MobileAccess2000 TSX and QSX

Transcription

1 features and benefits Multi-operator optimized platform Multi-service platform Modular design Designed to accommodate multiple operator requirements separately, yet cost-effectively across one common infrastructure. Preassembled modular service packs improve neutral host ROI for the st carrier in, as well as the 2nd and rd. Accommodates virtually any mix of wireless services, eliminating the need for separate cabled networks for each. Services include: GSM, CELL, PCS, iden, LMR, SMR, Public Safety, AWS, 7 MHz LTE, Paging, UMTS, DCS, WMTS, and more. The 2 platform enables seamless service upgrades with the addition of a conditioning card in the headend and selfcontained service packs in IDF/Telco/ IT closets at remote ends. The 2 (MA2) platform provides operator-grade indoor coverage for a wide range of 2G, G and 4G mobile voice and data services, over a single, broadband architecture. The 2 platform is the leading multioperator, multi-service platform, which delivers multiple radio frequency (RF) services over one common and cost-effective cabling and antenna infrastructure for a complete solution. Operator RF services are bi-directionally transmitted (Uplink/Downlink) between an operator s capacity source (BTS/BDA) at the infrastructure headend and then distributed to/from remote locations and multiple buildings, using low-loss fiber and coaxial cabling media. Other converged options include WMTS, and the 2 platform offers MIMO (multi-input/ multi-output) capabilities. Scalable media and MIMO upgrades Operator-grade management Additional services leverage the existing coaxial cabling and antenna grid without disrupting work spaces or existing services. Fiber links extend a single capacity source across multiple buildings in campus environments. Multi-MIMO upgrades are simple with modular elements. Built-in signal grooming and an Element Management System (EMS) offer end-to-end visibility and proactive alarming, ideal for large scale, multi-operator environments. Deployment Options MA2 TSX: Supports three RF services over a common fiber/coax antenna infrastructure MA2 QSX: Supports four RF services over a common fiber/coax antenna infrastructure Multiple MA2 TSX/QSX units can be combined to provide a full multi-service solution over a common fiber/coax antenna infrastructure. MA2 QSX Figure MA2 TSX Figure 2 SPECIFICATION SHEET CMA-4-AEN PAGE

2 2 System Architecture The 2 solution is comprised of the following elements. Third-party equipment is sold separately (i.e. cabling, antennas). Headend Equipment Radio Interface Unit (RIU): The RIU conditions the RF downlink () signals from an operator s signal source (BTS: base-transceiver stations or BDA: bi-directional amplifiers) located inside the building. The RIU then custom tunes incoming signals in order to ensure a constant level of RF before signals are passed to/from the Base Unit. RF uplink () signals from subscribers phones are received from the Base Unit and transported back to the operator s signal source (BTS or BDA) and to the operator s macro network outdoors. Base Unit (BU): The BU converts RF downlink () signals received from the RIU into an optical signal. This optical signal is then transported over single or multimode fiber optic cabling (SMF/MMF) to/from the 2 TSX units, which are housed inside of IDF/Telco/IT closets at the remote-end locations, for distribution throughout the facility. Uplink () signals from subscribers phones are received from the antennas and sent back to the TSX units through the fiber connection to the headend, where they are converted back from RF optical to RF electrical before being passed on to the RIU. System Controller (SC-45): The system controller enables centralized remote management and control of all 2 elements. Remote-End Equipment Service Combiner Unit (SCU): The Service Combiner Unit is a passive module that combines and distributes the and signals from all of the MA2 TSX and/or QSX systems to the broadband antenna. 2 TSX: The MA2 TSX delivers coverage for three RF services over a common fiber/coax antenna infrastructure. The output of multiple TSX units can be combined to provide a full multi-service solution over a common fiber/coax antenna infrastructure. The TSX comes pre-packaged with applicable filters and other required accessories to simplify the ability to order, service, and install this solution. The sub-components of the TSX are as follows: Remote Hub Unit (RHU): The RHU is a services-specific module that performs RF optical to RF electrical conversion on signals received from the BU. Signals are automatically filtered and amplified for transport over broadband coax cable to a passive antenna. Uplink () signals from the antennas are then converted to optical signals before being transmitted back to the BU. Each pre-configured RHU supports up to two services. Add-On Module (AO): The AO is a single service module coupled with an RHU to deliver an additional, third service at a lower incremental cost. The AO receives RF signal from the RHU and amplifies it for transport across the broadband coax. 2 QSX: The MA2 QSX delivers coverage for four RF services (CELL, PCS, 7 LTE and AWS) over a common fiber/coax antenna infrastructure. The output of multiple QSX and TSX units can be combined to provide a full multi-service solution over a common fiber/coax antenna infrastructure. The QSX comes prepackaged with applicable filters and other required accessories to simplify the ability to order, service and install this solution. The sub-components of the QSX are equivalent to that of the TSX with an additional AO. SPECIFICATION SHEET CMA-4-AEN PAGE 2

