DragonVVave # April 8, 2014

EFTA01919851 Dataset 10 7 pages Download original PDF Download as text
DragonVVave # April 8, 2014 SBAIBIT GN Little St James Disclaimer: DragonWave is using electronic tools to calculate electronic line of sight. This is intended for preliminary network analysis purposes only. ALL LINKS REVIEWED IN THIS PACKAGE SHOULD HAVE FIELD LOS VERIFICATION PRIOR TO INSTALLATION. Page 1 of 7 EFTA_R1_00362442 EFTA01919851 DragonWave . April 8, 2014 600 : 500 _ "a- 400 c 0 300 : 100 0 0 0.05 0.10 0.15 0.20 0.25 0.30 0.35 0.40 Path length (0.43 mi) VINGN Frequency (MHz) = 22300.0 SBA/BIT Latitude 18 19 24.00 N K = 1.33, 0.60 Latitude 18 19 42.00 N Longitude 064 51 19.00 W %F1 = 100.00, 60.00 Longitude 064 51 33.00 W Azimuth 323.40° Azimuth 143.39° Elevation 22 ft ASL Elevation 525 ft ASL Antenna CL 30.0 ft AGL Antenna CL 40.0 ft AGL Disclaimer: DragonWave is using electronic tools to calculate electronic line of sight. This is intended for preliminary network analysis purposes only. ALL LINKS REVIEWED IN THIS PACKAGE SHOULD HAVE FIELD LOS VERIFICATION PRIOR TO INSTALLATION. Page 2 of 7 EFTA_R1_00362443 EFTA01919852 ))) Drive * April 8, 2014 Transmission details (VINGN-SBABIT.p15) VINGN SBA/BIT Latitude 18 19 24.00 N 18 19 42.00 N Longitude 064 51 19.00 W 064 51 33.00 W True azimuth (`) 323.40 143.39 Vertical angle (`) 12.78 -12.78 Elevation (ft) 22.45 525.39 Tower height (ft) 30.00 40.00 Antenna model VHLP1-23 (TR) VHLP1-23 (TR) Antenna file name a-ant-23g-12-c-a a-ant-23g-12-c-a Antenna gain (dBi) 35.30 35.30 Antenna diameter (ft) 0.98 0.98 Antenna 3 dB beamwidth H (c) 3.00 3.00 Antenna 3 dB beamwidth E (`) 3.00 3.00 Antenna height (ft) 30.00 40.00 TX loss (dB) 0.00 0.00 RX loss (dB) 0.00 0.00 Frequency (MHz) 22300.00 Polarization Path length (mi) Free space loss (dB) Atmospheric absorption loss (dB) Field margin (dB) Vertical 0.44 116.42 0.13 1.00 Net path loss (dB) 46.95 46.95 Configuration 1+0 1+0 Radio model 23HY50EFC154v02 23HY50EFC154v02 Radio file name 23hy50efc154v02 23hy50efc154v02 TX power (watts) 0.20 0.20 TX power (dBm) 23.00 23.00 EIRP (dBm) 58.30 58.30 RX threshold criteria 1E-6 BER 1E-6 BER RX threshold level (dBm) -75.80 -75.80 Maximum receive signal (dBm) -16.80 -16.80 Receive signal (dBm) -23.95 -23.95 Thermal fade margin (dB) 51.85 51.85 Dispersive fade margin (dB) 38.70 38.70 Disclaimer: DragonWave is using electronic tools to calculate electronic line of sight. This is intended for preliminary network analysis purposes only. ALL LINKS REVIEWED IN THIS PACKAGE SHOULD HAVE FIELD LOS VERIFICATION PRIOR TO INSTALLATION. Page 3 of 7 EFTA_R1_00362444 EFTA01919853 DragonWave . April 8, 2014 VINGN i SBA/BIT Dispersive fade occurrence factor 1.00 Effective fade margin (dB) 38.491 38.49 Geoclimatic factor 1.665E-005 Path inclination (mr) Fade occurrence factor (Po) 223.01 2.264E-009 Worst month multipath availability (%) 100.00000 100.00000 Annual multipath availability (%) 100.00000 100.00000 Polarization Vertical Flat fade margin - rain (dB) Rain attenuation (dB) Annual rain availability (%) 51.85 51.85 100.00000 Annual rain + multipath availability (%) Annual rain + multipath unavailability (min) 100.00000 0.00 Multipath fading method - Rec. ITU-R P.530-13 Rain fading method - Rec. ITU-R P.530-8 and later (R837-5) Disclaimer: DragonWave is using electronic tools to calculate electronic line of sight. This is intended for preliminary network analysis purposes only. ALL LINKS REVIEWED IN THIS PACKAGE SHOULD HAVE FIELD LOS VERIFICATION PRIOR TO INSTALLATION. Page 4 of 7 EFTA_R1_00362445 EFTA01919854 DragonWave . April 8, 2014 650 550 - 450 - S 350 - 0.@250 Lir; 150 50 50 III 0 0.2 0.4 0 6 0.8 Little St James Latitude 18 17 59.00 N Longitude 064 49 35.00 W Azimuth 312.43° Elevation 138 ft ASL Antenna CL 50.0 ft AGL 1.0 1.2 1.4 1.6 1.8 2.0 2.2 2.4 2.6 2.8 Path length (2.92 mi) Frequency (MHz) = 22300.0 K = 1.33, 0.60 %F1 = 100.00, 60.00 SBA/BIT Latitude 18 19 42.00 N Longitude 064 51 33.00 W Azimuth 132.42° Elevation 525 ft ASL Antenna CL 40.0 ft AGL Disclaimer: DragonWave is using electronic tools to calculate electronic line of sight. This is intended for preliminary network analysis purposes only. ALL LINKS REVIEWED IN THIS PACKAGE SHOULD HAVE FIELD LOS VERIFICATION PRIOR TO INSTALLATION. Page 5 of 7 EFTA_R1_00362446 EFTA01919855 ))) Drive * April 8, 2014 Transmission details (Little St James-SBABIT.pl5) Little St James SBA/BIT Latitude 18 17 59.00 N 18 19 42.00 N Longitude 064 49 35.00 W 064 51 33.00 W True azimuth (`) 312.43 132.42 Vertical angle (`) 1.39 -1.42 Elevation (ft) 138.32 525.39 Tower height (ft) 50.00 40.00 Antenna model VHLP1-23 (TR) VHLP1-23 (TR) Antenna file name a-ant-23g-12-c-a a-ant-23g-12-c-a Antenna gain (dBi) 35.30 35.30 Antenna diameter (ft) 0.98 0.98 Antenna 3 dB beamwidth H (c) 3.00 3.00 Antenna 3 dB beamwidth E (`) 3.00 3.00 Antenna height (ft) 50.00 40.00 TX loss (dB) 0.00 0.00 RX loss (dB) 0.00 0.00 Frequency (MHz) 22300.00 Polarization Path length (mi) Free space loss (dB) Atmospheric absorption loss (dB) Field margin (dB) Vertical 2.92 132.87 0.89 1.00 Net path loss (dB) 64.16 64.16 Configuration 1+0 1+0 Radio model 23HY50EFC154v02 23HY50EFC154v02 Radio file name 23hy50efc154v02 23hy50efc154v02 TX power (watts) 0.20 0.20 TX power (dBm) 23.00 23.00 EIRP (dBm) 58.30 58.30 RX threshold criteria 1E-6 BER 1E-6 BER RX threshold level (dBm) -75.80 -75.80 Maximum receive signal (dBm) -16.80 -16.80 Receive signal (dBm) -41.16 -41.16 Thermal fade margin (dB) 34.64 34.64 Dispersive fade margin (dB) 38.70 38.70 Disclaimer: DragonWave is using electronic tools to calculate electronic line of sight. This is intended for preliminary network analysis purposes only. ALL LINKS REVIEWED IN THIS PACKAGE SHOULD HAVE FIELD LOS VERIFICATION PRIOR TO INSTALLATION. Page 6 of 7 EFTA_R1_00362447 EFTA01919856 DragonWave . April 8, 2014 Little St James SBA/BIT Dispersive fade occurrence factor 1.00 Effective fade margin (dB) 33.20 33.20 Geoclimatic factor 1.636E-005 Path inclination (mr) Fade occurrence factor (Po) 24.48 1.214E-005 Worst month multipath availability (%) 100.00000 100.00000 Annual multipath availability (%) 100.00000 100.00000 Polarization Vertical Flat fade margin - rain (dB) Rain attenuation (dB) Annual rain availability (%) 34.64 34.64 99.99551 Annual rain + multipath availability (%) Annual rain + multipath unavailability (min) 99.99551 23.59 Multipath fading method - Rec. ITU-R P.530-13 Rain fading method - Rec. ITU-R P.530-8 and later (R837-5) Disclaimer: DragonWave is using electronic tools to calculate electronic line of sight. This is intended for preliminary network analysis purposes only. ALL LINKS REVIEWED IN THIS PACKAGE SHOULD HAVE FIELD LOS VERIFICATION PRIOR TO INSTALLATION. Page 7 of 7 EFTA_R1_00362448 EFTA01919857

