Cisco Systems 2484-B8415-R1 WiMAX Base Station, Broadband Wireless, 2.5/2.6 GHz User Manual Installation manual Part 3

Cisco Systems, Inc WiMAX Base Station, Broadband Wireless, 2.5/2.6 GHz Installation manual Part 3

Installation manual Part 3

PRELIMINARY6-17BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 6 Installation6.3.6 Rooftop Antenna Placement Tool6.3.6 Rooftop Antenna Placement ToolReference: Rooftop Antenna Placement ToolThis is a picture of the worksheet in the Antenna Placement Tool for a quick visual identification Figure 6-17); this appendix does not include the entire tool. Please use the electronic copy of the tool to datafill the site information. This form can be found on the following LiveLink site: https://tools.cisco.com/cws/livelink?func=ll&objid=4353291&objaction=browseThe Tool is updated periodically. If you are not sure that you have the latest version, please contact Cisco Technical Services and request that the latest version of the tool be sent to you.Figure 6-17 Rooftop Antenna Placement Tool
PRELIMINARY6-18BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 6 Installation6.3.7 Set the Downtilt6.3.7 Set the DowntiltBased on coverage objectives determined by previous RF planning, the AU may need adjusting upward or downward once mounted on the pole, tower, roof, building, or other structure. The panel antenna has a -6° built-in electrical downtilt. You will use an inclinometer to read the mounted position and to determine what adjustments, if any, need to be made. For example, if the inclinometer reads +2° (uptilt) and you are mounting an AU, the resulting beam has a –4° downtilt (Figure 6-18).Figure 6-18 Downtilt Adjustment ExampleThe downtilt can be adjusted per the assembly shown in Figure 6-19Apparent +1°Effective –5°Electrical –6°Apparent +1°Effective –5°Electrical –6°Apparent +1°Effective –5°Electrical –6°The inclinometer reads +1 °(uptilt)Apparent +1°Effective –5°Electrical –6°Apparent +1°Effective –5°Electrical –6°Apparent +1°Effective –5°Electrical –6°The panel antenna has a -6 °built inelectrical downtiltThe resulting beam has a -5 °downtiltApparent +1°Effective –5°Electrical –6°Apparent +1°Effective –5°Electrical –6°Apparent +1°Effective –5°Electrical –6°The inclinometer reads +1 °(uptilt)Apparent +1°Effective –5°Electrical –6°Apparent +1°Effective –5°Electrical –6°Apparent +1°Effective –5°Electrical –6°The panel antenna has a -6 °built inelectrical downtiltThe resulting beam has a -5 °downtilt
PRELIMINARY6-19BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 6 Installation6.3.8 Antenna OrientationFigure 6-19 Downtilt Adjustment Assembly6.3.8 Antenna OrientationThe magnetic declination, which is the angular difference between observed magnetic north on a compass and geographic (or “true”) north, shifts from year to year. Panel antennas must be oriented appropriately as required by the RF plan. Adjustments that will need to be made are based on the Magnetic Declination Chart (Figure 6-20), which provides values to correct the compass reading and determine the true geographic East. Always check for the latest chart information, which may be found at the following web address: www.thecompassstore.com/decvar.html.Since this is not the year 2000 any more, you will want to check this reference chart to learn how your magnetic declination may have shifted since then. Notice that the map measures annual shifts in minutes. Since it takes 60 minutes to equal 1 degree, if you notice that your location has a declination shift of 5 minutes per year, this means it will be another 12 years before your declination adjustment changes by one whole degree.Downtilt AdjustmentBracket Bolts
PRELIMINARY6-20BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 6 Installation6.4 Power and Ground CablingFigure 6-20 Magnetic Declination Chart – ExampleNote It is better to convert the “true” azimuth (which way the antenna should point in the horizontal plane) as required by the RF Plan to the magnetic value that will be read on the compass before sending the installer to the field. This way the installer will go by the reading on the compass, not having to worry about magnetic declination corrections.6.4 Power and Ground Cabling6.4.1 OverviewThe BS will operate at an input voltage of - 48 V DC, as measured at the input terminals to the BS.General power and grounding information was covered in Chapter 5, “Pre-installation.” Please refer there for information about power and ground cabling.6.4.2 System Ground CablingThe BS must be grounded prior to connecting power.WarningThis equipment must be externally grounded using the supplied ground wire before power is applied. Contact the appropriate electrical inspection authority or an electrician if you are uncertain that suitable grounding is available. Statement 366 Use a compass to determine the magnetic EastUse a Magnetic Declination chart to correct the compass reading and determine the true geographic EastWorld Magnetic Declination Chart - Year 2000Unit:DegreesWorld Magnetic Declination Chart - Year 2000Unit:Degrees
PRELIMINARY6-21BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 6 Installation6.4.2 System Ground CablingWarningRead the installation instructions before connecting the system to the power source. Statement 1004 WarningWhen installing or replacing the unit, the ground connection must always be made first and disconnected last. Statement 1046Note It is strongly recommended that no switch or disconnect device be installed in the ground cabling.In all installations and when powering the BS, you must follow these instructions to properly ground the BS: Step 1 Strip the insulation as required for the grounding lug. Step 2 Use the appropriate crimping tool to crimp the supplied 6-AWG grounding lug to the bare copper ground wire.Step 3 Apply heat shrink to the grounding lug.Step 4 Open the electrical joint compound (supplied), and apply a liberal amount over the metal surface where the grounding connectors are located. Step 5 Connect the ground cable to the BS ground using the supplied nuts with lock washers. Tighten the nuts to 48 in-lbs. (5.4 Nm). Refer to Figure 6-21.Figure 6-21 Ground Cable Installed Step 6 If necessary, strip the other end of the ground wire, and connect it to a reliable earth ground such as a grounding rod or an appropriate grounding point on the pole/mast that is grounded.
