RFI Low PIM Low Profile MIMO Indoor/Outdoor Omni-Directional Ceiling Mount Antenna – 698-960MHz & 1710-2700Mhz, 4.3-10

RFI Low PIM Low Profile MIMO Indoor/Outdoor Omni-Directional Ceiling Mount Antenna – 698-960MHz & 1710-2700Mhz, 4.3-10

(1 customer review)

This Low PIM DAS range is a high-performance, PIM-rated DAS antenna range, offering indoor or outdoor panel antennas with great directional beam control, and a range of indoor and outdoor Omnidirectional solutions to suit indoor, outdoor requirements, with the optional low profile aesthetic. The multi-band capability of each offering covers at least 690-960MHz & 1710-2700MHz and eliminates the need to purchase different antennas to suit different bands of operation. This range is ideal for all fixed in-building coverage applications Features Include: Low Profile compact form factor Coverage across multiple cellular and WLAN bands Ideal for DAS deployment for in-building coverage solutions Excellent -153dBc PIM performance Single stud mount with 2 x 300mm tails terminated with 4.3-10 female connectors IP rated outdoor solutions.

 

SPECIFICATIONS:

Base Gain 0 to 3 dBd
Nominal impedance 50
Power w 50
Nominal Gain Dbi 4.0 / 4.3 / 5.9 / 5.9
VSWR <1.8:1 / <1.6:1 / <1.5:1 / <1.6:1
Termination 2 x 300mm tail with 4.3-10 (F) connectors
Radome Diameter Mm 218
Construction UV resistant White ABS, IP67 rated*
Passive IM 3rd Order (2x20W) dBc -153
Horizontal Beamwidth 360
Weight [kg] 0.7

$111.85

Description

This is an indoor and outdoor, PIM rated, MIMO omnidirectional ceiling mount antenna, covering LTE Cellular bands, 689-960 MHz & 1710-2700 MHz. This multi-band design eliminates the need to purchase different antennas for each frequency and is ideal for all fixed in-building coverage applications. The MIMO (multiple in multiple out) design enhances data throughput even under conditions of interference, signal fading, and multi-path.

1 review for RFI Low PIM Low Profile MIMO Indoor/Outdoor Omni-Directional Ceiling Mount Antenna – 698-960MHz & 1710-2700Mhz, 4.3-10

  1. Kathryn Anne Weldon

    Maximum and reliable performance

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