Telecom-Backhaul

Antenna Solutions

Laird designs and manufactures customized, performance-critical products for

wireless and other advanced electronics applications.

About Laird

Laird is a global technology business focused on enabling wireless communication and smart systems, and providing components and systems

that protect electronics. Laird operates through two divisions, Wireless Systems and Performance Materials. Wireless Systems solutions include

antenna systems, embedded wireless modules, telematics products and wireless automation and control solutions. Performance Materials

solutions include electromagnetic interference shielding, thermal management and signal integrity products. As a leader in the design, supply and

support of innovative technology, our products allow people, organisations, machines and applications to connect effectively, helping to build a

world where smart technology transforms the way of life. Custom products are supplied to major sectors of the electronics industry including the

handset, telecommunications, IT, automotive, public safety, consumer, medical, rail, mining and industrial markets. Providing value and

differentiation to our customers though innovation, reliable fulfilment and speed, Laird PLC is listed and headquartered in London, and employs

over 9,000 people in more than 58 facilities located in 18 countries.

A Brief Introduction to

Backhaul

Backhaul consists of carriers, or companies, who set up wireless Internet systems. These systems offer a central hotspot that allows subscribers

within a limited coverage area to connect to the hotspot through a wireless connection. Backhaul comprises of a wireless network that covers

protocols such as WLAN, WiMAX, Base Station and Point-to-Point. Backhaul antennas are typically used for fixed point wireless at a location.

Depend on Laird

Laird’s Backhaul antennas meet stringent compliance standards and are competitively priced. Its worldwide engineering teams, using proprietary

artificial intelligence antenna design software, create antenna designs with the tightest patterns and highest gain in the most compact package.

With Laird’s proven expertise in high-capacity manufacturing operations, its Backhaul product line exhibits a good value/performance ratio.

Benefits of Backhaul Technology

Some benefits of using Laird’s Backhaul antennas include:

Instant Internet connection anywhere around a hotspot

Quick deployment

Cost-effective solutions

• Variety of VPOL and HPOL configurations

Wideband performance

Well suited for point-to-point or point-to-multipoint applications

PART NUMBER

FREQUENCY

(MHz)

ANTENNA

TYPE

PATTERN TYPE VSWR GAIN (dBl)

POLAR-

IZATION

DIMENSIONS (mm)

CONNECTOR TYPES MOUNT STYLE INDOOR/OUTDOOR

LENGTH WIDTH

EMX2360A1-10UFL 2300-6000 Embedded Omnidirectional 2

4 dBi

(2.3-2.7 GHz),

2.1 dBi

(3.3 GHz)

and 4 dBi

(4.9-5.875 GHz)

Vertical 2 0.65 IPEX MHF Surface Mount Indoor

EMX2360A1-15UFL 2300-6000 Embedded Omnidirectional 2 Vertical 2 0.65 IPEX MHF Surface Mount Indoor

EMX2360A1-20UFL 2300-6000 Embedded Omnidirectional 2 Vertical 2 0.65 IPEX MHF Surface Mount Indoor

EMX2360A1-25UFL 2300-6000 Embedded Omnidirectional 2 Vertical 2 0.65 IPEX MHF Surface Mount Indoor

Laird’s internal wireless device antennas feature wide bandwidth to enhance the performance and application of portable wireless devices based

on standards such as 802.11 and Bluetooth. The antennas are specifically designed to be embedded inside devices for aesthetically pleasing

integration with high durability.

WiMAX Internal Antennas

Telecom - Backhaul Antennas

General

General antennas, otherwise known as Client Antennas, are used at a client site. They are typically directional antennas with gains from 5 dBi to 17 dBi.

Due to typically poor site infrastructure at the client locations, t

hese antennas need to be low wind loading. These antennas have either have VPOL or

HPOL capability, contributing to balanced performance in each polarity.

2 | TELECOM BACKHAUL ANTENNA SOLUTIONS

PART NUMBER

FREQUENCY

(MHz)

ANTENNA TYPE PATTERN TYPE VSWR

GAIN

(dBi)

BEAM WIDTH (DEG)

POLAR-

IZATION

DIMENSIONS (mm)

DIA

CONNECTOR

TYPES

MOUNT

STYLE

INDOOR/

OUTDOOR

EL AZ LENGTH WIDTH HT

CP24-12 2400-2485 Circular Polarized Directional 1.5 12 37 37 Circular 8.5 – – 8 Type N(f) Mast Outdoor

ES24-14 2400-2485 Echo (Backfire) Directional 1.5 14 26 26 H/V – – – 10.24 Type N(f) Mast Outdoor

ES58-17 5725-5850 Echo (Backfire) Directional 1.5 17 25 25 H/V – 2.5 – 10 Type N(f) Mast Outdoor

IN5RD Series 5150-5850 Indoor Omni-directional 1.5 5 50 360 Vertical – – – Type RSMA, RTNC Rubber Duck Outdoor

IN7-3RD Series 698-806 Indoor Omni-directional 1.5 3 50 360 Vertical 6.2 0.6 – – Type SMA, RSMA Rubber Duck Outdoor