📷 Images in this document (7 detected; 6 largest described)

AI-generated factual descriptions of embedded images (llava:13b). These are searchable across the corpus.

[Image 1] The image shows a table with various data points, likely from a technical report or a study. The table is titled "Data Analysis Results" and includes columns with headings such as "Test Condition," "Life Cycle," "Temperature," "Voltage," and "Current." The data points are numerical values, indicating measurements or calculations related to a specific test or study. The document appears to be a for [Image 2] The image shows a document with a table of data. The table has columns with headings such as "Device," "Type," "Power Consumption," "Power Source," "Power Source," "Power Source," "Power Source," and "Power Source." There are rows of data with numbers and percentages, indicating some sort of energy consumption or power usage for various devices or systems. The document appears to be a report or a [Image 3] The image shows a graph with a series of lines and curves, which appears to be a scientific or technical document. The graph includes a title, axes with numerical values, and annotations that likely describe the data represented. There are no visible names, dates, places, or logos that can be discerned from this image. The document type is not clearly identifiable from the image provided. [Image 4] The image appears to be a scanned document, possibly a financial or business report. It contains a table with various columns and rows of numerical data. The visible text includes a header, a date in the upper right corner, and a footer with a page number. The document includes numerical values and percentages, which are likely related to financial data such as income, expenses, or profit margins. [Image 5] The image shows a document with a table of financial data. The table includes columns for "Description," "Amount," and "Percentage." There are entries for different expense categories such as "Wood," "Waste," "Water," "Wastewater," "Wood," "Waste," "Water," "Wastewater," "Wood," "Waste," "Water," "Wastewater," "Wood," "Waste," "Water," "Wastewater," "Wood," "Waste," "Water," "Wastewater," "Wood," [Image 6] The image shows a graph with a line that appears to be a plot of some sort of data over time. The graph has a title at the top, but the text is too small to read clearly. There are labels on the axes, but again, the text is too small to discern the exact details. The graph includes a legend or key, but the text is too small to read. The data points are plotted with a line that suggests some sort o