BQI00DR-10000Network Access Points

FCC ID: BQI00DR-10000

FCC ID: BQI00DR-10000 FCC ID: BQI00DR-10000

FCC ID: BQI00DR-10000 SECTION 6 PHOTOGRAPHS FCC ID: BQI00DR-10000 PHOTOS OF THE TESTED EUT The following photos are attached: Photo 1. EUT, Front View Photo 2. EUT, Rear View Photo 3. EUT, Top View, Cover Opened Photo 4. EUT, Top View, Cover Opened, Transceivers Removed Photo 5. EUT, Bottom View, Cover Opened Photo 6. EUT, Transceiver Module, Top View Photo 7. EUT, Transceiver Module, Bottom View Photo 8. EUT, Internal View of Shield Cover Photo 9. EUT, Top View of Transceiver Board Photo 10. EUT, Bottom View of Transceiver Board Photo 11. Patch Antenna, Top View Photo 12. Patch Antenna, Bottom View Photo 13. Whip Antenna FCC ID: BQI00DR-10000 Photo 1. EUT, Front View FCC ID: BQI00DR-10000 Photo 2. EUT, Rear View

SECTION 3 LABELING INFORMATION FCC ID: BQI00DR-10000

FCC ID: BQI00DR-10000 Photo 3. EUT, Top View, Cover Opened FCC ID: BQI00DR-10000 Photo 4. EUT, Top View, Cover Opened, Transceivers Removed FCC ID: BQI00DR-10000 Photo 5. EUT, Bottom View, Cover Opened FCC ID: BQI00DR-10000 Photo 6. EUT, Transceiver Module, Top View FCC ID: BQI00DR-10000 Photo 7. EUT, Transceiver Module, Bottom View FCC ID: BQI00DR-10000 Photo 8. EUT, Internal View of Shield Cover FCC ID: BQI00DR-10000 Photo 9. EUT, Top View of Transceiver Board FCC ID: BQI00DR-10000 Photo 10. EUT, Bottom View of Transceiver Board FCC ID: BQI00DR-10000 Photo 11. Patch Antenna, Top View FCC ID: BQI00DR-10000 Photo 12. Patch Antenna, Bottom View FCC ID: BQI00DR-10000 Photo 13. Whip Antenna