3 specifications Example MA2 TSX System Architecture Figure SPECIFICATION SHEET CMA-4-AEN PAGE

4 specifications (continued) s per Service at Antenna Port of 4-Port and 8-Port Service Combiner Unit The s listed in the tables in this section reflect the specifications at each of the four and eight antenna ports of the SCU-4 when combined with the 2 TSX/QSX. (Composite) 2 Carriers 4 Carriers 8 Carriers 2 Carriers Mean Gain (db) Pin (dbm) Input IP (dbm) AGC OFF Min Input IP (dbm) AGC ON Min SFDR 2 (db) Max Intermodulation Distortion (dbm) Gain Flatness/Ripple (db) SCU-4 7/8 Public Safety 7/8 Public Safety / (Composite) 2 Carriers 4 Carriers 8 Carriers 2 Carriers Mean Gain (db) Pin (dbm) Input IP (dbm) AGC OFF Min Input IP (dbm) AGC ON Min SFDR 2 (db) Max Intermodulation Distortion (dbm) Gain Flatness/Ripple (db) SCU / CELL TDMA/CDMA/WCDMA CELL TDMA/CDMA/WCDMA (Composite) 6 (Composite) 2 2 Carriers 2 Carriers 9 4 Carriers 4 Carriers 6 8 Carriers 7 8 Carriers 2 Carriers 5 2 Carriers Mean Gain (db) 6 7 Mean Gain (db) 2 Pin (dbm) Pin (dbm) Input IP (dbm) AGC OFF Min -5 Input IP (dbm) AGC OFF Min - Input IP (dbm) AGC ON Min 5 Input IP (dbm) AGC ON Min 9 SFDR 2 (db) 7 SFDR 2 (db) 7 Max Intermodulation Distortion (dbm) -* Max Intermodulation Distortion (dbm) -* 2 Gain Flatness/Ripple (db) +/-2. Gain Flatness/Ripple (db) +/-2. * WCDMA complies with GPP TS 25.6 V5.. (22-) table 9.4 spectrum emission mask. Factory set mean gain BU-RHU without RIU. May be field adjusted using controller system. 2 SFDR for CDMA services is calculated in KB/sec. Gain flatness/ripple is specified for the non-duplexed port of the system. Overall system typical values. The typical ripples in iden/smr are +/- db. SPECIFICATION SHEET CMA-4-AEN PAGE 4

5 specifications (continued) s per Service at Antenna Port of 4-Port and 8-Port Service Combiner Unit The s listed in the tables in this section reflect the specifications at each of the four and eight antenna ports of the SCU-4 when combined with the 2 TSX/QSX. SCU-4 SCU-8 SMR 8 6 SMR 8 6 (Composite) 2 Carriers 4 Carriers 8 Carriers 2 Carriers Mean Gain (db) Pin (dbm) Input IP (dbm) AGC OFF Min Input IP (dbm) AGC ON Min SFDR 2 (db) Max Intermodulation Distortion (dbm) Gain Flatness/Ripple (db) (Composite) 2 Carriers 8 4 Carriers 5 8 Carriers 2 Carriers 4 7 Mean Gain (db) Pin (dbm) -5 Input IP (dbm) AGC OFF Min 5 Input IP (dbm) AGC ON Min 72 SFDR 2 (db) - Max Intermodulation Distortion (dbm) 2 +/-. Gain Flatness/Ripple (db) /-. GSM/E-GSM GSM/E-GSM (Composite) 2 (Composite) 8 2 Carriers 9 2 Carriers 4 Carriers 6 4 Carriers 8 Carriers 8 Carriers - 2 Carriers 2 Carriers -5 Mean Gain (db) 2 7 Mean Gain (db) 8 Pin (dbm) Pin (dbm) Input IP (dbm) AGC OFF Min -5 Input IP (dbm) AGC OFF Min - Input IP (dbm) AGC ON Min 5 Input IP (dbm) AGC ON Min 9 SFDR 2 (db) 64 SFDR 2 (db) 64 Max Intermodulation Distortion (dbm) -6 Max Intermodulation Distortion (dbm) -6 2 Gain Flatness/Ripple (db) +/-2. Gain Flatness/Ripple (db) +/-2. Factory set mean gain BU-RHU without RIU. May be field adjusted using controller system. 2 SFDR for CDMA services is calculated in KB/sec. Gain flatness/ripple is specified for the non-duplexed port of the system. Overall system typical values. The typical ripples in iden/smr are +/- db. 6 The SMR 8/9 for Sprint are to be designed, per Sprint guidelines, with composite power levels per antenna port and mean gain values db less than stated SPECIFICATION SHEET CMA-4-AEN PAGE 5

