DIRECTIONAL-ANTENNAS

Base Product

Directional DAS Antennas for enhanced wireless coverage

Configure Product Variants

Find a Partner

Specifications

Finish making your selections or clear them to view relevant specifications.

Download

Your web browser (Internet Explorer 11 or lower) is out of date and the functions below will not work with Internet Explorer.
Update your browser for more security, speed, functionality and experience on this site.

Update browser

Product Variants

Configure and display product variants of DIRECTIONAL-ANTENNAS by selecting options

Color:

Polarization:

Antenna Array Characteristic:

Operating Frequency Band:

Application:

RF Connector Interface:

Number of Ports:

Product	Color	Polarization	Product Type	Antenna Array Characteristic	Antenna Type	Operating Frequency Band	Application	RF Connector Interface	Number of Ports
CELLMAX-D-43-WI Low PIM Directional In-building Antenna, 698–960 MHz, 1710–2700, 3300-3800MHz Specifications	White	Vertical	In-building antenna		Directional	1710 – 2700 MHz \| 3300 – 3800 MHz \| 698 – 960 MHz	Indoor/Outdoor	4.3-10 Female	1
CELLMAX-D-CPUSE Cell-Max™ Directional In-building Antenna, 698–960 MHz, 1710–2700 MHz Specifications	White (RAL 9016)	Vertical	In-building antenna	SISO	Directional	1710 – 2700 MHz \| 698 – 960 MHz	Indoor	N Female	1
CMAX-D-43-UW-I53 Low PIM Directional In-building Antenna, 617–960 MHz, 1695–2700, 3300-3800 and 4900-6000MHz Specifications	Light Gray (RAL 7035)	Vertical	In-building antenna	SISO	Directional	1695 – 2700 MHz \| 3300 – 3800 MHz \| 5150 – 5950 MHz \| 617 – 698 MHz \| 698 – 960 MHz	Indoor	4.3-10 Female	1
CMAX-D-TCPUSEI53 Low PIM Directional In-building Antenna, 350-470 MHz, 617–960 MHz, 1710–2700 MHz Specifications	White (RAL 9016)	Vertical	In-building antenna	SISO	Directional	1710 – 2700 MHz \| 350 – 470 MHz \| 617 – 806 MHz \| 806 – 960 MHz	Indoor	N Female	1
CMAX-DMF-43-UW-I53 Low PIM Directional MIMO In-Building Antenna, 617–960 MHz, 1695–2700 MHz, 3300-4200MHz, and 4800-6000MHz 4.3-10, (2 PORTS 617-960 and 1695-2700MHz, 2 PORTS 3300-4200 and 4800-6000MHz) Specifications	White (RAL 9016)	±45°	In-building antenna	MIMO 2x2	Directional	1695 – 2700 MHz \| 3300 – 4000 MHz \| 4800 – 6000 MHz \| 617 – 698 MHz \| 698 – 960 MHz	Indoor	4.3-10 Female	4
CMAX-DMF-43-UW-I53-01 Low PIM Directional MIMO In-Building Antenna, 4G/5G/C-Band, 617–960 MHz, 1695–2700 MHz, 3300-4200MHz and 4800-6000MHz 4.3-10 Specifications	White (RAL 9016)	±45°	In-building antenna	MIMO 2x2	Directional	1695 – 2700 MHz \| 3300 – 4200 MHz \| 4800 – 6000 MHz \| 617 – 698 MHz \| 698 – 960 MHz	Indoor	4.3-10 Female	2
CMAX-DMF-43-WI53 Low PIM Directional MIMO In-Building Antenna, 698–960 MHz, 1695–2700 MHz and 3300-4200MHz Specifications	White (RAL 9016)	±45°	In-building antenna	MIMO 2x2	Directional	1695 – 2700 MHz \| 3300 – 4200 MHz \| 698 – 960 MHz	Indoor	4.3-10 Female	2
CMAX-DMF2-43-WI53 Low PIM Directional MIMO Antenna 4G/5G/C-Band, 698–960 MHz, 1695–2700 MHz and 3300-4200MHz Specifications	Light Gray (RAL 7035)	±45°	Indoor/outdoor antenna	MIMO 2x2	Directional	1695 – 2700 MHz \| 3300 – 4200 MHz \| 698 – 960 MHz	Indoor/Outdoor	4.3-10 Female	2

Features and Benefits

To add spot coverage in high-traffic areas, Andrew offers a family of distributed antenna systems (DAS), mounting hardware and accessories that enhance wireless coverage. Designed for simple installation and minimal visual impact, our in-building and outdoor antennas feature a multi-band design that supports a wide range of frequencies with one small antenna.

Andrew’s family of DAS antennas are designed to add spot coverage in difficult-to-cover areas such as buildings, parking garages, airports and stadiums. Each antenna is designed to support all current and future 5G applications and engineered for high performance. For example, with our low-PIM antennas, we pay particular attention to details. That’s why we solder all joints and utilize only the best quality components — from copper elements to low-PIM connectors and pigtails — resulting in products that deliver homogeneous patterns and higher gain values where it matters.

Specifications