FCC ID: BQI00DR-10000 Antenna Description (47 CFR 15.203) An intentional radiator shall be designed to ensure that no antenna other than that furnished by the responsible party shall be used with the device. The use of a permanently attached antenna or of an antenna that uses a unique coupling to the intentional radiator shall be considered sufficient to comply with the provisions of this section. The Model DR-10000 may be used with the following antennas. MANUFACTURERMODELTYPECONNECTORGAIN dBi CushcraftSL6081P48SMMPatchSMA+2 Nearson Inc.P-24A48GMonopole*SMA0 *For antenna specifications, please see the following pages. The EUT and antenna incorporate standard SMA connectors. Due to the type of installation, this unit will only be professionally installed. The DR-10000 has been designed exclusively for VitalCom, Inc. VitalCom, Inc. designs and markets medical monitoring equipment to be used in hospital environments and is the only marketer of this product and is the sole installer. The units will not be marketed to the general public. The DR-10000 are to be installed in the hallway ceilings of hospitals. These units will receive monitoring data from similar radios (FCC ID: BQI OODT-4500) that are attached to patients in the hospital. The system is very complicated and expensive (generally greater than $100k for a complete installation) and relies on professional installation and upkeep. Trained VitalCom, Inc. personnel will be installing these units and will be solely responsible for their operation. FCC ID: BQI00DR-10000 FCC ID: BQI00DR-10000 Frequency Range of Fundamental(s) (47 CFR 15.242(b)) Under all conditions of operation, the fundamental emissions shall be contained within a single television broadcast channel and lie wholly within the frequency range of 174-216 MHz and 470-668 MHz. The EUT is designed to operate within TV channel 37 on the following frequency list: FCC ID: BQI00DR-10000 Field Strength of Fundamental Emission (47 CFR 15.242(c)) Measurements were made using a peak detector. Field strength of the peak fundamental emission is shown in Tables 3a through 3c and Figures 3a through 3c. Both Radios were checked (one radio with patch antennas and the other with monopoles). Only the worse case results are shown for each low, middle, and high transmit channel. FCC ID: BQI00DR-10000 TABLE 3a FIELD STRENGTH OF FUNDAMENTAL EMISSION Test Date:June 25, 2000 UST Project:00-0243 Customer:VitalCom, Inc. Model:DR-10000 Peak Measurement (Low Channel) Highest Emission measured from Patch Antenna, RFA1 Port FREQ. (MHz) TEST DATA (dBm) @ 3m ANTENNA FACTOR + CABLE ATTENUATION RESULTS (uV/m) @ 3m QP FCC LIMITS (uV/m) @ 3m 608.695-34.125.179,195200,000 SAMPLE CALCULATIONS: RESULTS uV/m @ 3m = Antilog ((-34.1 + 25.1 + 107)/20) = 79,195 CONVERSION FROM dBm TO dBuV = 107 dB Test Results Reviewed By: Name: Tim R. Johnson FCC ID: BQI00DR-10000 TABLE 3b FIELD STRENGTH OF FUNDAMENTAL EMISSION Test Date:June 26, 2000 UST Project:00-0243 Customer:VitalCom, Inc. Model:DR-10000 Peak Measurement (Middle Channel) Highest Emission measured from Omni Antenna, RFB1 Port FREQ. (MHz) TEST DATA (dBm) @ 3m* ANTENNA FACTOR + CABLE ATTENUATION RESULTS (uV/m) @ 3m AVERAGE FCC LIMITS (uV/m) @ 3m 610.745-32.525.195,663200,000 SAMPLE CALCULATIONS: RESULTS uV/m @ 3m = Antilog ((-32.5 + 25.1 + 107)/20) = 95,663 CONVERSION FROM dBm TO dBuV = 107 dB Test Results Reviewed By: Name: Tim R. Johnson FCC ID: BQI00DR-10000 TABLE 3c FIELD STRENGTH OF FUNDAMENTAL EMISSION Test Date:June 26, 2000 UST Project:00-0243 Customer:VitalCom, Inc. Model:DR-10000 Peak Measurement (High Channel) Highest Emission measured from Omni Antenna, RFB1 Port FREQ. (MHz) TEST DATA (dBm) @ 3m* ANTENNA FACTOR + CABLE ATTENUATION RESULTS (uV/m) @ 3m AVERAGE FCC LIMITS (uV/m) @ 3m 612.805-35.425.268,834200,000 SAMPLE CALCULATIONS: RESULTS uV/m @ 3m = Antilog ((-35.4 + 25.2 + 107)/20) = 68,834 CONVERSION FROM dBm TO dBuV = 107 dB Test Results Reviewed By: Name: Tim R. Johnson FCC ID: BQI00DR-10000 FIGURE 3a FIELD STRENGTH OF FUNDAMENTAL EMISSION 15.242(c) - LOW CHANNEL FCC ID: BQI00DR-10000 FIGURE 3b FIELD STRENGTH OF FUNDAMENTAL EMISSION 15.242(c) - MIDDLE CHANNEL FCC ID: BQI00DR-10000 FIGURE 3c FIELD STRENGTH OF FUNDAMENTAL EMISSION 15.242(c) - HIGH CHANNEL FCC ID: BQI00DR-10000 Field Strength Of Spurious Emissions (47 CFR 15.242(c)) Measurements were made using a peak detector. Field strength of Spurious Emissions are shown in Tables 4a through 4b and Figures 4a through 4d. For comparison to the average limits, duty cycle corrections were made as shown below. Any emission less than 1000 MHz and falling within the restricted bands of 15.205 were not adjusted for averaging and the limits of 15.209 were applied. Both Radios were checked (one radio with patch antennas and the other with monopoles). The results from each radio were similar, but preliminary data showed that the Radio with the monopole antennas to be worse case. Therefore all results shown are for the radio configured with the monopole antennas (for a low and high channel). Duty Cycle Correction During 100 msec: The system is designed that the system hops at 35 msec per channel. The system will only be on one channel in any 100 msec period of time. During this 35 msec per channel, each transmitter is allotted only a small duration of this period (5 msec max). Therefore the worse case duty cycle is: Duty Cycle Correction = 20 log (0.05) = -26.0 dB FCC ID: BQI00DR-10000 TABLE 5a FIELD STRENGTH OF SPURIOUS EMISSIONS Test Date:July 23, 2000 UST Project:00-0243 Customer:VitalCom, Inc. Model:DR-10000 Peak Measurements (Low Channel) FREQ. (MHz.) TEST DATA (dBm) @ 1m ANTENNA FACTOR + CABLE ATTENUATION RESULTS (uV/m) @ 3m PEAK FCC LIMITS (uV/m) @ 3m 1.148-66.928.4887.25000 1.215-65.9 28.7 1030.45000 Peak Measurements (High Channel) FREQ. (MHz.) TEST DATA (dBm) @ 1m ANTENNA FACTOR + CABLE ATTENUATION RESULTS (uV/m) @ 3m PEAK FCC LIMITS (uV/m) @ 3m 1.153-66.928.4887.25000 1.226-64.1 28.7 1267.75000 * …

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