Coverage Enhancement Bird Service Center

Transcription

1 Coverage Enhancement

2 Coverage Enhancement COVERAGE AND CAPACITY PROBLEMS in buildings, tunnels, parking garages, and disadvantaged outside areas can be solved with Bird s end to end DAS products and services. PG LMR SIGNAL BOOSTERS & CELLULAR REPEATERS When a direct basestation feed is not available, LMR signal booster and cellular repeaters can be used to amplify low level signals off the air and drive a passive antenna network or our Fiber DAS. Coverage Enhancement PG DAS REMOTES Ideal for either indoor or outdoor use, boasting output powers up to 20W per band and the best noise figure in the industry. PG DAS COMPONENTS Help distribute signals efficiently throughout venues without creating intermodulation products. Despite their small form factor they can handle high RF power levels while minimizing interference. PG DAS HEAD END Provides components for signal leveling, combining of signals, fiber optic interface, as well as control and monitoring, all in a 19 rack mountable frame. Complete modularity allows the system to be easily re-sectorized or upgraded with new operators or sectors PG. 30 DAS SERVICES All the pre-sale and post-sale services needed to provide a complete coverage solution

3 LMR Signal Booster Application System Design Questionnaire LMR Signal Booster Application System Design Questionnaire LMR SB Application System Design INITIAL REQUEST DATE: Company: Project Name: Address: Contact Person: Phone #: SECTIONS 1 & 2, WITH *, ARE REQUIRED INFORMATION CRITICAL TO THE DESIGN OF THE BOOSTER. 1. * Frequency: (if need more room, please attach a separate frequency list) DOWNLINK FREQS (BASE TO PORTABLE) UPLINK FREQS (PORTABLE TO BASE) INTERFERENCE FREQS AMPLITUDE of INTERFERENCE 3. Special/optional features (if left blank, we will provide standard configuration with the lowest cost) a. Power supply (default choice is 110VAC) b. Need NFPA Compliant features - (Yes or No) c. Need Battery backup (please describe the exact requirement) d. Enclosure preference (default choice is grey painted steel NEMA4) e. Alarm/monitoring system (default choice is Form C contact) 4. Additional information (important for digital channel-selective booster application) a. What type of modulation is the signal? Is it Simulcast? b. What is the modulation BW of the signal (6.25 khz, 12.5 khz, 25 khz)? c. What type of Channel Access method is the signal (TDMA or CDMA)? 5. DAS Design: if you need help designing the DAS system, please answer the following: a. Radiating cable, distributed antennas, or need recommendation from us? LMR SB Application System Design b. Make and model of cable you plan to use c. Please provide blueprints of floor layout including dimensions, and indicate: i. Which floors require coverage ii. Preferred location of the signal booster iii. Location of rooftop donor antenna iv. Location of risers to run cable between floors For RF congested locations where interference is expected, it is recommended to have a detailed site survey including spectral analysis of the RF environment. These services can be provided by BTG s Field Service group or other qualified organization. If such surveys and tests are not performed, the booster design will be based solely on the information provided by the customer in this document. v. Any known problem areas such as clean rooms, x-ray labs, and etc. vi. Any additional comment related to the DAS 2. * Desired booster gain: db (Typical booster can achieve gain up to 80 db). 6. Business information: If you need help to determine the necessary gain, please provide the following info: a. When do you need the quote by? a. What is the distance from the donor to the booster site? miles (Typical quote turn-around time is 1 week after we receive the completed questionnaire.) b. What is the expected order date? b. What is the donor (base/repeater station) output power ERP (out of the Tx antenna)? dbm or W c. What is the expected installation date? c. Is the signal path from the base station antenna to the site antenna restricted or clear? (If the path is restricted, a received signal strength measurement at the proposed booster site antenna location is desirable in order to determine path loss) Additional comments on the application: d. What is the incoming signal level from the donor to the roof-top antenna at the booster site? dbm

4 Legacy VHF Series Enterprise SBI Series LMR Signal Boosters Legacy VHF Signal Booster Series accommodates most Public Safety and commercial applications in the MHz range. Taking a modular approach, configured systems are easily accommodated by the proper selection of standard amplifier and filter blocks to meet the requirement. Output Level Control (OLC) effectively reduces the gain when input signal levels become too great. This standard feature insures that the signal booster remains linear and therefore maintains its certified output characteristics. Unique filter solutions enable use of these signal boosters in harsh RF environments. Models 60 Series (1-Way) 61 Series (2-Way) Most VHF Bi-Directional Amplifiers are custom designed to handle specific frequency plans, please contact the factory for assistance. Electrical Specifications Sample Model Number Frequency Range Passband Gain Gain Adjustment 3rd Order Output Intercept Point OLC-XX* MHz 1 MHz nominal +74 db 3 & 6 pads +42 dbm min., with no attenuation RF Sampler PA Output sampler ports Noise Figure without attenuation 6.5 db max The Enterprise Broadband SBI Series provides an exceptional balance of performance and value for extended coverage of radio communications networks. Covers full Public Safety band in accordance with latest FCC configuration code. Models for indoor and outdoor applications. Electrical Specifications Gain Min. Attenuation (db) Gain Flatness (db) 80 +/- 1.5 (Max.) Noise Figure (db) Manual Attenuation Range (db) Gain Adjustment 5 (Max.) 0 to 30 in 2-dB steps Output Composite Power (dbm) Low Power: (Min.) - Uplink, (Min.) - Downlink* High Power A: (Min.) - Uplink, +33 (Min.) - Downlink* High Power B: (Min.) - Uplink, +30 (Min.) - Downlink* 3rd Order Output Intercept Point 2 tones + 22 dbm ea. Low Power: +41 (Min.) - Uplink, +41 (Min.) - Downlink* High Power A: +41 (Min.) - Uplink, +50 (Min.) - Downlink* Input/Output Impedance VSWR IN/OUT 50 ohm 1.5:1 (Max.) Propagation Delay [usec] AC Power Input < VAC. (47-63 Hz) Above 150 V available, Consult factory Unit Power Consumption (AC/DC) 45 watts LMR Signal Boosters OLC-CF-XX* MHz 15 khz (Includes crystal filter) +66 db 3 & 6 pads +42 dbm min., with no attenuation PA Output sampler ports 6.5 db max Mechanical Specifications Impedance VSWR Input/Output connectors RF Sampler Connectors AC Power Input 50 ohm <2.0:1 N (F) BNC (F) VAC Hz 50 ohm <2.0:1 N (F) BNC (F) VAC Hz * XX = Housing Options Unit Power Consumption (AC/DC) 1.0 Amp AC/ 1.0 Amp DC 1.0 Amp AC/ 1.0 Amp DC Paint Dimensions Operating Temperature Range Weight FCC Certification Industry Canada Certification Corrosion Protection, Powder Coat (Taupe) 15.3 x 15.4 x 7.9 (may vary by model) -30 C to +50 C 33 lbs (may vary by model) EZZ5PI API62 Mechanical Specifications Enclosure Dimensions Operating Temperature Range Net Weight FCC Certification G1 = Painted Steel - NEMA 4 G2 = Stainless Steel - NEMA 4X RM = 19 Rack Mount 20 x 16 x 6 (508 x x mm) -30 C to +60 C 50 lbs (22.68 kg.) EZZ5PI Class B Type Booster: Type acceptance under FCC Rules Part 90 *Warning: This is NOT a consumer device. It is designed for installation by FCC LICENSEES and QUALIFIED INSTALLERS. You must have an FCC LICENSE or express consent of an FCC Licensee to operate this device. You MUST register Class B signal boosters (as defined in 47 CRF ) online at Unauthorized use may result in significant forfeiture, including penalties in excess of $100,000 for each continuing violation. *Warning: This is NOT a consumer device. It is designed for installation by FCC LICENSEES and QUALIFIED INSTALLERS. You must have an FCC LICENSE or express consent of an FCC Licensee to operate this device. You MUST register Class B signal boosters (as defined in 47 CRF ) online at Unauthorized use may result in significant forfeiture, including penalties in excess of $100,000 for each continuing violation