RD2458-5-NM 2400/5000 Dipole Omni-directional 2 2 90 360 Vertical 7.6 0.05 – –

Type N(m), RSMA,

RTNC, RTNC-W,

SMA, TNC

Rubber Duck Indoor

RD2458-5-OTDR-NM 2400/5000 Dipole Omni-directional 2 2 90 360 Vertical 7.6 0.05 – – Type N(m), RTNC Rubber Duck Outdoor

IN800/2700-5 806/2700 Indoor Omni-directional 1.5 3 – 360 Vertical – 3.4 – 7.32 Type N(f)

Surface Indoor

IN800/5900-5 800/5900 Indoor Omni-directional 1.5 2.2 – 360 Vertical – 4.25 – 7.25 Type N(f) Surface Indoor

LP800-2500-9-NF 800/2400 LP Directional 1.5 9 55 90 Vertical 15.5 10.5 2.75 Type N(f) Mast Outdoor

MD24-12 2400-2485 Mini-Directional Directional 1.5 – – – Vertical – – – – Type N(f) Mast Outdoor

MK24 Series 2400-2485 Mesh Kit Omni-directional 1.5 5,7,9 – – Vertical – – – –

Type MC, MMCX,

RMMCX, RSMA,

RTNC, UFL

Mast Outdoor

Die Cast Enclosure

The Die-Cast Enclosure (DCE) series offers a directional VPOL panel antenna that is contained within a die-cast aluminum enclosure. The enclosure adds to

the long life of the antenna in outdoor environments. The powder coat paint over aluminum construction offers unsurpassed resistance to corrosion. The

die-cast enclosure has extra heavy duty mounting flanges for reliable mounting to poles or surface mounting to walls along with the inclusion of seven

engineered hole knockouts which allow for many different configurations of connectors and feedthrus without the need for drilling holes.

PART NUMBER

FREQUENCY

(MHz)

VSWR

GAIN

(dBi)

DIMENSIONS (mm)

CONNECTOR TYPES

LENGTH WIDTH HT

DCE10D-2419-NF 2400/2500 1.5 19 10 2 10 Type N(f)

DCE10D-4924-NF 4940-5850 1.5 24 10 2 10 Type N(f)

DCE10D-912-NF 902-928 1.5 12 10 2 10 Type N(f)

DCE10I-2416-FSMF 2400/2500 1.5 16 10 2 10 Type FSMF, MCM, MMCXP, RMMXP, RSMAM, RTNM, SSMB, UFL

DCE10I-2451-FSMF 2400/5000 2 12 10 2 10 Type FSMF, MCM, MMCXP, RMMXP, RSMAM, RTNM, SSMB, UFL

DCE10I-4919-FSMF 4940-5850 1.7 19 10 2 10 Type FSMF, MCM, MMCXP, RMMXP, RSMAM, RTNM, SSMB, UFL

DCE10I-985-FSMF 902-928 1.5 8 10 2 10 Type FSMF, MCM, MMCXP, RMMXP, RSMAM, RTNM, SSMB, UFL

DCE-ANT2314 2300/2500 1.5 14 7 2 6 Type MC, MMCX, RMMCX, RSMA, RTNC, SSMB, UFL

DCE-ANT2412-MC 2400/2500 1.5 12 7 2 6 Type MC, MMCX, RMMCX, RSMA, RTNC, UFL

DCE-ANT2458-MC 2400/5000 1.5 12,15 7 2 6 Type MC, MMCX, RMMCX, RSMA, RTNC, UFL

DCE-ANT24KIT-MMCX 2400/2500 1.5 12 7 2 6 Type MMCX, RMMCX, RSMA, RTNC, UFL

DCE-ANT3516 3300/3500 1.5 16 7 2 6 Type MC, MMCX, RMMCX, RSMA, RTNC, SSMB, UFL

DCE-ANT5819-7x6x2 4940-5850 1.5 19 7 2 6 –

DCE-ANT5819-MC 4940-5850 1.5 19 7 2 6 Type MC, MMCX, RMMCX, RSMA, RTNC, SSMB, UFL

Vagi

/Yagi Series

The Vagi/Yagi Series are rugged, easy-to-install, high-gain directional antennas used in a wide variety of wireless systems where low cost, good

performance and low wind loading are important factors. They include either a VPOL or HPOL configuration, along with a 1.5 VSWR as well. These

antennas can be pole mounted i

n outdoor environments.

PART NUMBER

FREQUENCY

(MHz)

GAIN

(dBi)

BANDWIDTH (DEG) DIMENSIONS (mm)

CONNECTOR TYPES

AZ LENGTH

VA24-16F 2400-2485 16 25 (E) / 30 (AZ) 22 Type N(f), N (m), RTNC

VA25-16F 2500-2700 16 25 (E) / 30 (AZ) 22 Type N(f), N (m)

YA9 Series 860-960 9,11,13 53, 50,30 19.7 Type N(f), RTNC

YA9W Series 860-960 11,13 45,35 33.5,46 Type N(f)

•

Vagi VA25-16

•

YA9W

•

CP24-12

•

ES24-14-echo

•

DCE 7x6x2