PRELIMINARY6-22BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 6 Installation6.4.3 System Power Cabling6.4.2.1 Lightning ProtectionLightning protection information is covered in Chapter 5, “Pre-installation.” Please review that section before continuing with the installation process.6.4.2.1.1 Surge ArrestorsThe BWX 8415 Basestation contains primary lightning protection on the GPS cable and the -48V power cable. A DC primary lightning protector is also recommended at the output of the main power supply.6.4.3 System Power CablingInstall the power cable to the power connectors on the RU. Always refer to the regulatory standards for power and grounding.WarningRead the installation instructions before connecting the system to the power source. Statement 1004 WarningA readily accessible two-poled disconnect device must be incorporated in the fixed wiring. Statement 1022WarningConnect the unit only to DC power source that complies with the safety extra-low voltage (SELV) requirements in IEC 60950 based safety standards. Statement 1033Follow these instructions to properly connect the power cabling to the BS: Step 1 If using insulated 6-AWG or 8-AWG copper wire, strip the insulation as required for the power lugs. Step 2 Use the appropriate crimping tool to crimp the supplied 6-AWG or 8-AWG power lugs to the bare copper wires.Step 3 Apply heat shrink to the power lugs.Step 4 Open the electrical joint compound (supplied), and apply a liberal amount over the metal surface where the power connectors are located. Step 5 Connect the power cable leads (2 RTN and 2 -48V) to the BS using the supplied nuts with lock washers. Tighten the nuts to 48 in-lbs. (5.4 Nm). Refer to Figure 6-22.
PRELIMINARY6-23BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 6 Installation6.5 Fiber-Optic CablingFigure 6-22 Power Cable Leads Installed6.5 Fiber-Optic CablingWarningClass 1 Laser product. Statement 1008General fiber cable information was covered in Chapter 5, “Pre-installation.” Please refer to 5.8 Fiber-optic Cable Selection and 5.11 Confirm AAA, BWG, and Backhaul Network Availability for information about the required fiber-optic cable and the backhaul connectivity.To connect a fiber-optic cable to the access point, follow these steps: Step 1 Ensure that the power source has been disconnected from the BS. Step 2 Attach the Amphenol connector on the fiber-optic cable to the fiber-optic port on the BS and hand tighten.6.6 Complete the BWX 8415 Installation6.6.1 Install the I/O cable CoverPerform the following steps to install the I/O cable cover.Step 1 Install the I/O cable cover over the power, ground, fiber-optic, and GPS cable connections on the BWX 8415. Refer to Figure 6-23.
PRELIMINARY6-24BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 6 Installation6.6.2 Test the Backhaul ConnectionFigure 6-23 I/O Cable Cover Step 2 Tighten the screws on the I/O cover securely to prevent water from leaking into the unit.6.6.2 Test the Backhaul ConnectionIf required in the Responsibility Assignment Matrix (RAM) or project plan, test the backhaul to the customer demarcation point.