5 Enterprise SBI Series Signal Booster II+ Series UHF/700/800 LMR Signal Boosters Please choose a Model Number that meets your needs. LMR 800 MHz* Model Number 62-89C-A10-01-T C-A10-03-T3 LMR 800 MHz* Model Number 62-89A-A18-01-T3*** 62-89A-A18-03-T3*** LMR DUAL BAND 700/800 MHz* Model Number 62-83M-ADB-02-T3 Description / MHz, 74dB, Low Power, 10 MHz / MHz, 74dB, High Power A, 10 MHz Description / MHz, 74dB, Low Power, 18 MHz / MHz, 74dB, High Power A, 18 MHz Description / MHz, / MHz, 74dB, Low Power Signal Booster II+ provides Public Safety grade reliability and coverage in disadvantaged RF locations for First Responders, Public Safety/Governmental agencies and Private System Users. Reliable RF coverage is gained in basements, parking garages, correctional facilities, courthouses, hospitals, malls and schools. Other challenging environments covered by the Signal Booster II+ product include subways and rapid transit systems, airports, stadiums/arenas, high-rise buildings and large private enterprise facilities and campuses. Electrical Specifications Gain (db)* Gain Range (db) to db steps 3rd Order Output Intercept Point +54 dbm minimum, with no attenuation Max. Input Level (dbm) RF Sampler (db) Operating Temp. Range typ. -30 C to +50 C Nominal Impedance 50 ohm, <1.5:1 VSWR Input/ Output connectors RF Sampler Connectors UL Rated AC Power Input N female BNC female VAC; Hz UL Rated DC Power Input Voltage +24 VDC nominal Enclosure IP65 (NEMA 4) Nominal size 700, 800 = 18.1 x 14 x /800 (Dual), UHF = 24 x17.5 x9 LMR Signal Boosters 62-83M-ADB-04-T E-ADB-02-T3*** 62-83E-ADB-04-T3*** Model Number 62-89B-A03-01-T B-A03-03-T / MHz, / MHz, 74dB, High Power B / MHz, / MHz, 74dB, Low Power / MHz, / MHz, 74dB, High Power B NASPAC CHANNELS APPLICATIONS* Description / MHz 74dB, Low Power, 3 MHz / MHz 74dB, High Power A, 3 MHz Net Weight 700, 800 = 45 lbs 700/800(Dual), UHF = 90 lbs Maximum Output Power MHz +32 dbm UL/DL (composite) MHz +33 dbm UL/DL (composite) Propagation Delay Unit Power Consumption (AC/DC) FCC Certification <0.5µs 75W (3 Amps at 24 VDC) UHF = EZZ = EZZ = EZZ25999 UHF, 700, 800 MHz Series Signal Booster II+ Model Selection Guide Industry Canada Certification UHF = 1940A = 1940A = 1940A A-A03-01-T A-A03-03-T / MHz 74dB, Low Power, 3 MHz / MHz 74dB, High Power A, 3 MHz SB I SERIES SIGNAL BOOSTERS CELLULAR A, B, & A/B BANDS** CELLULAR FOR HARSH ENVIRONMENTS** (ALS Feature included) Example: 63-89C-2-A-G-2-N = SignalBooster II+, MHz, 2-Way, 80 Gain, Bandwidth 3.0 MHz, Red NEMA Case, NFPA Product Type Frequency Band Direction Gain (db) Filter Width Enclosure Option 63 = SBII+ 70 = MHz 2 = 2-Way A = 80 Gain B = Bandwidth 0.5 MHz D = Bandwidth 1.0 MHz F = Bandwidth 2.0 MHz 1 = Gray 2 = Red -N = NFPA -D = Dual Port Model Number 62-91A-A11-01-T A-A11-03-T A25-01-T A25-03-T B-A14-01-T B-A14-03-T3 Description / MHz 74dB, Low Power, 11 MHz / MHz 74dB, High Power A, 11 MHz / MHz 74dB, Low Power, 25 MHz / MHz 74dB, High Power A, 25 MHz / MHz 74dB, Low Power, 14 MHz / MHz 74dB, High Power A, 14 MHz *ALS OPTIONS: To add Alarm and Sampler features add-als to the end of the part numbers that don t already have it. Ex A-A TR-ALS **CELLULAR BANDS A= / MHz B= / MHz AB= / MHz Model Number Description 62-91A-A11-01-TR-ALS / MHz, 74dB, Low Power, 11 MHz With Alarm & Sampler 62-91A-A11-03-TR-ALS / MHz, 74dB, High Power A, 11 MHz With Alarm & Sampler A25-01-TR-ALS / MHz, 74dB, Low Power, 25 MHz With Alarm & Sampler A25-03-TR-ALS / MHz, 74dB, High Power A, 25 MHz With Alarm & Sampler 62-91B-A14-01-TR-ALS / MHz, 74dB, Low Power, 14 MHz With Alarm & Sampler 62-91B-A14-03-TR-ALS / MHz, 74dB, High Power A, 14 MHz With Alarm & Sampler 69 = MHz B = Bandwidth 0.5 MHz D = Bandwidth 1.0 MHz 82P = MHz 83B = MHz 89C = MHz 89A = MHz 82R = MHz 83E = MHz P = Bandwidth 12 MHz P = Bandwidth 12 MHz G = Bandwidth 3.0 MHz N = Bandwidth 10 MHz G = Bandwidth 3.0 MHz N = Bandwidth 10 MHz R = Bandwidth 18 MHz PF = Bandwidth 12, 3 MHz PN = Bandwidth 12, 10 MHz PF = Bandwidth 12, 3 MHz PN = Bandwidth 12, 10 MHz PR = Bandwidth 12, 18 MHz *Warning: This is NOT a CONSUMER device. It is designed for installation by FCC Licensees and Qualified Installers. You must have an FCC license or express consent of an FCC Licensee to operate this device. Unauthorized use may result in significant forfeiture penalties, including penalties in excess of $100,000 for each violation