6 specifications (continued) s per Service at Antenna Port of 4-Port and 8-Port Service Combiner Unit The s listed in the tables in this section reflect the specifications at each of the four and eight antenna ports of the SCU-4 when combined with the 2 TSX/QSX. SCU-4 SCU-8 SMR 9 6 SMR (Composite) 4 (Composite) 2 Carriers 2 Carriers 7 4 Carriers 8 4 Carriers 4 8 Carriers 5 8 Carriers 2 Carriers 2 Carriers - Mean Gain (db) 4 7 Mean Gain (db) Pin (dbm) Pin (dbm) Input IP (dbm) AGC OFF Min -5 Input IP (dbm) AGC OFF Min - Input IP (dbm) AGC ON Min 5 Input IP (dbm) AGC ON Min 9 SFDR 2 (db) 7 SFDR 2 (db) 7 Max Intermodulation Distortion (dbm) - Max Intermodulation Distortion (dbm) - 2 Gain Flatness/Ripple (db) +/-. Gain Flatness/Ripple (db) +/-. DCS DCS (Composite) 4 (Composite) 2 Carriers 2 Carriers 7 4 Carriers 8 4 Carriers 4 8 Carriers 5 8 Carriers 2 Carriers 2 Carriers - Mean Gain (db) 4 Mean Gain (db) - Pin (dbm) Pin (dbm) Input IP (dbm) AGC OFF Min -6 Input IP (dbm) AGC OFF Min - Input IP (dbm) AGC ON Min Input IP (dbm) AGC ON Min 9 SFDR 2 (db) 64 SFDR 2 (db) 64 Max Intermod Distortion (dbm) - Max Intermod Distortion (dbm) - 2 Gain Flatness/Ripple (db) +/-2. Gain Flatness/Ripple (db) +/-2. Factory set mean gain BU-RHU without RIU. May be field adjusted using controller system. 2 SFDR for CDMA services is calculated in KB/sec. Gain flatness/ripple is specified for the non-duplexed port of the system. Overall system typical values. The typical ripples in iden/smr are +/- db. 6 The SMR 8/9 for Sprint are to be designed, per Sprint guidelines, with composite power levels per antenna port and mean gain values db less than stated. SPECIFICATION SHEET CMA-4-AEN PAGE 6