PRELIMINARY7-37BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 7 Commissioning7.7 Calibration7.7 Calibration7.7.1 What it Means to CalibratePerforming a calibration on the BS detects the phase differential between the antenna elements and matches the output power across all antenna elements in the BWX 8415 Antenna Unit. On a new installation, the calibration procedure should be performed at least 3 times to verify consistency of the returned values. Ensure that the BS has been powered on, with the Power Amplifiers on, for at least 15 minutes to allow them to warm up and stabilize.Caution Do not attempt to calibrate the basestation while performing a software upgrade or downgrade. Calibrating during an upgrade or downgrade can interfere with the loading of files into system components and may produce faults or other problems.7.7.2 Types of Calibration Assuming the BS has been powered up and left on for at least 15 minutes, and that all alarms have been cleared, you can now run a calibration. There are 2 types of calibration: • Full Calibration • Online CalibrationTypically, only the Full Calibration is done manually by the service provider. For the initial installation, the Full Calibration will be run at least 3 times.Note Cisco recommends that a Full Calibration be performed on each BS, at least once every 4 weeks.When a Full Calibration is invoked, the BS is out of service for about 2 minutes. After installation, commissioning, and acceptance testing, Cisco recommends that a Full Calibration be run every 4 weeks during off hours. During Full Calibration the Digital card pre-calibrates itself and the BS closes any ongoing sessions with modems that are currently registered. The transmit gain in the IF section is adjusted for each of the 8 transmit paths individually so that the level of power delivered at the base of each antenna element is exactly the value specified by the Antenna Power parameter.The receive gain is adjusted for each of the 8 receive paths individually so that when the level of power specified by the Rx Sensitivity parameter is received at the base of each antenna element, it will correspond to the maximum voltage that the card can handle. If the card is unable to adjust either the TX gain or the RX gain for a particular antenna element, both gain values are set to zero (0) and this antenna element is taken out of service.Then, all paths are turned on using the gain settings just determined by the calibration, and the phase and amplitude changes introduced in each sub-carrier between the BS and the base of each antenna path are determined, both in the transmit and receive directions. This is done with power applied to all antenna paths and using the TX and RX gains in the card, as determined in the previous step, in order to achieve the power levels specified by the Antenna Power and Rx Sensitivity parameters.Once the new phase change values are determined, they are compared with previous results kept in the BS’s memory. If there is a large discrepancy with the previous results, an alarm is generated and the BS uses the most likely correct set of values. Otherwise, the new results are sent to the EMS and kept in the BS’s memory for future comparisons.
PRELIMINARY7-38BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 7 Commissioning7.7.3 Calibration ProcedureWhen the BS is calibrated, the measured values are stored in the BS and then reported to the EMS to be stored under Air Interface > Layer 1. The Digital card pre-calibration values are placed in the General tab. The TX and RX gain values are placed in the Antenna Table.7.7.3 Calibration ProcedureBefore you can calibrate, ensure the following requirements are met: • The BS must have been previously added and configured in the EMS database • The BS must be powered up for at least 15 minutes, booted properly, stable (not resetting) and all alarms cleared before running the calibration • Select the BS on the EMS CAM by clicking on the BSNote The BS must be provisioned before you can calibrate. If the BS is not provisioned, refer to 7.6.3 Provision the BWX 8415 Basestation for the steps to perform the provisioning.Step 1 Select Air Interface > Layer 1 > Layer 1 Tables.Step 2 Click on Show Configuration.Step 3 From a terminal emulation program type in the command, caldebugon and hit <Enter> (Figure 7-42).Figure 7-42 Show ConfigurationStep 4 With the Antenna Table tab selected, click on CalibrateStep 5 Select Full Calibration and Calibrate and then click on Yes . Refer to Figure 7-43. bts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Programbts-221 [Active]% caldebugonbts221 [Active]%Make sure you type "caldebugof fwhen you are done with the calibration!!!Terminal Emulation Program
PRELIMINARY7-39BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 7 Commissioning7.7.3 Calibration ProcedureFigure 7-43 Full CalibrationNote If you forgot to provision the BS in the EMS database, you will see the error shown in Figure 7-44. Click on Ok and refer to 7.6.3 Provision the BWX 8415 Basestation.Figure 7-44 Provision ErrorWhen the calibration is complete, the Full Calibration window changes and displays the finish time and the result. Note that the result of “Succeeded” means that the calibration finished, not that the calibration results were successful (Figure 7-45). Step 6 Click on Close to close the Full Calibration windowClick on the “AntennaTa ble”tabClick on “Calibrate”Se lect “ FullCalibration” andclick on “Calibrate”Click on “Yes”Click on the “AntennaTa ble”tabClick on the “AntennaTa ble”tabClick on “Calibrate”Click on “Calibrate”Se lect “ FullCalibration” andclick on “Calibrate”Se lect “ FullCalibration” andclick on “Calibrate”Click on “Yes”Click on “Yes”Click on the “AntennaTa ble”tabClick on “Calibrate”Se lect “ FullCalibration” andclick on “Calibrate”Click on “Yes”Click on the “AntennaTa ble”tabClick on the “AntennaTa ble”tabClick on “Calibrate”Click on “Calibrate”Se lect “ FullCalibration” andclick on “Calibrate”Se lect “ FullCalibration” andclick on “Calibrate”Click on “Yes”Click on “Yes”Click on the “AntennaTa ble”tabClick on “Calibrate”Se lect “ FullCalibration” andclick on “Calibrate”Click on “Yes”Click on the “AntennaTa ble”tabClick on the “AntennaTa ble”tabClick on “Calibrate”Click on “Calibrate”Se lect “ FullCalibration” andclick on “Calibrate”Se lect “ FullCalibration” andclick on “Calibrate”Click on “Yes”Click on “Yes”
PRELIMINARY7-40BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 7 Commissioning7.7.3 Calibration ProcedureFigure 7-45 Calibration ResultsStep 7 Click on Show Configuration to see if the calibration is successful. In the EMS CAM highlight the BS and check the Antenna Table transmit and receive gain values (Figure 7-46). Note A value of zero indicates that a proper value for the gain for that path (either in the TX or Rx direction) could not be found.Figure 7-46 Check Antenna Table ValuesStep 8 Check the calibration results for the Transmit and Receive Gain Values. Note The BS system has a Transmit Gain value range of 1-64 and a Receive Gain value range of either 115-255 or 0-140. When evaluating calibration gain words, it is important to remember that the size of the value does not determine if a problem exists.