6 Mission Critical SBII Series UHF/900 Mission Critical SBII Series UHF/900 LMR Signal Boosters Mission Critical Reliability for In-building Coverage... The Bird Signal Booster II provides Public Safety grade reliability and coverage in disadvantaged RF locations for First Responders, Public Safety/Governmental agencies and Private System Users. Reliable RF coverage is gained in basements, parking garages, correctional facilities, courthouses, hospitals, malls and schools. Other challenging environments covered by the Signal Booster II product include subways and rapid transit systems, airports, stadiums/arenas, high-rise buildings and large private enterprise facilities and campuses. Whether you are on the front line and depend on a reliable communication system or you are the systems integrator responsible for implementing a dependable system, this new compact design facilitates installation and system optimization for rock solid operation via a simple intuitive web browser interface. Embedded features for ease of initial setup include decoupled test points for signal level detection, menu driven gain setting, front panel LED monitors for amplifier and power status, and an at-a-glance LED bar graph to indicate relative level of Output Level Control (OLC). Additionally, this product offers a unique on-board OLC DataLog feature that archives a User Signal Profile to facilitate optimum system configuration and performance. Electrical Specifications Min. Gain (db)* (depending on model) +45 db +60 db +80 db Gain Adjustment 3rd Order Output Intercept Point +54 dbm minimum, with no attenuation Max. Input Level RF Sampler Operating Temp. Range Nominal Impedance Input/ Output connectors RF Sampler Connectors AC Power Input DC Input Voltage Enclosure Nominal size Please use the Selection Guide below to create the Signal Booster that meets your needs. SBII Selection Guide Example: A0.8-G1-HE NOTE: Not all combinations are valid. If assistance is needed consult with the factory to define the model that is right for you. Standard Dual Band 700/800 and custom models available upon request. Product ID Band Standard or RescueLine Gain (db) Filter Width (Based on Frequency) 61 = Signal Booster II UHF 61 = Signal Booster II = MHz 50 = SBII 2-Way, Standard 60 = SBII 2-Way, RescueLine 62 = SBII 2-Way, RescueLine with SNMP 88 = MHz 50 = SBII 2-Way, Standard 60 = SBII 2-Way, RescueLine 62 = SBII 2-Way, RescueLine with SNMP A = 80 Gain B = 60 Gain C = 45 Gain A = 80 Gain B = 60 Gain C = 45 Gain 0.8 = Bandwidth 0.8 MHz 1.0 = Bandwidth 1.0 MHz 2.0 = Bandwidth 2.0 MHz 3.0 = Bandwidth 3.0 MHz 5.0 = Bandwidth 5.0 MHz 05 = Bandwidth 05 MHz 06 = Bandwidth 06 MHz Enclosure G1 = Gray Painted Steel G2 = Stainless Steel RM = Rack Mount G1 = Gray Painted Steel G2 = Stainless Steel RM = Rack Mount *FCC RULE : The 18 MHz models may not be authorized in your area due to a recent FCC Rule Change. If not authorized in your area, order the 10 MHz models listed above. Options Blank = No Options HE = Fiber Head End: HE RE = Fiber Remote End: RE DP = Dual Port Head End: DP DPR = Dual Port Remote End: DPR Blank = No Options HE = Fiber Head End: HE RE = Fiber Remote End: RE DP = Dual Port Head End: DP DPR = Dual Port Remote End: DPR LMR Signal Boosters Programmable attenuation, 0-30 db, 0.5 db steps 0 dbm PA Output sampler (-30 db) -30 C to +50 C 50 ohm, <1.5:1 VSWR N female BNC female VAC; Hz +24 to +27 VDC Painted Steel NEMA, Stainless Steel NEMA 4X, 19 inch Rack Mount 24 x 24 x 8 Optional Products Battery Backup Unit 6160 Series Provides uninterrupted backup voltage. Backup supply is provided by a pair of high capacity lead acid batteries. Maintain up to 24 hrs of continuous operation. LED status indicators and auxiliary alarm connections for remote monitoring. Voice/Pager Dialer 6150-Page Select 1-3 message repeats. Program up to 4 separate input channels with individually enable/disable. Store up to 8 telephone/pager numbers. Reliable emergency notification 24 hrs a day. Net Weight Maximum Output Power 130 lbs MHz +32 dbm max (single carrier) Noise Figure (without attenuations) MHz: 8 db max for narrow BW 3 db max for wide BW Propagation Delay Unit Power Consumption (AC/DC) FCC Certification MHz: <0.5µs MHz: <150 VA MHz: EZZ5PI Industry Canada Certification MHz: 1940A-PI < 85 lbs MHz +35 dbm max (single carrier) MHz: 6.5 db max for Low Gain (In-Line) & Medium Gain 3.5 db max for High Gain (Head-End) MHz: <0.5µs MHz: <150 VA MHz: EZZ5PI MHz: 1940A-PI *Warning: This is NOT a consumer device. It is designed for installation by FCC LICENSEES and QUALIFIED INSTALLERS. You must have an FCC LICENSE or express consent of an FCC Licensee to operate this device. You MUST register Class B signal boosters (as defined in 47 CRF ) online at Unauthorized use may result in significant forfeiture, including penalties in excess of $100,000 for each continuing violation