7 specifications (continued) s per Service at Antenna Port of 4-Port and 8-Port Service Combiner Unit The s listed in the tables in this section reflect the specifications at each of the four and eight antenna ports of the SCU-4 when combined with the 2 TSX/QSX. SCU-4 SCU-8 PCS 4 GSM/TDMA/CDMA/WCDMA PCS 4 GSM/TDMA/CDMA/WCDMA (Composite) 2 (Composite) 6 2 Carriers 7 2 Carriers 4 Carriers 4 4 Carriers 8 Carriers 8 Carriers 7 2 Carriers 9 2 Carriers 5 Mean Gain (db) 2 Mean Gain (db) 6 - Pin (dbm) Pin (dbm) Input IP (dbm) AGC OFF Min -6 Input IP (dbm) AGC OFF Min -2 Input IP (dbm) AGC ON Min Input IP (dbm) AGC ON Min 7 SFDR 2 (db) 64 SFDR 2 (db) 64 Max Intermodulation Distortion (dbm) -* Max Intermodulation Distortion (dbm) -* 2 Gain Flatness/Ripple (db) +/-2. Gain Flatness/Ripple (db) +/-2. 7 MHz LTE 7 MHz LTE (Composite) 2 (Composite) 7 2 Carriers 8 2 Carriers 4 4 Carriers 5 4 Carriers 8 Carriers 8 Carriers 2 Carriers 2 Carriers Mean Gain (db) 2 4*** Mean Gain (db) 7 *** Pin (dbm) Pin (dbm) Max Intermodulation Distortion (dbm) ** Max Intermodulation Distortion (dbm) ** Input IP (dbm) - Input IP (dbm) -6 SFDR (dbm) 2 55 SFDR (dbm) Gain Flatness/Ripple (db) +/-. Gain Flatness/Ripple (db) +/-. * WCDMA complies with GPP TS 25.6 V5.. (22-) table 9.4 spectrum emission mask. ** Out of band and spurious emissions compliant to FCC. ***Default Conditioner (BTSC) Gain=+ db Factory set mean gain BU-RHU without RIU. May be field adjusted using controller system. 2 SFDR for CDMA services is calculated in KB/sec. Gain Flatness/Ripple is specified for the non-duplexed port of the system. Overall system typical values. The typical ripples in iden/smr are +/- db. 4 The PCS service RF specifications outlined is relevant only for the MA2 CELL/PCS TSX, MA2 CELL/PCS/7LTE TSX, MA2 CELL/PCS/AWS TSX and MA2 CELL/ PCS/7LTE/AWS QSX SPECIFICATION SHEET CMA-4-AEN PAGE 7

8 specifications (continued) s per Service at Antenna Port of 4-Port and 8-Port Service Combiner Unit The s listed in the tables in this section reflect the specifications at each of the four and eight antenna ports of the SCU-4 when combined with the 2 TSX/QSX. SCU-4 SCU-8 PCS 5 CDMA/WCDMA (Composite) 2 Carriers 4 Carriers 8 Carriers 2 Carriers Mean Gain (db) Pin (dbm) Max Intermodulation Distortion (dbm) Input IP (dbm) SFDR (dbm) 2 Gain Flatness/Ripple (db) * +/ (Composite) 2 Carriers 4 Carriers 8 Carriers 2 Carriers Mean Gain (db) PCS 5 CDMA/WCDMA Pin (dbm) Max Intermodulation Distortion (dbm) Input IP (dbm) SFDR (dbm) 2 Gain Flatness/Ripple (db) * /-2. PCS 5 GSM/TDMA PCS 5 GSM/TDMA (Composite) 2 Carriers 4 Carriers 8 Carriers 2 Carriers Mean Gain (db) Pin (dbm) Max Intermodulation Distortion (dbm) Input IP (dbm) SFDR (dbm) 2 Gain Flatness/Ripple (db) (Composite) 2 Carriers 4 Carriers 8 Carriers 2 Carriers Mean Gain (db) Pin (dbm) Max Intermodulation Distortion (dbm) Input IP (dbm) SFDR (dbm) 2 Gain Flatness/Ripple (db) /-2. * WCDMA complies with GPP TS 25.6 V5.. (22-) table 9.4 spectrum emission mask. Factory set mean gain BU-RHU without RIU. May be field adjusted using controller system. 2 SFDR for CDMA services is calculated in KB/sec. Gain Flatness/Ripple is specified for the non-duplexed port of the system. Overall system typical values. The typical ripples in iden/smr are +/- db. SPECIFICATION SHEET CMA-4-AEN PAGE 8

