antenna Each RF port can be fed by a donor signal consisting of either a small cell or an antenna. Nextivity offers a number of donor signals perfect for use with Cel-Fi QUATRA 4000. -
Page 22: Power
Each donor antenna should be mounted safely and securely where it can access the desired cellular network. A coaxial cable connects the donor antenna to the NU’s RF port for each given carrier. Small Cell Donor If a small cell is used as the donor source then it should be connected at this time. The input signal level for the donor port should be between -60 and -50 dBm. - Page 23 Hammer in the anchors. Attach the bracket to the wall with the included screws. Once the bracket is firmly attached to the wall, the CU can be attached to the bracket. Figure 16. Attach CU to bracket With the bracket in place, attach the CU. Tighten (finger) each Locking Screw into place to ensure the CU is securely attached.
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Page 24: Connecting Server Antenna(S)
Connecting Server Antenna(s) Figure 17. Attaching antenna to CU The CU has an N-type connector on the top of the unit for attaching an antenna. An omni-directional antenna is included with each CU, or a coax cable can be connected with a series of passive antennas attached. 12/6/2019... -
Page 25: Connecting Nu And Cu
Connecting NU and CU Each CU connects to the NU using two Ethernet cables (Cat5e or better). Figure 18. CU port assignment on the NU Using a QRE If distances greater than 100 meters from NU to CU are required, an extra 100 meters can be achieved by inserting the QUATRA RANGE EXTENDER (QRE) between the NU and the CU. - Page 26 NU LED Table LED Label LED State Meaning POWER NO LIGHT No power SOLID GREEN Powered and operating normally FLASHING GREEN Scanning to acquire network signals SOLID RED Hardware error FLASHING RED Error CU1, CU2, CU3, CU4, NO LIGHT Not connected CU5, CU6 properly, no power SOLID GREEN...
- Page 27 The meaning for each LED on the CU is shown in the table below. CU LED TABLE LED Label LED State Meaning SOLID GREEN NORMAL OP (S1) SOLID RED HARDWARE ERROR NETWORK FLASHING GREEN SCANNING FLASHING RED Error NU LINK SOLID GREEN Logical Link: Up Logical Link: Down...
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Page 28: Diagnostics And Testing
Internet connection to the WAVE Portal in the cloud. NOTE: The WAVE Portal is a very powerful and time saving system. Nextivity highly recommends that you still connect your QUATRA systems to the Internet for WAVE Portal remote management, alarms, and diagnostics.Note: COMPASS has its own User Manual. - Page 29 Figure XX Cel-Fi QUATRA 4000 connected to COMPASS Band Settings All Cel-Fi QUATRA variants will select bands and channels to relay automatically. Optionally, bands may be enabled/disabled using the Bands Settings feature using COMPASS and the WAVE Pro app. Click on “Bands Settings”...
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Page 30: Cel-Fi Quatra Optimization Features
The QUATRA 4000 system can accept up to four individual donor signals. One per carrier. Each donor can be established to the system either via small cell or off-air. When using an off-air signal, a directional antenna is recommended to provide the best signal quality. (Nextivity offers a number of directional antennas that can be used. www.cel-fi.com/products for details.) - Page 31 Speed Test This feature tests the speed of the current Network Carrier of the SIM card inserted into the COMPASS. In the WAVE PRO app, go to the “Optimization” section and press the "Speed Test" button. Click on “Start,” and The Cel-Fi COMPASS will gather data for several minutes and display the results below.
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Page 32: Advanced Information. Antennas And Quatra 4000
In the context of Cel-Fi QUATRA 4000, the following stratification of quality is recognized: SINR. Signal to Noise Ratio. The SINR is the ratio of the usable (desired) signal over the noise. The following metrics should be used when assessing SINR in the context of Cel-FI QUATRA 4000. Antenna Selection There are a few considerations to make when determining the donor antenna. -
Page 33: Grounding And Lightning Protection
How strong is the serving signal? Although Cel-Fi QUATRA 4000 has the highest gain of any antenna in its class, if the serving signal is extremely weak, then a high-gain antenna may be required to connect the uplink calls and to get the optimal DL power on the serving side. - Page 34 Note: The Cel-Fi QUATRA 4000 Coverage Unit is plenum rated. 12/6/2019...
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Page 35: Specifications
Specifications QUATRA 4000 AT&T, Sprint, Verizon, T- Operators Supported OPERATOR’S Mobile OPERATORS CONFIGURATIONS Bands: QUATRA 4000i (Part 4,5,12,13,25 B13 & B25 OPERATOR 1 Verizon HARDWARE – B13 & B4 OPERATOR 2 Sprint B5 & B25 READY B25 & B12 RELAY OPERATOR 3 T-Mobile B25 &... - Page 36 Downlink (DL) Frequency 1930–1995 (MHz) Uplink (UL) Frequency (MHz) 1850–1915 Relay Bandwidth (Max)(MHz) UL Output Power (at port)(dBm) BAND 25 DL Min Input Level (dBm -120 RSRP) DL Max Input Level (dBm RSSI) System Gain (Max)(dB) SPRINT Downlink (DL) Frequency 869–894 (MHz) Uplink (UL) Frequency (MHz)
- Page 37 DL Max Input Level (dBm RSSI) System Gain (Max)(dB) Downlink (DL) Frequency 728–746 (MHz) Uplink (UL) Frequency (MHz) 698–716 Relay Bandwidth (Max)(MHz) UL Output Power (at port)(dBm) BAND 12 DL Min Input Level (dBm -120 RSRP) DL Max Input Level (dBm RSSI) System Gain (Max)(dB) Downlink (DL) Frequency...
- Page 38 Maximum Surface Measured at 30°C Ambient ENVIRONMENTAL Temperature (°C) STANDARDS Part 15, 22, 24,27,20 ISED ENVIRONMENTAL 3GPP Repeater Specs Operating Temperature Ambient 0–40°C Relative Humidity Non-Condensing 0–95% Ingress Protection (IP) COVERAGE UNIT Downlink (DL) Frequency 617–2690 (MHz) Frequency RADIO SPECS Uplink (UL) Frequency (MHz) 663–2690 DL Power (dBm)
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Page 39: Trademarks
(ii) for any direct damages in excess of (in the aggregate) the fees actually received by Nextivity from End User with respect to the Products actually purchased and paid for. -
Page 40: Troubleshooting
Troubleshooting Alarm Table Network Unit Hardware Network Unit Hardware Error - Power cycle the Network Unit (NU) and Error check for software updates. If problem persists, return NU for service. Insufficient Donor Signal Insufficient Donor Signal - Relocate Network Unit (NU) where a stronger signal exists, or use an external antenna for the NU. -
Page 41: Support / Help
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 to Nextivity products or services.
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