7 Mission Critical SBIII Series Mission Critical SBIII Series LMR Signal Boosters Bird s Digital Signal Booster operates in the 700/800 MHz range with 1-60 programmable digital filters for both uplink and downlink. Filter center frequency and characteristics are fully programmable to meet the demands of various systems and signals. Filter bandwidth is user programmable from 6.25 khz to 15 MHz. All state-of-the-art product components are protected by a NEMA 4 style enclosure to meet the demands of the NFPA requirements. Intuitive web browser interface allows booster to be easily configured for changing RF environments. Electrical Specifications Filters 1-30 uplink filters per band 1-30 downlink filters per band Frequency Range 700 Band = , MHz 800 Band = , MHz Filter Bandwidth Programmable standard filters include 12.5 khz, 12.5 khz low delay, 25 khz, 3 MHz, 9 MHz. Other custom filters can be configured by the user or factory to meet specific system requirements. Max. Gain Output Power 95 db High Power +34 dbm Low Power +22 dbm (single carrier) Max. Input Level RF Input/ Output Impedance -20 dbm 50 ohm nominal External RF Connectors N-Female Alarms Form-C Contacts (NO or NC) Control & Monitoring Intuitive web browser interface over an Ethernet connection, local individual module status LED s, SNMP Traps. Power VAC, 50/60 Hz Bird s Digital Signal Booster operates in the UHF frequency band with 1-60 programmable digital filters for both uplink and downlink. Filter center frequency and characteristics are fully programmable to meet the demands of various systems and signals. Filter bandwidth is user programmable from 6.25 khz to 1.5 MHz. All state-of-the-art product components are protected by a NEMA 4 style enclosure to meet the demands of the NFPA requirements. Intuitive web browser interface allows the booster to be easily configured for changing RF environments. Electrical Specifications Filters 1-28 uplink filters per band 1-28 downlink filters per band Frequency Range MHz MHz Filter Bandwidth Programmable standard filters include 12.5 khz, 12.5 khz low delay, 25 khz. Other custom filters can be configured by the user or factory to meet specific system requirements. Max. Gain Output Power 95 db High Power +32 dbm Low Power +22 dbm (single carrier) Max. Input Level RF Input/ Output Impedance -20 dbm 50 ohm nominal External RF Connectors N-Female Alarms Form-C Contacts (NO or NC) Control & Monitoring Intuitive web browser interface over an Ethernet connection, local individual module status LED s. Power VAC, 50/60 Hz and +24 VDC LMR Signal Boosters Mechanical Specifications Operating Temperature Range Enclosure Type Weight FCC Certification** Industry Canada Certification** -30 C to +60 C Modified NEMA 4 w/o Fans 70 lbs. single band 95 lbs. dual band EZZ A-6138 Mechanical Specifications Operating Temperature Range Enclosure Weight FCC Certification** Industry Canada Certification** -30 C to +60 C Modified NEMA 4 w/o Fans 95 lbs. single band EZZ61470 ( MHz) EZZ61470A ( MHz) 1940A ( MHz) 1940A-61470A ( MHz) **Class A Type Booster Equipment Authorization under FCC Rules Part 90, Canada Certification Part RSS-131 Please use the Selection Guide below to create the Signal Booster that meets your needs. SBIII Series Selection Guide Examples: B-AHH-G1A (Single Band) B-AHHH-G1A (Dual Band) NOTE: Not all combinations are valid. If assistance is needed consult with the factory to define the model that is right for you. Product Type 613 = 700/800 Digital Booster Frequency Band Filter Selection Uplink/Downlink (Power or Technology) 83B = MHz 83E = MHz 89A = MHz A = 1 x 14 (700 MHz) or (800 MHz) Filter B = 1 x 30 (700 MHz) or (800 MHz) Filter AA = 1 x 14 (700 MHz) Filter & 1 x 14 (800 MHz) Filter BB = 1 x 30 (700 MHz) Filter & 1 x 30 (800 MHz) Filter AB = 1 x 14 (700 MHz) Filter & 1 x 30 (800 MHz) Filter BA = 1 x 30 (700 MHz) Filter & 1 x 14 (800 MHz) Filter HH = High Power Uplink & Downlink HL = High Power Uplink & Low Power Downlink LH = Low Power Uplink & High Power Downlink LL = Low Power Uplink & Downlink FH = High Power Fiber Remote FL = Low Power Fiber Remote HF = High Power Fiber Head-End LF = Low Power Fiber Head-End Enclosure G1A = Painted Steel Enclosure G2A = Stainless Steel Enclosure Options Blank = No Options N - NFPA/IFC Configuration H - Dual Port (Head End) N - NFPA/IFC Configuration R - Dual Port (Remote End) 1-3 MHz Preselector NPSPAC Pre-Rebanding ( MHz) 2-3 MHz Preselector NPSPAC Post-Rebanding ( MHz) 3-10 MHz Preselector ( MHz) **Class A or B type booster equipment (depending on how it is configured) authorization under FCC Rules Part 90, Canada Certification Part RSS-131 Please use the Selection Guide below to create the Signal Booster that meets your needs. SBIII Series Selection Guide Example: A-HH-G1A= Digital Signal Booster, MHz, 14 Channels, High Power UL / High Power DL, Gray Steel, AC with DC Backup Product Type FR: Frequency Band # Channels Channel Power Enclosure/NFPA 614 = UHF Digital Signal Booster 70 = MHz 70A = MHz A = 14 Channels B = 28 Channels NOTE: If assistance is needed consult with the factory to define the model that is right for you. *Supports 28 filters within a single 3 MHz Bandwidth for either MHz or MHz *Supprots 28 filters within a single 1.5 MHz Bandwidth for MHz HH = High Power UL / High Power DL HL = High Power UL / Low Power DL LH = Low Power UL / High Power DL LL = Low Power UL / Low Power DL G1A = Gray Steel G2A = Stainless N = NFPA/Red Steel *Warning: This is NOT a CONSUMER device. It is designed for installation by FCC LICENSEES and QUALIFIED INSTALLERS. You must have an FCC LICENSE or express consent of an FCC Licensee to operate this device. This booster can be configured as a Class A or a Class B signal booster. If configured as Class B signal booster (as defined in 47 CFR ), you MUST register this signal booster online at signal-boosters/registration. Unauthorized use may result in significant forfeiture penalties, including penalties in excess of $100,000 for each continuing violation