9 specifications (continued) s per Service at Antenna Port of 4-Port and 8-Port Service Combiner Unit The s listed in the tables in this section reflect the specifications at each of the four and eight antenna ports of the SCU-4 when combined with the 2 TSX/QSX. SCU-4 SCU-8 UMTS 2 & AWS CDMA/WCDMA UMTS 2 & AWS CDMA/WCDMA (Composite) 2 (Composite) 7 2 Carriers 8 2 Carriers 4 4 Carriers 5 4 Carriers 8 Carriers 2 8 Carriers 8 2 Carriers 2 Carriers Mean Gain (db) 2 Mean Gain (db) 7 - Pin (dbm) Pin (dbm) Max Intermodulation Distortion (dbm) * Max Intermodulation Distortion (dbm) * Input IP (dbm) -7 Input IP (dbm) - SFDR (dbm) 2 66 SFDR (dbm) Gain Flatness/Ripple (db) Gain Flatness/Ripple (db) +/-2. * WCDMA complies with GPP TS 25.6 V5.. (22-) table 9.4 spectrum emission mask. Factory set mean gain BU-RHU without RIU. May be field adjusted using controller system. 2 SFDR for CDMA services is calculated in KB/sec. Gain Flatness/Ripple is specified for the non-duplexed port of the system. Overall system typical values. The typical ripples in iden/smr are +/- db. Absolute Maximum Rating Total Input RF Power to BU Total Input RF Power to RHU Power Supply dbm 2 dbm out-of-band; - dbm in-band 6 VDC Optical Optical Output Power Maximum Optical Budget <. mw 2 db for fiber + db for connectors (assumed) = db total. m multimode SPECIFICATION SHEET CMA-4-AEN PAGE 9

10 specifications (continued) Optical Optical Loss per Mated-pair Connectors Fiber Type Wavelength Maximum Distance Between Base Unit and Remote Cabinet.5 db (max) Single-mode: 9/25 µm Multimode: 5/25 µm or 62.5/25 µm (Minimum qualifications with ANSI/ TIA/EIA-568-B series, EN57- or ISO/IEC 8) ± nm 2 km Temperature Operating Storage to +5 C (2 to 22 F) -2 to 85 C (-4 to 85 F) SPECIFICATION SHEET CMA-4-AEN PAGE

11 specifications (continued) Standards and Approvals Laser Safety CDRH 2 CFR 4., 4. (Except for deviations per notice No.5, July 26, 2) IEC 6825-, Amendment 2 (January 2) EN CE Radio Equipment and Systems EMC EN 52 for GSM / EGSM Frequency Bands EN 69 for DCS Frequency Band EN 98 for UMTS Frequency Band EN 28 for WLAN 82.b/g 2.4 GHz Frequency Band EN 89 for WLAN 82.a 5 GHz Frequency Band EN 489 FCC Radio Equipment and Systems EMC Safety FCC 47 CFR Part 2, 5, 22,, 27, 9 FCC 47 CFR Part 5 Subpart B EN CAN/CSA-C22.2 No.695 SPECIFICATION SHEET CMA-4-AEN PAGE

12 component specifications Tri-Service Package (TSX) The TSX comes fully assembled with the RF service modules, applicable filters and accessories. Supported Services Ports Power Physical Characteristics Three services per TSX ( RHU + AO). Refer to the TSX model for specific services support. To Service Combiner Unit: 5Ω QMA cables Local Power: - VAC (Integrated AC/ DC converter) Remote Power: 25 to 48 VDC Max Power Consumption: 85 W Mounting: 9-in Rack-mount brackets preconnected; wall-mount brackets can be ordered separately Dimensions (H x W x D): mm (in) 77 x 44 x 69 (6.7 x 7. x 4.5) Weight: kg (lbs) 9 (42) Tri-Service Package (TSX) Figure 4 Quad-Service Package (QSX) The QSX comes fully assembled with the RF service modules, applicable filters and accessories. The specifications below reflect this. Supported Services CELL PCS 7LTE AWS ( RHU + 2AO) Ports Power Physical Characteristics To Service Combiner Unit: 5Ω QMA cables Local Power: - VAC (Integrated AC/ DC converter) Remote Power: 25 to 48 VDC Max Power Consumption: 5 W Mounting: 9-in rack-mount brackets preconnected; wall-mount brackets can be ordered separately Dimensions (H x W x D): mm (in) 266 x 44 x 69 (.5 x 7. x 4.5) Weight: kg (lbs) 22 (49) Quad-Service Package (QSX) Figure 5 SPECIFICATION SHEET CMA-4-AEN PAGE 2