PRELIMINARY7-41BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 7 Commissioning7.7.3 Calibration ProcedureTo determine if a problem exists, use the following information: • At the BS console, look at the cal error message. The calibration should pass without any errors. • Look at the Transmit Gain values. They should be relatively close to each other (values: 1 - 64). • Find the median Transmit Gain value. The median is the value that falls in the middle of the lowest to highest values. Example: If you ordered the values 9, 8, 8, 7, 7, 6, 5, 4, 3, 3, 3, 2, 1, 1….the median would be 5 because 5 falls midway from the top or bottom of the ranked values. • Compare all the other Transmit Gain values to the median value. All Transmit Gain values should be within a plus or minus range of 6 units from the median. Therefore, if the median is 50, values from 44 to 56 would be acceptable. • Look at the Receive Gain values. (values: 115 – 255) • Find the median Receive Gain value. • Compare all the Receive Gain values to the median value. All Receive Gain values should be within a plus or minus range of 8 units from the median. Criteria: Transmit Gain Words +/- 6 from the median value Receive Gain Words +/- 8 from the median valueIf this is a new installation (or a problem is found), repeat the calibration procedure (Steps 4-8). This will be the second of three calibrations you will perform. Click on the Configure button for this BS, and a new window appears (Figure 7-47). The main “Show” window still shows the results of the first calibration. The Configuration window shows the values corresponding to the second calibration.Figure 7-47 Second Calibration (if needed)
PRELIMINARY7-42BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 7 Commissioning7.7.3 Calibration ProcedureCompare the values of both calibrations. The corresponding results should be within +/- 3 units. Close the Configuration window, and click on Show Configuration to move the second calibration values into the main window. Next, perform a third calibration (Steps 4-8) and compare the results with the second calibration values. An example of successful calibration results is provided in Figure 7-48. An example of calibration results with errors is shown in Figure 7-49.Figure 7-48 Example – Successful CalibrationData received from Layer1:antenna txGain rxGain0 18 671 15 672 17 633 18 714 15 685 17 706 17 637 16 67carrierId antenna txCalWeightX txCalWeightY rxCalWeightX rxCalWeightY rxSNR txSNR0 0 32.0751 1167.99 8929.38 57776 14.8713 -58.03110 1 -51.7158 1165.44 -17116.8 -56872.4 14.6449 -49.66810 2 712.152 858.821 25107.3 53970 14.9417 -65.67720 3 970.448 649.556 2988.24 -57892.1 14.7349 -60.32160 4 -144.55 1162.05 -31553.2 -48341.8 14.5399 -52.74380 5 -1152.3 188.353 9726.92 58129.3 14.7198 -56.58880 6 671.034 -944.873 16581.7 55125.9 14.4144 -61.57530 7 -1037.14 -522.104 -14678.7 56342.4 14.4625 -59.13021 0 1.413 1165.16 7420.12 58477.6 17.5769 -62.32921 1 -15.6843 1166.71 -14542.4 -56266.7 17.8756 -55.552323 0 13.7061 1155.41 17919.3 56372.723 1 -110.214 1151.74 -23078.1 -53293.623 2 733.771 896.972 26636.7 52430.523 3 980.339 603.351 2003.94 -58427.123 4 -81.1062 1142.55 -32936.2 -48987.923 5 -1150.89 97.7796 8904.14 56862.323 6 678.523 -942.895 14027.6 58078.823 7 -1064.41 -435.91 -13482.4 55363.2TX Syn Gain : 26RX Syn Gain : 579SC Syn Gain : 567SC SYN Level : 8376Cal Error : 0.