8 Cellular Repeater DxR Series Cellular Repeater DxR Series Cellular Repeaters Bird s cellular repeater platform is a high performance band selective repeater equipped with a linear power amplifier supporting all modulations. With rack mounted, wall mounted, or IP65 class chassis options top performance is guaranteed in almost any environment. General Specifications Max Bandwidth 25 MHz Gain (40-70 DLR) db in 1dB steps Noise Figure <5 db Delay <7 µs Power Supply VAC or VDC Operating Temperature C DHR800 Specifications Power Consumption Dimensions (WxDxH) Weight Enclosure North America Frequencies <130 W 11.8 x5.1 x27.6 (300 x 130 x 700 mm) 26.4 lbs (<12 Kg) IP65 DMR600/DLR600 Specifications Power Consumption <35W Dimensions (WxDxH) 11.8 x2 x8.3 (300 x 50 x 210 mm) Weight 3 lbs (<1.4 Kg) Enclosure IP42 DMR400 Rack Mount Specifications Power Consumption Dimensions (WxDxH) Weight (Module) Weight (Frame) <35 W 19 x 87 x 3U (8 DMRs/Rack) 1.5 lbs (<0.7 Kg) 4.4 lbs (2 Kg) *Note use frame DMF401 & Power Supply DPU301 or DPU302 Model Letter System UL Frequency MHz DL Frequency MHz Pout, DL, dbm (Composite) Please use selection Guide below to create the Cellular Repeater that meets your needs. D - - Examples: DHR8-L11-C20-N High power (33 dbm) IP65 repeater, 700 Lower (15 MHz) duplexed, 850 (25 MHz) un-duplexed, separate ports per band, N connectors DHR8-P21A21-RCGM High power (33 dbm) IP65 repeater, PCS (25 MHz) duplexed, AWS (25 MHz) duplexed, bands combined/diplexed, RGW included with modem connection and GPS connection, Mini DIN (4.3-10) connectors DMR6-A20 Medium Power (25 dbm) wall mount AWS (25 MHz) repeater Product ID Power Level (dbm) D H = High 33 M = Medium 25 L = Low 16 Repeater Family R Enclosure** - Band 1 Freq. 8 = IP65 enclosure 6 = Wall mount vented 4 = Rack card T M B U Q L H F C N D P I A J IF BW (MHz) 1 = 15 2 = 25 First Diplexed group of Frequencies Duplexed 0 = Non-Duplexed 1 = Duplexed Band 2 Freq. T M B U Q L H F C N D P I A J IF BW (MHz) 1 = 15 2 = 25 Duplexed - Band 3 Freq. 0 = Non-Duplexed 1 = Duplexed Second Diplexed group of Frequencies T M B U Q L H F C N D P I A J IF BW (MHz) 1 = 15 2 = 25 Duplexed 0 = Non-Duplexed 1 = Duplexed Cellular Repeaters DHR DMR Standard ** Enclosure (Only IP65 can have multiband) L 700 Lower (DL), 25(UL) 25 FCC/IC H 700 Upper (DL), 25(UL) 25 FCC/IC C Cellular (DL), 25(UL) 25 FCC/IC P PCS (DL), 25(UL) 25 FCC/IC A AWS (DL), 25(UL) 25 FCC/IC - RGW Present Modem Connections Present GPS Connector Present Connectors Additional Options R C G N = N Connectors (default) D = 7/16 DIN M = Mini DIN * European Frequencies Model Letter System UL Frequency MHz DL Frequency MHz Pout, DL, dbm (Composite) DHR DMR DLR Standard T TETRA, Public Safety (DL), 20(UL) ETSI B TETRA, Commercial (DL), 20(UL) ETSI Assumption/Notes: Additional options required denoted by * at end of model number Power levels mentioned are N. American (FCC/ICC) Only IP65 enclosure option can be multiband Tripple band only available on case by case basis RGW, Modem, GPS, and Connector options only valid for IP65 enclosure O TETRA, Commercial (DL), 20(UL) ETSI X CDMA (DL), 25(UL) FCC Y GSM-R (DL), 19(UL) ETSI Z EGSM (DL), 19(UL) ETSI D GSM (DL), 21(UL) ETSI I UMTS (DL), 21(UL) GPP *Warning: This is NOT a consumer device. It is designed for installation by FCC LICENSEES and QUALIFIED INSTALLERS. You must have an FCC LICENSE or express consent of an FCC Licensee to operate this device. Unauthorized use may result in significant forfeiture, including penalties in excess of $100,000 for each continuing violation

9 Gateway DAS Head End Frame The Central Gateway (CGW) enables advanced monitoring and control of several DAS networks securely over VPN tunnels giving a converged interface for all networks an operator or Neutral Host may have connected. Specifications The DAS head end frame hosts BIU, FOI, ICU, repeaters and power supplies. Modules are hot swappable and the configuration is user defined, which allows multiple frequency bands, sectors and RF sources to be contained in a single frame. DAS Head End Max rated power (supply) 250 W Height (rack units) 1 U Size W x H x D 19 x 1 U x 21.7 (482 x 42.8 x 552 mm) Weight 22 lbs (< 10 kg) The Base Station Gateway (BGW) allows control and monitoring of the entire DAS remotely. It serves a web page, supports several VPN tunnels, as well as SNMP Trap alarming. Specifications Support for redundant power supply DC Input Connectors Ethernet Connector Weight (without modules) Operation temperature range Yes Molex 10 pin connector RJ lbs (2.5 kg) 32 to 104 F non condensing (0 to +40 C) Size W x H x D 19 x 3 U x 11.8 (482 x 133 x 300 mm) DAS Head End Number of module slots 16 Model # DMF 401 DAS Head End Power Supply Specifications AC input DPU301 DC input DPU302 Operation temperature range Power Rating Width VAC (50/60 Hz) VDC -13 to 131 F non condensing (-25 to +55 C) 240 W 4 rack slots

10 Base Station Interface Unit Fiber Optic Interface (FOI) DAS Head End The Base Station Interface Unit (BIU) interfaces with the RF source. Each card monitors input signal levels, provides threshold alarms, and has user defined uplink and downlink attenuation. The BIU has two independent RF circuits allowing for MIMO, receive diversity, multiple sectors or dedicated technology paths on each card. General Specifications PARAMETER NOTE STANDARD LOW LEVEL UNIT Recommended RF input level Composite 13 to to +10 dbm Alarm high input level >33 >20 dbm Alarm low input level <13 <-13 dbm Max Gain uplink MHz / MHz 20 / 10 >20 / >10 db Gain downlink -13 >20 db The Fiber Optic Interface (FOI) converts the RF signals into modulated laser light. The unit is ultra-wide band(88 MHz MHz) which allows the handling of multiple bands and operators on a single fiber. General Specifications FOI Types Power Consumption Temperature range DL RF power range Frequency range < 15 W 33 to 133 F (0 to 45 C) -50 to -35 dbm 88 to 2600 MHz DOI301 Non-multiplex 1310 NM TX* DAS Head End Attenuation settings uplink and downlink db Isolation between ports >60 >60 db Isolation between uplink and downlink ports (unduplexed) >70 >70 db BTS RF ports/test ports SMA F SMA F Interconnecting ports QMA F QMA F Power Consumption <15 <15 W Width Card Slots 1 or 2 1 or 2 U Optical ports 2 1 TX & 1 RX Remotes supported 2 Optical link budget 12 dbo Card cage slots 1 DOI302 WDM 1150 nm TX* Optical ports 1 TX/RX Temperature range operational Non-condensing (0-45) (0-45) F ( C) Remotes supported 4 Optical link budget 12 dbo BAND 3GPP Band UPLINK DOWNLINK +33 Input +10 Input +33 Input w/db9 +7 Input w/db9 FM MHz DBI302C DBI402C DBI302 DBI402 VHF MHz MHz DBI312C DBI412C DBI312 DBI412 TETRA MHz MHz DBI301C DBI401C DBI301 DBI401 UHF MHz MHz DBI313C DBI413C DBI313 DBI413 LTE 700 A MHz MHz DBI307C DBI407C DBI307 DBI407 Card cage slots 1 DOI380x CWDM Selectable TX* Optical ports 2 1 TX & 1 RX Remotes supported 4 Optical link budget 12 dbo LTE 700 C MHz MHz DBI304C DBI404C DBI304 DBI404 PS MHz MHz DBI314C DBI414C DBI314 DBI414 DD MHz MHz DBI305C DBI405C DBI305 DBI SMR IDEN MHz MHz DBI303C DBI403C DBI303 DBI Cellular MHz MHz DBI308C DBI408C DBI308 DBI408 GSM-R MHz MHz DBI310C DBI410C DBI310 DBI410 Card cage slots 1 DOI401 WDM 1150 nm TX* Optical ports 4 All TX/RX Remotes supported 4 Optical link budget 7 dbo E-GSM MHz MHz DBI309C DBI409C DBI309 DBI409 DCS MHz MHz DBI318C DBI418C DBI318 DBI418 PCS MHz MHz DBI318C DBI419C DBI318 DBI419 Card cage slots 2 *Optional optical wavelengths offered AWS , MHz MHz DBI321C DBI421C DBI321 DBI421 UMTS MHz MHz DBI320C DBI420C DBI320 DBI420 LTE MHz MHz DBI326C DBI426C DBI326 DBI426 Other Frequency bands available upon request