13 component specifications (continued) 4-Port Service Combiner Unit (SCU-4) Supported Services Ports Physical Characteristics Highband (7 MHz - 27 MHz) and lowband (698 MHz 96 MHz) RF services To MA2 TSX: 8 QMA 5Ω connectors (terminate if unused; 6 QMA 5Ω terminations provided) To Antennas: 4 N-Type 5Ω connectors (terminate if unused) Dimensions (H x W x D): mm (in) 5 x 66 x 8 (.8 x 6.5 x.5) Mounting: Comes with bracket that allows it to be mounted directly on top of a MA2 TSX; Optionally, can be mounted on to a TSX AMU bracket. * If being mounted to QSX, an additional bracket must be ordered. 4-Port Service Combiner Unit (SCU-4) Figure 6 8-Port Service Combiner Unit (SCU-8) Supported Services Ports High-band (7 MHz - 27 MHz) and lowband (698 MHz 96 MHz) RF services Required supporting element of the EC56 Solution To MA2 TSX: 6 QMA 5Ω connectors (terminate if unused; 4 QMA 5Ω terminations provided) To Antennas: 8 N-Type 5Ω connectors (terminate if unused) To EHU: 8 QMA 5Ω connectors (terminations not required) 8-Port Service Combiner Unit (SCU-8) Figure 7 Physical Characteristics Dimensions (H x W x D): mm (in) 44 x 4 x 27 (.7 x 7 x.6) Weight: kg (lbs) (6.6) Mounting: Comes with brackets that allow it to be mounted on 9-in rack, as well as on the wall SPECIFICATION SHEET CMA-4-AEN PAGE

14 component specifications (continued) Antenna Monitoring Unit (AMU) Supported Services Physical Characteristics Monitors the status of antennas connected to the SCU-4. Works in conjunction with SCU-4 Dimensions (H x W x D): mm (in) 6 x 26 x 27 (6. x.2 x 5) Weight: kg (lbs). (.7) Mounting: Comes with mounting holes; separate brackets need be ordered to mount on MA2 TSX/QSX Antenna Monitoring Unit (AMU) Figure 5 ordering information MA2 QSX Service Supported CELL/PCS/7LTE/AWS Part Number 2-C85P9L7A7-A-TC 2-C85P9L7A7-A-TCF 2M-C85P9L7A7-A-TC 2M-C85P9L7A7-ATCF Description MA2 QSX quad-service CELL/PCS, 7 MHz LTE and AWS - Additional filter (P/N 7LTE-PS-FILTER) ordered separately. Required if 7/8 MHz Public Safety coexists across same infrastructure. MA2 QSX quad-service CELL/PCS, 7 MHz LTE and AWS with filter to support 7/8 MHz Public Safety coexistence MA2 TSX tri-service CELL/PCS and 7 MHz LTE with filter to support 7/8 MHz Public Safety coexistence with MMF - Additional filter (P/N 7LTE-PS-FILTER) ordered separately. Required if 7/8 MHz Public Safety coexists across same infrastructure. MA2 TSX tri-service CELL/PCS and 7 MHz LTE with filter to support 7/8 MHz Public Safety coexistence with filter to support 7/8 MHz Public Safety coexistence and MMF SPECIFICATION SHEET CMA-4-AEN PAGE 4

15 ordering information MA2 TSX Service Supported 7/8 MHz Public Safety 7/8 MHz Public Safety/AWS CELL/PCS/7LTE CELL/PCS/AWS iden/smr/pcs Part Number 2-P7S8-A-TC 2M-P7S8-A-TC -C85P9L7-A M-C85P9L7-A 2-C85P9L7-A-TC 2-C85P9L7-A-TC-F 2M-C85P9L7-A-TC 2M-C85P9L7-A-TC-F 2-C85P9A7-A-TC 2M-C85P9A7-A-TC 2-S8S9P9-A-TC 2M-S8S9P9-A-TC Description MA2 TSX dual-service 7/8 MHz Public Safety MA2 TSX dual-service 7/8 MHz Public Safety with MMF MA2 TSX tri-service 7/8 MHz Public Safety and AWS MA2 TSX tri-service 7/8 MHz Public Safety and AWS with MMF MA2 TSX tri-service CELL/PCS and 7 MHz LTE - Additional filter ordered separately (P/N 7LTE-PS- FILTER). Required if 7/8 MHz Public Safety coexists across same infrastructure. MA2 TSX tri-service CELL/PCS and 7 MHz LTE with filter to support 7/8 MHz Public Safety coexistence MA2 TSX tri-service CELL/PCS and 7 MHz LTE with filter to support 7/8 MHz Public Safety coexistence with MMF - Additional filter ordered separately (P/N 7LTE-PS- FILTER). Required if 7/8 MHz Public Safety coexists across same infrastructure. MA2 TSX tri-service CELL/PCS and 7 MHz LTE with filter to support 7/8 MHz Public Safety coexistence and MMF MA2 TSX tri-service CELL/PCS and AWS MA2 TSX tri-service CELL/PCS and AWS with MMF MA2 TSX tri-service 8/9 MHz SMR and PCS. Supports 7 MHz LTE and 7/8 MHz Public Safety coexistence. MA2 TSX tri-service 8/9 MHz SMR and PCS with MMF. Supports 7 MHz LTE and 7/8 MHz Public Safety coexistence. SPECIFICATION SHEET CMA-4-AEN PAGE 5

