CMX69273P-30D41F

CMX69273P-30D41F Datasheet

Patent Pending CMX69273P

Part	Datasheet
CMX69273P-30D41F	CMX69273P-30D41F (pdf)

Related Parts	Information
CMX69273P-30NF	CMX69273P-30NF

PDF Datasheet Preview
Patent Pending CMX69273P CEILING MOUNTS TILE FLUSH MOUNT Standard Part # HKIT-CMX-001 ABOVE CEILING TILE MOUNT Part # HKIT-CMX-002 HARD CEILING EXTENSION MOUNT Part # HKIT-CMX-003 HARD CEILING TILE FLUSH MOUNT Part # HKIT-CMX-004 ABOVE CEILING MOUNT Americas Europe Asia: CMX69273P 698 to 960 MHz/1695 to 2700 MHz Low PIM MIMO Ceiling Mount Antenna LOW PIM MIMO CEILING MOUNTED OMNIDIRECTIONAL ANTENNA The Patent Pending CMX69273P is an indoor, broadband, Low PIM MIMO omnidirectional ceiling mount antenna. It is designed to provide pattern coverage that is optimized for indoor requirements at 960 MHz and MHz frequency bands. The individual antenna elements are designed to radiate a pattern that has been specifically shaped to provide optimal radiation within a coverage zone. • Low Profile aesthetically neutral housing • Mounts directly and easily to ceiling tile • Performance optimized using Laird proprietary RF optimization tools • Excellent flame retardancy rating • Two radiating elements optimized for indoor applications • Multiple mounting options for a variety of ceiling configurations • QR Code Quick Response label for easy access to antenna performance data • RoHS compliant • Supports AWS-3 Frequency Band MARKETS • Indoor Distributed Antenna Systems • Wireless Service Providers • Small cells Building Operators offices & meeting rooms • Hospitality hotels & casinos • Transportation airport, bus, & train terminals • Retail stores & indoor pedestrian malls • Education libraries & museums • Complete cellular 3G/4G LTE data communication at each antenna port • Low PIM performance minimizes interference and improves in building wireless network coverage and capacity. • Attractive, compact design and form factor ideal for indoor solution applications. • Full plenum rating allows for above ceiling installations. PARAMETER Frequency Bands, MHz Peak Gain, dBi Typ Peak Gain, dBi Max VSWR Typ VSWR Max Isolation, dB Typ Isolation, dB Max PIM, 3rd Order, 2 x 20W Typ PIM, 3rd Order, 2 x 20W Max Nominal Impedance Max Power Polarization Radome Mounting Dimensions diameter x height Weight Storage Temperature °C Operational Temperature °C Flammability Rating Radome Material Substance Compliance MODEL NUMBER CMX69273P-30NF CMX69273P-30D41F CMC69273P-30D43F SPECIFICATION 1780-1880 1850-1990 1910-2170 2300-2500 50 Watts ambient temp of 25oC, 77oF Linear H/V for each radiator PC / ABS, UL94 V-O White Ceiling mount drywall or tile flush mount 250 mm x 49 mm x Approximately kg lbs. -40° C to +85° C -40oF to 185oF -30° C to +70° C -22oF to 158oF UL 94V0 Materials CABLE LENGTH 30 cm, 12" , cable 30 cm, 12" , cable 30 cm, 12” , cable CONNECTOR Dual Type N Female Dual Type Female Dual Type Female CMX69273P 698 to 960 MHz/1695 to 2700 MHz Low PIM MIMO Ceiling Mount Antenna

PDF Datasheet Preview

Patent Pending CMX69273P

CEILING MOUNTS

TILE FLUSH MOUNT Standard

Part # HKIT-CMX-001 ABOVE CEILING TILE MOUNT

Part # HKIT-CMX-002 HARD CEILING EXTENSION MOUNT

Part # HKIT-CMX-003 HARD CEILING TILE FLUSH MOUNT

Part # HKIT-CMX-004 ABOVE CEILING MOUNT

Americas Europe Asia:

CMX69273P
698 to 960 MHz/1695 to 2700 MHz Low PIM MIMO Ceiling Mount Antenna

LOW PIM MIMO CEILING MOUNTED OMNIDIRECTIONAL ANTENNA

The Patent Pending CMX69273P is an indoor, broadband, Low PIM MIMO omnidirectional ceiling mount antenna. It is designed to provide pattern coverage that is optimized for indoor requirements at 960 MHz and MHz frequency bands. The individual antenna elements are designed to radiate a pattern that has been specifically shaped to provide optimal radiation within a coverage zone.
• Low Profile aesthetically neutral housing
• Mounts directly and easily to ceiling tile
• Performance optimized using Laird
proprietary RF optimization tools
• Excellent flame retardancy rating
• Two radiating elements optimized for
indoor applications
• Multiple mounting options for a variety of
ceiling configurations
• QR Code Quick Response label for easy access
to antenna performance data
• RoHS compliant
• Supports AWS-3 Frequency Band

MARKETS
• Indoor Distributed Antenna Systems
• Wireless Service Providers
• Small cells

Building Operators offices & meeting rooms
• Hospitality hotels & casinos
• Transportation airport, bus, & train terminals
• Retail stores & indoor pedestrian malls
• Education libraries & museums
• Complete cellular 3G/4G LTE data communication at each antenna port
• Low PIM performance minimizes interference and improves
in building wireless network coverage and capacity.
• Attractive, compact design and form factor ideal for indoor solution applications.
• Full plenum rating allows for above ceiling installations.

PARAMETER

Frequency Bands, MHz Peak Gain, dBi Typ Peak Gain, dBi Max VSWR Typ VSWR Max Isolation, dB Typ Isolation, dB Max PIM, 3rd Order, 2 x 20W Typ PIM, 3rd Order, 2 x 20W Max Nominal Impedance Max Power Polarization Radome Mounting Dimensions diameter x height Weight Storage Temperature °C Operational Temperature °C Flammability Rating Radome Material Substance Compliance

MODEL NUMBER

CMX69273P-30NF

CMX69273P-30D41F

CMC69273P-30D43F

SPECIFICATION
1780-1880 1850-1990 1910-2170 2300-2500
50 Watts ambient temp of 25oC, 77oF Linear H/V for each radiator PC / ABS, UL94 V-O White

Ceiling mount drywall or tile flush mount 250 mm x 49 mm x

Approximately kg lbs. -40° C to +85° C -40oF to 185oF -30° C to +70° C -22oF to 158oF

UL 94V0 Materials

CABLE LENGTH 30 cm, 12" , cable 30 cm, 12" , cable 30 cm, 12” , cable

CONNECTOR Dual Type N Female Dual Type Female Dual Type Female

CMX69273P
698 to 960 MHz/1695 to 2700 MHz Low PIM MIMO Ceiling Mount Antenna

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived CMX69273P-30D41F Datasheet file may be downloaded here without warranties.

Datasheet ID: CMX69273P-30D41F 645133