11 Splitter/Combiner Panel Optical Splitter Panel The Splitter/Combiner Panel is used to interconnect all RF paths in a Fiber-DAS head-end system. The unit consists of four strips of splitter/combiner ports with one common and 8 isolated ports in each strip. Optical splitting options are available to split the optical signal off of the optical splitter panel to several different remote units. DAS Head End The unit is used to interconnect between the base station interface unit and the fiber optic interface and to split the signal on to several fiber-optic interfaces (FOI). Specifications Bandwidth Isolation between ports in same strip > 15 db Isolation between ports in different strip Impedance MHz > 15 db > 50 db 50 Ohm Insertion loss DIU301/DIU302 37/21 db Maximum input RF power Connector type VSWR < 1.25:1 20 dbm QMA Female Where the system optical link budget and available fiber allows, the optical splitter panels can be used to reduce the number of FOI s used in a particular system. Specifications Wavelength Optical Return Loss Connectors Loss 1:2 1:4 Height Width Weight db > 70 db <3.8 dbo <6.8 dbo SC/APC 1 RU 19 Rack mount 6.6 lbs (3kg) DAS Head End Splitters 4 pcs Splitter type 1:8 Weight 2 kg Operation temperature -25 to +55 C Size * Note: DIU302 is for use in back to back configuration (combine - split) Other custom interconnect units available upon request (1:2,1:4, etc.) 1U Model Numbers DOS401 DOS402 DOS404 DOS406 DOS201 1 x 1:4 optical splitters 2 x 1:4 optical splitters 4 x 1:4 optical splitters 6 x 1:4 optical splitters 1 x 1:2 optical splitters DOS202 2 x 1:2 optical splitters DOS204 4 x 1:2 optical splitters DOS208 8 x 1:2 optical splitters

12 DAS Remote Units Series DAS Remote Units Series DAS Remotes Bird remote units are high performing, wideband amplifiers. An industry leader in DAS solutions, the Bird fiber optic system allows controlling a mixture of remote families (DDL, DDR, DDS, DDH and DDU) from a single Master Unit to reduce the head end footprint and maximize usage of the fiber backbone infrastructure. Multiple frequency bands and amplifiers can be contained in a single chassis. Specifications Noise Figure - Typical 3 dbm Hardware delay < 0.5 μs Power Supply - Standard VAC Power Supply - Optional -48 VDC Operating Temperature -13 to +131 F ( C) Housing - DDR/DDS/DDH/DDU/DDX IP65 FREQUENCY BANDS - FCC/IC COMPLIANCE Max Composite (dbm) BAND 3GPP BAND UPLINK DOWNLINK DDL DDR DDS DDH DDU (15MHz BW) FM VHF UHF LTE700 ABC LTE700 UpperC LTE700 Full 12/ PS SMR IDEN CELLULAR PCS AWS , AWS DAS Remotes DDL DDR DDS DDH DDU LTE Q One Band Size inches 15x15x x5.1x x5.1x x5.1x x5.1x27.6 FREQUENCY BANDS - 3GPP/ETSI Compliance Size mm 381x381x89 300x130x x130x x130x x130x700 Estimated Weight (Lbs/Kg) 26.5/12 34/ / / /15.2 Power Consumption - W (Typical) Two Band Size inches 15x15x x5.1x x5.1x x8.6x x8.6x27.6 Size mm 381x381x89 300x130x x130x x220x x220x700 Estimated Weight (Lbs/Kg) 26.5/12 34/ / / /27.2 Power Consumption - W (Typical) Three Band Size inches 15x15x x8.6x x8.6x Size mm 381x381x89 300x220x x220x Estimated Weight (Lbs/Kg) 26.5/12 60/ /27.2 Power Consumption - W (Typical) Four Band Size inches 15x15x x8.6x x8.6x Max Composite (dbm) BAND 3GPP BAND UPLINK DOWNLINK DDR DDH FM TETRA VHF TETRA, Public Safety TETRA, Commercial TETRA, Commercial APT Q DD GSM-R E-GSM GSM UMTS LTE * * Size mm 381x381x89 300x220x x220x Estimated Weight (Lbs/Kg) 26.5/12 60/ /27.2 *Options for enhanced duplexers available when co-located with TDD systems. Power Consumption - W (Typical)