16 ordering information (continued) MA2 TSX Service Supported iden/smr/aws GSM/DCS/UMTS 2 E-GSM/DCS/UMTS 2 Part Number 2-S8S9A7-A-TC 2M-S8S9A7-A-TC 2-G92D8U2-A-TC 2-G9D8U2-A-TC Description MA2 TSX tri-service 8/9 MHz SMR and AWS. Supports 7 MHz LTE and 7/8 MHz Public Safety coexistence. MA2 TSX tri-service 8/9 MHz SMR and PCS with MMF. Supports 7 MHz LTE and 7/8 MHz Public Safety coexistence. MA2 TSX tri-service GSM/DCS and UMTS 2. MA2 TSX tri-service E-GSM/DCS and UMTS 2. MA2 TSX International Service Supported GSM/DCS/UMTS 2 E-GSM/DCS/UMTS 2 Part Number 2-G92D8U2-A-TC 2-G9D8U2-A-TC Description MA2 TSX tri-service GSM/DCS and UMTS 2. MA2 TSX tri-service E-GSM/DCS and UMTS 2. Service Combiner Unit Part Number Description SCU-4 SCU-8 Service Combiner Unit supporting (4) Antenna output ports, (4) Low Band services input ports and (4) High Band services input ports. To be used with the MA2 TSX solution. Service Combiner Unit supporting (8) Antenna output ports, )8) Low Band services input ports and (8) High Band services input ports. To be used with the MA2 TSX solution. Antenna Monitoring Unit Part Number 2-AMU-A Description Includes Antenna Monitoring Unit (AMU), communication cables to the SCU-4, communications cable to the RHU and internal power supply access cable (external power supply cable to be ordered separately). SPECIFICATION SHEET CMA-4-AEN PAGE 6

17 ordering information (continued) Accessories Part Number Description Brackets AK-TC-ENC-WMT BRKT-QSX-AO-STK-A AK- 2-AMU-TSXBRKT-A AK-2-AMU-QSXBRKT-A Accessory kit containing contents to mount the MA2 TSX and QSX onto the wall. Additional bracket for stacking an SCU-4 on top of an Add-On. Antenna Monitoring Unit mounting kit for the MA2 TSX. Includes mounting bracket, screws and communication cables to the 4-Port Service Combiner Unit (SCU-4). Antenna Monitoring Unit mounting kit for the MA2 QSX. Includes mounting bracket, screws and communication cables to the 4-Port Service Combiner Unit (SCU-4). Cables AK-2-AMU-CBL Antenna Monitoring Unit monitoring cable to daisy chain more than one MA2 TSX or MA2 QSX unit to the AMU. Maximum distance between MA2 TSX/QSX units cannot exceed 6U. Filters 7LTE-PS-FILTER Cavity filter for the 7LTE Add-On when 7LTE service coexists with 7/8 Public Safety service across the same set of coax. This filter is already included with the MA2 TSX CELL/ PCS/7LTE part numbers with a -F suffix. SPECIFICATION SHEET CMA-4-AEN PAGE 7

18 notes Corning, Inc. 89 Old Courthouse Road, Suite Vienna, Virginia 2282 USA FAX: Tech Support Hotline: or Corning reserves the right to improve, enhance and modify the features and specifications of Corning products without prior notification. All other trademarks are the properties of their respective owners. Corning is ISO 9 certified. 22 Corning. All rights reserved. Published in the USA. CMA-4-AEN / March 22 DS_MA2 TSX and QSX_CE2_Rev A2_8NOV SPECIFICATION SHEET CMA-4-AEN PAGE 8