………………………………………..Data received from Layer1:antenna txGain rxGain0 18 671 15 672 17 633 18 714 15 685 17 706 17 637 16 67carrierId antenna txCalWeightX txCalWeightY rxCalWeightX rxCalWeightY rxSNR txSNR0 0 32.0751 1167.99 8929.38 57776 14.8713 -58.03110 1 -51.7158 1165.44 -17116.8 -56872.4 14.6449 -49.66810 2 712.152 858.821 25107.3 53970 14.9417 -65.67720 3 970.448 649.556 2988.24 -57892.1 14.7349 -60.32160 4 -144.55 1162.05 -31553.2 -48341.8 14.5399 -52.74380 5 -1152.3 188.353 9726.92 58129.3 14.7198 -56.58880 6 671.034 -944.873 16581.7 55125.9 14.4144 -61.57530 7 -1037.14 -522.104 -14678.7 56342.4 14.4625 -59.13021 0 1.413 1165.16 7420.12 58477.6 17.5769 -62.32921 1 -15.6843 1166.71 -14542.4 -56266.7 17.8756 -55.552323 0 13.7061 1155.41 17919.3 56372.723 1 -110.214 1151.74 -23078.1 -53293.623 2 733.771 896.972 26636.7 52430.523 3 980.339 603.351 2003.94 -58427.123 4 -81.1062 1142.55 -32936.2 -48987.923 5 -1150.89 97.7796 8904.14 56862.323 6 678.523 -942.895 14027.6 58078.823 7 -1064.41 -435.91 -13482.4 55363.2TX Syn Gain : 26RX Syn Gain : 579SC Syn Gain : 567SC SYN Level : 8376Cal Error : 0.………………………………………..
PRELIMINARY7-43BWX 8415 Basestation Installation and Commissioning GuideOL-19519-01Chapter 7 Commissioning7.7.3 Calibration ProcedureFigure 7-49 Calibration With Errors Data received from Layer1:antenna txGain rxGain0 18 671 15 672 17 633 18 714 15 685 17 706 17 637 0 0carrierId antenna txCalWeightX txCalWeightY rxCalWeightX rxCalWeightY rxSNR txSNR0 0 32.0751 1167.99 8929.38 57776 14.8713 -58.03110 1 -51.7158 1165.44 -17116.8 -56872.4 14.6449 -49.66810 2 712.152 858.821 25107.3 53970 14.9417 -65.67720 3 970.448 649.556 2988.24 -57892.1 14.7349 -60.32160 4 -144.55 1162.05 -31553.2 -48341.8 14.5399 -52.74380 5 -1152.3 188.353 9726.92 58129.3 14.7198 -56.58880 6 671.034 -944.873 16581.7 55125.9 14.4144 -61.57530 7 0 0 0 0 0 01 0 1.413 1165.16 7420.12 58477.6 17.5769 -62.32921 1 -15.6843 1166.71 -14542.4 -56266.7 17.8756 -55.552323 0 13.7061 1155.41 17919.3 56372.723 1 -110.214 1151.74 -23078.1 -53293.623 2 733.771 896.972 26636.7 52430.523 3 980.339 603.351 2003.94 -58427.123 4 -81.1062 1142.55 -32936.2 -48987.923 5 -1150.89 97.7796 8904.14 56862.323 6 678.523 -942.895 14027.6 58078.823 7 0 0 0 0TX Syn Gain : 26RX Syn Gain : 579SC Syn Gain : 567SC SYN Level : 8376Cal Error : 80008000.………………………………………..Data received from Layer1:antenna txGain rxGain0 18 671 15 672 17 633 18 714 15 685 17 706 17 63carrierId antenna txCalWeightX txCalWeightY rxCalWeightX rxCalWeightY rxSNR txSNR0 0 32.0751 1167.99 8929.38 57776 14.8713 -58.03110 1 -51.7158 1165.44 -17116.8 -56872.4 14.6449 -49.66810 2 712.152 858.821 25107.3 53970 14.9417 -65.67720 3 970.448 649.556 2988.24 -57892.1 14.7349 -60.32160 4 -144.55 1162.05 -31553.2 -48341.8 14.5399 -52.74380 5 -1152.3 188.353 9726.92 58129.3 14.7198 -56.58880 6 671.034 -944.873 16581.7 55125.9 14.4144 -61.57530 7 1 0 1.413 1165.16 7420.12 58477.6 17.5769 -62.32921 1 -15.6843 1166.71 -14542.4 -56266.7 17.8756 -55.552323 0 13.7061 1155.41 17919.3 56372.723 1 -110.214 1151.74 -23078.1 -53293.623 2 733.771 896.972 26636.7 52430.523 3 980.339 603.351 2003.94 -58427.123 4 -81.1062 1142.55 -32936.2 -48987.923 5 -1150.89 97.7796 8904.14 56862.323 6 678.523 -942.895 14027.6 58078.823 7 TX Syn Gain : 26RX Syn Gain : 579SC Syn Gain : 567SC SYN Level : 8376.………………………………………..Antenna Power = 15 Rx Sensitivity = 100 numAntenna = 71st bit = Rx2nd bit = Tx1000 0000 0000 0000 1000 0000 0000 00008 0 0 0 8 0 0 0SNRProblem7654 32107654 3210Tx errorin antennaelement #Rx errorin antennaelement #Rx GainSC GainTx GainPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate levelErrors during offline power Rx RangeTX RangeTemp RangePre-Cal errors - The target value is outside the range of the Synthesizer card1000 0000 0000 0000 1000 0000 0000 00008 0 0 0 8 0 0 0SNRProblem7654 32107654 3210errorin antennaRx errorin antennaelement #Rx GainSC GainTGainPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate leveland gain tuning calibrationRx RangeTX RangeTemp RangePre -Cal errors -the range of the Synthesizer card1000 0000 0000 0000 1000 0000 0000 00001000 0000 0000 0000 1000 0000 0000 00008 0 0 0 8 0 0 08 0 0 0 8 0 0 0SNRProblem:7654 32107654 3210in antennaRx errorin antennaelement #Rx GainSC GainGai nPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate levelRx RangeTX RangeTem p RangePre -Cal errors -the range of the Synthesizer card1st bit = Rx2nd bit = Tx1000 0000 0000 0000 1000 0000 0000 00008 0 0 0 8 0 0 0SNRProblem7654 32107654 3210Tx errorin antennaelement #Rx errorin antennaelement #Rx GainSC GainTx GainPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate levelErrors during offline power Rx RangeTX RangeTemp RangePre-Cal errors - The target value is outside the range of the Synthesizer card1000 0000 0000 0000 1000 0000 0000 00008 0 0 0 8 0 0 0SNRProblem7654 32107654 3210errorin antennaRx errorin antennaelement #Rx GainSC GainTGainPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate leveland gain tuning calibrationRx RangeTX RangeTemp RangePre -Cal errors -the range of the Synthesizer card1000 0000 0000 0000 1000 0000 0000 00001000 0000 0000 0000 1000 0000 0000 00008 0 0 0 8 0 0 08 0 0 0 8 0 0 0SNRProblem:7654 32107654 3210in antennaRx errorin antennaelement #Rx GainSC GainGai nPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate levelRx RangeTX RangeTem p RangePre -Cal errors -the range of the Synthesizer card8 0 0 0 8 0 0 08 0 0 0 8 0 0 0SNRProblem:7654 32107654 3210in antennaRx errorin antennaelement #Rx GainSC GainGai nPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate levelRx RangeTX RangeTem p RangePre -Cal errors -the range of the Synthesizer cardOnly 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are workingOnly 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are workingOnly 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are workingHere is the key to the calibration error Here is the key to interpret the calibration error Here is the key to Here is the key to interpret the calibration error codeHere is the key to the calibration error Here is the key to interpret the calibration error Here is the key to Here is the key to interpret the calibration error codeHere is the key to the calibration error Here is the key to interpret the calibration error Here is the key to Here is the key to interpret the calibration error codeHere is the key to the calibration error Here is the key to interpret the calibration error Here is the key to Both gains and all the phaseshifts for this path are set to zero.Data received from Layer1:antenna txGain rxGain0 18 671 15 672 17 633 18 714 15 685 17 706 17 637 0 0carrierId antenna txCalWeightX txCalWeightY rxCalWeightX rxCalWeightY rxSNR txSNR0 0 32.0751 1167.99 8929.38 57776 14.8713 -58.03110 1 -51.7158 1165.44 -17116.8 -56872.4 14.6449 -49.66810 2 712.152 858.821 25107.3 53970 14.9417 -65.67720 3 970.448 649.556 2988.24 -57892.1 14.7349 -60.32160 4 -144.55 1162.05 -31553.2 -48341.8 14.5399 -52.74380 5 -1152.3 188.353 9726.92 58129.3 14.7198 -56.58880 6 671.034 -944.873 16581.7 55125.9 14.4144 -61.57530 7 0 0 0 0 0 01 0 1.413 1165.16 7420.12 58477.6 17.5769 -62.32921 1 -15.6843 1166.71 -14542.4 -56266.7 17.8756 -55.552323 0 13.7061 1155.41 17919.3 56372.723 1 -110.214 1151.74 -23078.1 -53293.623 2 733.771 896.972 26636.7 52430.523 3 980.339 603.351 2003.94 -58427.123 4 -81.1062 1142.55 -32936.2 -48987.923 5 -1150.89 97.7796 8904.14 56862.323 6 678.523 -942.895 14027.6 58078.823 7 0 0 0 0TX Syn Gain : 26RX Syn Gain : 579SC Syn Gain : 567SC SYN Level : 8376Cal Error : 80008000.