13 DAS Remote Model Number Nomenclature Low PIM Components 698MHz-2.7GHz DAS Remotes Please use selection Guide below to create the DAS Remote that meets your needs. DD - - Examples: DDR4-GCOPA1-AD 4 band, 33 dbm power output per band. Full band 700 combined with Cell 850 non duplexed. PCS combined with AWS duplexed. AC powered, 7/16 DIN, 1310nm uplink. DDR4-GCOPA1-AD-B12-C34-WUBCS 4 band, 33 dbm power output per band. Full band 700 combined with Cell 850 non duplexed. PCS combined with AWS duplexed. AC powered, 7/16 DIN, Bands 1 and 2 (700 and 850) 1290nm uplink, Bands 2 and 3 (PCS & AWS) 1310nm uplink, CWDM, fiber split (3dB) for daisy chained remotes. DDX4-G7-C8-P6A8-DN-A 4 band mixed power output, Full band 700 duplexed 41dBm, Cell 850 non-duplexed 33 dbm, PCS 41dBm and AWS 33dBm combined non-duplexed, 48VDC, N connectors, 1270nm Uplink Product ID DD Sub Family H S R L X - mixed power U # of Bands Diplexed Freq Group 1 - Band 1 Freq. Duplexed & PWR Level for DDX* R - FM Radio V - VHF ( ) T - Tetra ( ) B - Tetra ( / ) 0 - Tetra ( / ) U - UHF ( ) Q MHz T-Band ( ) L - Lower 700 H - Higher 700 G Full band F - PS 700 ( ) FirstNet & NB S SMR J - DD 800 C - Cell 850 N PS Y - GSMR Z - EGSM900 D - DCS (1800) P - PCS I - UMTS (1900/2100) A - AWS (1700/2100) K - AWS & AWS3 E - IMT-E (2600) - AC/DC Connectors WDM Fiber Connectors A - AC D VDC N - N Connector D - 7/16 DIN M - Mini DIN W I - indoor remote Blank - outdoor remote 0 - Non Duplexed 1 - Duplexed 4 - Non Duplexed (DDH) 5 - Duplexed (DDH) 6 - Non Duplexed (DDS) 7 - Duplexed (DDS) 8 - Non Duplexed (DDR) 9 - Duplexed (DDR) - Wavelength FOR1 A nm B C (if ommitted) D E F G H I J K L M N O P FOR1 band Band 2 Freq. R V T B U Q L H G F S C N D P I A E FOR1 band Diplexed Freq Group 2 Duplexed & PWR Level for DDX* Wavelength FOR2 Band 3 Freq. R V T B U Q L H G F S C N D P I A E Diplexed Freq Group 3 Duplexed & PWR Level for DDX* Band 4 Freq. R V T B U Q L H G F S C N D P I A E Diplexed Freq Group 4 Duplexed & PWR Level for DDX* Assumption/Notes: Freq bands diplexed not driven by different FORs All bands driven by an FOR is listed as they appear in model number- ie C123 Last FOR doesn t need to list bands Additional options required denoted by * at end of the model number Model Number Tool Available *Warning: This is NOT a consumer device. It is designed for installation by FCC LICENSEES and QUALIFIED INSTALLERS. You must have an FCC LICENSE or express consent of an FCC Licensee to operate this device. You MUST register Class B signal boosters (as defined in 47 CRF ) online at signal-boosters/registration. Unauthorized use may result in significant forfeiture, including penalties in excess of $100,000 for each continuing violation. A B C D E F G H I J K L M N O P FOR2 band Wavelength FOR3 A B C D E F G H I J K L M N O P To Seperate DDX Diplexed Freq. Groups Optical Split (Daisy Chain) Sx (x = 3, 4.8, 6) if x missing default is 3 db split CWDM WUxxxx WDxxxx X = wavelength Options * 2x2 Hybrid Coupler Specifications Insertion Loss Insertion Loss Coupling Value Frequency Bands 150-DC-FFN-3H 150-DC-FFN-4.8H Return Loss Isolation Power Handling PIM Impedance Operating Temperature Dimensions Connector Finish Frequency Bands 20-DC-FFN DC-FFN DC-FFN DC-FFN-7 20-DC-FFN-6 20-DC-FFN DC-FFN-3 Return Loss 20-DC-FFN DC-FFN DC-FFN DC-FFN-7 20-DC-FFN-6 20-DC-FFN DC-FFN-3 Directivity Power Handling PIM Impedance Operating Temperature Dimensions Connector Finish 698 to 2700 MHz 3.2 ± 0.7 db 2.0 ± 0.7 db (P1 to P4) 5.1 ± 1.3 db (P1 to P3) 19 db min 20 db 150 W -153 dbc (2 43 dbm) 50Ω nominal -20 C ~ +60 C x 42.4 x 27.0 mm N-Female Light Gray Powder Coat Directional Coupler Specifications 698 to 2700 MHz 0.4 db max 0.7 db max 1.0 db max 1.5 db max 1.7 db max 2.7 db max 3.9 db max 20 db min 20 ± 1.2 db max 15 ± 1.2 db max 10 ± 1.0 db max 7 ± 1.0 db max 6 ± 1.0 db max 5.1 ± 1.3 db max 3.2 ± 0.7 db max 18 db min 20 Watts 153 dbc min (2 43 dbm) 50Ω nominal -20 C ~ +60 C Refer to Outline Drawing N-Female Light Gray Powder Coat 2, 3, & 4 Way Power Dividers Specifications Insertion Loss Return Loss Isolation Frequency Bands 200-DD-FFN DD-FFN DD-FFN DD-FFN DD-FFN DD-FFN DD-FFN DD-FFN DD-FFN-4 Power Handling PIM Impedance 698 to 2700 MHz 0.4 db max 0.7 db max 1.0 db max 20 db min 14.0 db min 18.0 db min 20 db min 14.0 db min 18.0 db min 200 Watts 153 dbc min (2 43 dbm) 50Ω nominal Operating Temperature -20 C ~ +60 C Dimensions 200-DD-FFN-2 73 x 65 x 23 mm 200-DD-FFN x 95 x 23 mm 200-DD-FFN x 125 x 23 mm Connector N-Female Finish Light Gray Powder Coat DAS Components

14 Hybrid Directional Couplers Hybrid Directional Couplers DAS Components Hybrid Directional Couplers for power division and signal distribution applications. The broad array of splits facilitates balanced signal distribution in the most comprehensive systems. Additionally, the Tri-Band products allow multi-band signal distribution via a single transmission line where multi-agency communication systems are required. They largely eliminate the near-far problem and maximize the cost-efficiency of the signal boosters. Bi-directional nature of the couplers allows them to be used for two-way communications with minimal loss above the desired coupling value. Electrical Specifications Freqency Range VHF, UHF & 800 MHz Harmonic ( MHz, MHz and MHz) Decoupled Value (db) Thruline Loss (db) Power. Ratio vs Decoupled Ports 5-Watt Load Model No. (2.8 lbs) 25-Watt Load Model No. (3.2 lbs) No Load Model No. (2.6 lbs) -3.0 ± ± %/50% LT -4.8 ± ± %/33% LT -6.0 ± ± %/25% LT -7.0 ± ± %/20% LT Drawings (PG 12 ) FEATURES } Alodine Gold finish. } Silver plated N female connectors with gold plated pins. } Multiple load configurations (no load, 5W, or 25W) available for different power requirements. HYBRID DIRECTIONAL COUPLERS: VHF, UHF, 800 MHz & MHz Drawing 1 DAS Components -10 ± ± %/10% LT %/3% LT %/1% LT %/0.1% LT Drawing 1 Drawing 2 HYBRID DIRECTIONAL COUPLERS: MHz MHz -3.0 ± ± %/50% LT -4.8 ± ± %/33% LT -6.0 ± ± %/25% LT -7.0 ± ± %/20% LT -10 ± ± %/10% LT MHz -3.0 ± ± %/50% LT -4.8 ± ± %/33% LT -6.0 ± ± %/25% LT -7.0 ± ± %/20% LT -10 ± ± %/10% LT Drawing ± %/3% LT ± %/1% LT ± %/0.1% LT Drawing 3 HYBRID DIRECTIONAL COUPLERS: MHz MHz -3.0 ± ± %/50% LT -4.8 ± ± %/33% LT -6.0 ± ± %/25% LT -7.0 ± ± %/20% LT -10 ± ± %/10% LT Drawing %/3% LT %/1% LT %/0.1% LT

15 Crossband Couplers Crossband Couplers DAS Components Crossband Couplers allow multiband operation of tower transmission lines, reducing cost and tower loading. They are for transmit or receive operations with DC pass-thru models for tower mount Rx systems. Models are available for specialized transmit and receive applications. Cascading certain models will allow three frequency bands to use one transmission line. Complete response curves are available on request. Electrical Specifications Model Number Type of Mounting Frequency Bands Coupled (MHz) Weatherproof Tower Mount Base Station Mount Typical Loss (db) Isolation (db) Power Rating Watts Notes FEATURES } Tunable capacitors are replaced with large area transmission line structures for greater reliability. } Cascading certain models will allow three frequency bands to use one transmission line. } Tower mount models consist of the base station unit, less rack bar, in a weatherproof fiberglass housing which is sealed with silicone rubber adhesive. DAS Components Weatherproof Tower Mount Receive Only Weatherproof Tower Mount Receive Only Base Station Mount Receive Only Base Station Mount Weatherproof Tower Mount Base Station Mount Receive Only Weatherproof Tower Mount Receive Only Weatherproof Tower Mount Receive Only 4 Notes: will pass DC power between center conductors of all three terminals for operating separate Tower Mount receive systems. WARNING: Do Not connect a DC grounded antenna directly to this Crossband Coupler if DC power is being passed. 2. DC will pass only between the transmission line terminal and the 800 MHz terminal for operating an 800MHz Receive Tower Mount preamplifier. The UHF branch contains a series high current input capacitor to block DC and pass transmit power. 3. DC power passes through UHF and is blocked from VHF to Antenna terminal 4. DC power passes through UHF and is blocked from 800MHz to Antenna terminal

16 Power Dividers RF Signal Samplers DAS Components Power dividers are grouped into Hybrid/Wilkensen and Stripline/ coaxial designs. Hybrid designs are characterized by port-to-port isolation of 20 db or more and are typically used in receiver multicoupler or low power signal booster applications. Stripline splitters have no port-to-port isolation and are most typically used to feed transmitter power to multiple antennas for phased arrays or similar applications. The models below are characterized by low-loss above the splitting loss and wide bandwidths. N connectors are standard. Electrical Specifications Model Number Frequency Range No. of Outputs X-Way Splitter Power Rating - Input Insertion Loss Ratio of Output-Input Connectors MHz W -3.2 db 50% N (M) MHz 2 Rx only -3.2 db 50% N (F) MHz 4 Rx only -6.4 db 25% N (F) Signal Samplers are non-directional taps for sampling RF signals from a main transmission line, with minimal effect to the power level of the signals on the main line. The sampled port can be connected to a Spectrum Analyzer for analysis and measurement, or connected to a low gain, distribution antenna in Signal Boosters systems to augment communications in buildings and tunnels. We offer a broad range of sampling levels to accommodate a wide variety of applications. Electrical Specifications Model Number Frequency Band Coupling Loss - Thruline-Sampled Power Split Ratio - Thruline-Sampled VSWR Power Connector Input - Thruline-Sampled xx MHz -0.9/-10 db 10/90 % <1.5:1 (<2.0:1 for Sampled Port) 5 W See Connectors xx MHz -0.3/-15 db 3/97 % <1.5:1 10 W See Connectors xx MHz -0.1/-20 db 1/99 % <1.5:1 30 W See Connectors xx MHz -0.1/-30 db 0.1/99.9 % <1.5:1 50 W See Connectors xx MHz -0.1/-50 db 0.001/ % <1.5:1 50 W See Connectors xx MHz -0.9/-10 db 10/90 % <1.5:1 (<2.0:1 for Sampled Port) 5 W See Connectors xx MHz -0.3/-15 db 3/97 % <1.5:1 (<2.0:1 for Sampled Port) 10 W See Connectors xx MHz -0.1/-20 db 1/99 % <1.5:1 30 W See Connectors xx MHz -0.1/-30 db 0.1/99.9 % <1.5:1 50 W See Connectors xx MHz -0.1/-50 db 0.001/ % <1.5:1 50 W See Connectors xx MHz -1/-10 db 10/90 % <1.5:1 (<2.0:1 for Sampled Port) 5 W See Connectors xx MHz -0.3/-15 db 3/97 % <1.5:1 10 W See Connectors xx MHz -0.2/-20 db 1/99 % <1.5:1 30 W See Connectors xx MHz -0.1/-30 db 0.1/99.9 % <1.5:1 50 W See Connectors xx MHz -0.1/-50 db 0.001/ % <1.5:1 50 W See Connectors DAS Components MHz W -3.2 db 50% N (F) MHz W -6.4 db 25% N (F) MHz W -3.2 db 50% N (F) MHz W -6.4 db 25% N (F) MHz 2 Rx Only -3.2 db 50% N (F) MHz 4 RX Only -6.4 db 25% N (F) MHz W -5.1 db 33% N (F) W -3.2 db 50% N (F) MHz W -6.4 db 25% N (F) Example: NOTE: Not all combinations are valid. If assistance is needed consult with the factory to define the model that is right for you. Connectors Matrix 84-FF-DD-XX-Series, Signal Samplers Connector Designator (XX) Input N (Female) N (Female) N (Female) Thruline N (Female) N (Female) N (Male) Sampled N (Female) BNC (Female) BNC (Female)

17 DAS Services Notes DAS Services Providing the world s most reliable DAS systems and components starts with a customer commitment to provide the services and support required around the world. It continues with Bird s commitment to design quality and reliability into every product, component and service we provide by investing in design tools, metrology and quality assurance systems that give our customers the peace of mind that the Bird products will meet their mission today and into the future. Our commitment means helping our customers design and install the right DAS systems by utilizing industry leading tools like ibwave for InBuilding Coverage Systems. It means providing an upgrade path for new frequencies and modulations without the need to tear out the entire installation. Bird recognizes that both commercial wireless systems and public safety communications systems require an always on mentality and a commitment to provide market and product specialists who have the expertise to solve the toughest coverage situations and field problems. We provide our customers with Field Service RF Experts who are able to monitor and troubleshoot the RF environment for wireless communication networks anywhere in the world. Finally, our reliability commitment means providing a network of service centers that can repair Bird products to recognized government and industry standards. Notes } Design Services - For both indoor and outdoor DAS Projects. } Technical Applications - Technical Support as Reliable as Your Bird DAS Products. } Field Services - Field Upgrades to existing DAS Systems, Coverage Site Surveys Installation and Implementation Services and Interference Detection/Mitigation. } Quality Assurance - The Leader in Reliable DAS Systems. } Service Centers - Repair and Service for Your Bird Products