………………………………………..Data received from Layer1:antenna txGain rxGain0 18 671 15 672 17 633 18 714 15 685 17 706 17 63carrierId antenna txCalWeightX txCalWeightY rxCalWeightX rxCalWeightY rxSNR txSNR0 0 32.0751 1167.99 8929.38 57776 14.8713 -58.03110 1 -51.7158 1165.44 -17116.8 -56872.4 14.6449 -49.66810 2 712.152 858.821 25107.3 53970 14.9417 -65.67720 3 970.448 649.556 2988.24 -57892.1 14.7349 -60.32160 4 -144.55 1162.05 -31553.2 -48341.8 14.5399 -52.74380 5 -1152.3 188.353 9726.92 58129.3 14.7198 -56.58880 6 671.034 -944.873 16581.7 55125.9 14.4144 -61.57530 7 1 0 1.413 1165.16 7420.12 58477.6 17.5769 -62.32921 1 -15.6843 1166.71 -14542.4 -56266.7 17.8756 -55.552323 0 13.7061 1155.41 17919.3 56372.723 1 -110.214 1151.74 -23078.1 -53293.623 2 733.771 896.972 26636.7 52430.523 3 980.339 603.351 2003.94 -58427.123 4 -81.1062 1142.55 -32936.2 -48987.923 5 -1150.89 97.7796 8904.14 56862.323 6 678.523 -942.895 14027.6 58078.823 7 TX Syn Gain : 26RX Syn Gain : 579SC Syn Gain : 567SC SYN Level : 8376.………………………………………..Antenna Power = 15 Rx Sensitivity = 100 numAntenna = 7Data received from Layer1:antenna txGain rxGain0 18 671 15 672 17 633 18 714 15 685 17 706 17 637 0 0carrierId antenna txCalWeightX txCalWeightY rxCalWeightX rxCalWeightY rxSNR txSNR0 0 32.0751 1167.99 8929.38 57776 14.8713 -58.03110 1 -51.7158 1165.44 -17116.8 -56872.4 14.6449 -49.66810 2 712.152 858.821 25107.3 53970 14.9417 -65.67720 3 970.448 649.556 2988.24 -57892.1 14.7349 -60.32160 4 -144.55 1162.05 -31553.2 -48341.8 14.5399 -52.74380 5 -1152.3 188.353 9726.92 58129.3 14.7198 -56.58880 6 671.034 -944.873 16581.7 55125.9 14.4144 -61.57530 7 0 0 0 0 0 01 0 1.413 1165.16 7420.12 58477.6 17.5769 -62.32921 1 -15.6843 1166.71 -14542.4 -56266.7 17.8756 -55.552323 0 13.7061 1155.41 17919.3 56372.723 1 -110.214 1151.74 -23078.1 -53293.623 2 733.771 896.972 26636.7 52430.523 3 980.339 603.351 2003.94 -58427.123 4 -81.1062 1142.55 -32936.2 -48987.923 5 -1150.89 97.7796 8904.14 56862.323 6 678.523 -942.895 14027.6 58078.823 7 0 0 0 0TX Syn Gain : 26RX Syn Gain : 579SC Syn Gain : 567SC SYN Level : 8376Cal Error : 80008000.………………………………………..Data received from Layer1:antenna txGain rxGain0 18 671 15 672 17 633 18 714 15 685 17 706 17 63carrierId antenna txCalWeightX txCalWeightY rxCalWeightX rxCalWeightY rxSNR txSNR0 0 32.0751 1167.99 8929.38 57776 14.8713 -58.03110 1 -51.7158 1165.44 -17116.8 -56872.4 14.6449 -49.66810 2 712.152 858.821 25107.3 53970 14.9417 -65.67720 3 970.448 649.556 2988.24 -57892.1 14.7349 -60.32160 4 -144.55 1162.05 -31553.2 -48341.8 14.5399 -52.74380 5 -1152.3 188.353 9726.92 58129.3 14.7198 -56.58880 6 671.034 -944.873 16581.7 55125.9 14.4144 -61.57530 7 1 0 1.413 1165.16 7420.12 58477.6 17.5769 -62.32921 1 -15.6843 1166.71 -14542.4 -56266.7 17.8756 -55.552323 0 13.7061 1155.41 17919.3 56372.723 1 -110.214 1151.74 -23078.1 -53293.623 2 733.771 896.972 26636.7 52430.523 3 980.339 603.351 2003.94 -58427.123 4 -81.1062 1142.55 -32936.2 -48987.923 5 -1150.89 97.7796 8904.14 56862.323 6 678.523 -942.895 14027.6 58078.823 7 TX Syn Gain : 26RX Syn Gain : 579SC Syn Gain : 567SC SYN Level : 8376.………………………………………..Antenna Power = 15 Rx Sensitivity = 100 numAntenna = 71st bit = Rx2nd bit = Tx1000 0000 0000 0000 1000 0000 0000 00008 0 0 0 8 0 0 0SNRProblem7654 32107654 3210Tx errorin antennaelement #Rx errorin antennaelement #Rx GainSC GainTx GainPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate levelErrors during offline power Rx RangeTX RangeTemp RangePre-Cal errors - The target value is outside the range of the Synthesizer card1000 0000 0000 0000 1000 0000 0000 00008 0 0 0 8 0 0 0SNRProblem7654 32107654 3210errorin antennaRx errorin antennaelement #Rx GainSC GainTGainPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate leveland gain tuning calibrationRx RangeTX RangeTemp RangePre -Cal errors -the range of the Synthesizer card1000 0000 0000 0000 1000 0000 0000 00001000 0000 0000 0000 1000 0000 0000 00008 0 0 0 8 0 0 08 0 0 0 8 0 0 0SNRProblem:7654 32107654 3210in antennaRx errorin antennaelement #Rx GainSC GainGai nPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate levelRx RangeTX RangeTem p RangePre -Cal errors -the range of the Synthesizer card1st bit = Rx2nd bit = Tx1000 0000 0000 0000 1000 0000 0000 00008 0 0 0 8 0 0 0SNRProblem7654 32107654 3210Tx errorin antennaelement #Rx errorin antennaelement #Rx GainSC GainTx GainPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate levelErrors during offline power Rx RangeTX RangeTemp RangePre-Cal errors - The target value is outside the range of the Synthesizer card1000 0000 0000 0000 1000 0000 0000 00008 0 0 0 8 0 0 0SNRProblem7654 32107654 3210errorin antennaRx errorin antennaelement #Rx GainSC GainTGainPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate leveland gain tuning calibrationRx RangeTX RangeTemp RangePre -Cal errors -the range of the Synthesizer card1000 0000 0000 0000 1000 0000 0000 00001000 0000 0000 0000 1000 0000 0000 00008 0 0 0 8 0 0 08 0 0 0 8 0 0 0SNRProblem:7654 32107654 3210in antennaRx errorin antennaelement #Rx GainSC GainGai nPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate levelRx RangeTX RangeTem p RangePre -Cal errors -the range of the Synthesizer card8 0 0 0 8 0 0 08 0 0 0 8 0 0 0SNRProblem:7654 32107654 3210in antennaRx errorin antennaelement #Rx GainSC GainGai nPre-Cal errors - A power or gain setting could not be found that would set the signal at the appropriate levelRx RangeTX RangeTem p RangePre -Cal errors -the range of the Synthesizer cardOnly 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are workingOnly 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are workingOnly 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are workingOnly 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are workingOnly 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are workingOnly 7 out of 8 antenna elements are Only 7 out of 8 antenna elements are workingHere is the key to the calibration error Here is the key to interpret the calibration error Here is the key to Here is the key to interpret the calibration error codeHere is the key to the calibration error Here is the key to interpret the calibration error Here is the key to Here is the key to interpret the calibration error codeHere is the key to the calibration error Here is the key to interpret the calibration error Here is the key to Here is the key to interpret the calibration error codeHere is the key to the calibration error Here is the key to interpret the calibration error Here is the key to Here is the key to interpret the calibration error codeHere is the key to the calibration error Here is the key to interpret the calibration error Here is the key to Here is the key to interpret the calibration error codeHere is the key to the calibration error Here is the key to interpret the calibration error Here is the key to Both gains and all the phaseshifts for this path are set to zero.Here is the key to the calibration error Here is the key to interpret the calibration error Here is the key to Here is the key to interpret the calibration error codeHere is the key to the calibration error Here is the key to interpret the calibration error Here is the key to Both gains and all the phaseshifts for this path are set to zero.

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