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
• Variety of VPOL and HPOL configurations
Quick deployment
Wideband performance
Cost-effective solutions
Well suited for point-to-point or point-to-multipoint applications
WiMAX Internal Antennas
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.
PART NUMBER
FREQUENCY
(MHz)
ANTENNA
TYPE
PATTERN TYPE
VSWR
GAIN (dBl)
4 dBi
(2.3-2.7 GHz),
2.1 dBi
(3.3 GHz)
and 4 dBi
(4.9-5.875 GHz)
EMX2360A1-10UFL
2300-6000
Embedded
Omnidirectional
2
EMX2360A1-15UFL
2300-6000
Embedded
Omnidirectional
2
EMX2360A1-20UFL
2300-6000
Embedded
Omnidirectional
2
EMX2360A1-25UFL
2300-6000
Embedded
Omnidirectional
2
POLARIZATION
DIMENSIONS (mm)
LENGTH
WIDTH
CONNECTOR TYPES
MOUNT STYLE
INDOOR/OUTDOOR
Vertical
2
0.65
IPEX MHF
Surface Mount
Indoor
Vertical
2
0.65
IPEX MHF
Surface Mount
Indoor
Vertical
2
0.65
IPEX MHF
Surface Mount
Indoor
Vertical
2
0.65
IPEX MHF
Surface Mount
Indoor
Telecom - Backhaul Antennas
General
• CP24-12
• ES24-14-echo
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, these antennas need to be low wind loading. These antennas have either have VPOL or
HPOL capability, contributing to balanced performance in each polarity.
PART NUMBER
FREQUENCY
(MHz)
CP24-12
2400-2485
ES24-14
2400-2485
ES58-17
IN5RD Series
IN7-3RD Series
RD2458-5-NM
GAIN
(dBi)
Circular Polarized
Directional
1.5
12
37
37
Circular
8.5
–
Echo (Backfire)
Directional
1.5
14
26
26
H/V
–
–
5725-5850
Echo (Backfire)
Directional
1.5
17
25
25
H/V
–
2.5
5150-5850
Indoor
Omni-directional
1.5
5
50
360
Vertical
–
698-806
Indoor
Omni-directional
1.5
3
50
360
Vertical
6.2
2400/5000
Omni-directional
RD2458-5-OTDR-NM 2400/5000
Dipole
IN800/2700-5
806/2700
Indoor
IN800/5900-5
800/5900
LP800-2500-9-NF
800/2400
MD24-12
2400-2485
2400-2485
POLARIZATION
DIMENSIONS (mm)
LENGTH WIDTH HT
VSWR
Dipole
MK24 Series
BEAM WIDTH (DEG)
EL
AZ
PATTERN TYPE
ANTENNA TYPE
0.6
DIA
CONNECTOR
TYPES
MOUNT
STYLE
INDOOR/
OUTDOOR
–
8
Type N(f)
Mast
Outdoor
–
10.24
Type N(f)
Mast
Outdoor
–
10
Type N(f)
Mast
Outdoor
–
–
Type RSMA, RTNC Rubber Duck
Outdoor
–
–
Type SMA, RSMA Rubber Duck
Outdoor
–
Type N(m), RSMA,
RTNC, RTNC-W, Rubber Duck
SMA, TNC
Indoor
Type N(m), RTNC Rubber Duck
Outdoor
2
2
90
360
Vertical
7.6
0.05
–
Omni-directional
2
2
90
360
Vertical
7.6
0.05
–
–
Omni-directional
1.5
3
–
360
Vertical
–
3.4
–
7.32
Type N(f)
Surface
Indoor
Indoor
Omni-directional
1.5
2.2
–
360
Vertical
–
4.25
–
7.25
Type N(f)
Surface
Indoor
LP
Directional
1.5
9
55
90
Vertical
15.5
10.5
2.75
Directional
1.5
–
–
–
Vertical
–
–
–
Mini-Directional
Mesh Kit
Omni-directional
1.5
5,7,9
–
–
Vertical
–
–
–
Type N(f)
Mast
Outdoor
–
Type N(f)
Mast
Outdoor
–
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.
FREQUENCY
(MHz)
VSWR
GAIN
(dBi)
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
DCE10I-2416-FSMF
• DCE 7x6x2
DIMENSIONS (mm)
LENGTH
WIDTH
HT
PART NUMBER
CONNECTOR TYPES
902-928
1.5
12
10
2
10
Type N(f)
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
Type FSMF, MCM, MMCXP, RMMXP, RSMAM, RTNM, SSMB, UFL
902-928
1.5
8
10
2
10
DCE-ANT2314
DCE10I-985-FSMF
2300/2500
1.5
14
7
2
6
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
Type MC, MMCX, RMMCX, RSMA, RTNC, SSMB, 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 in outdoor environments.
•Vagi VA25-16
•YA9W
2 | TELECOM BACKHAUL ANTENNA SOLUTIONS
PART NUMBER
FREQUENCY
(MHz)
GAIN
(dBi)
BANDWIDTH (DEG)
AZ
DIMENSIONS (mm)
LENGTH
CONNECTOR TYPES
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)
Point-to-Point
Point-to-Point antennas are outdoor directional antennas that are used to connect two fixed points with a high bandwidth connection. Typically offering
900 MHz, 2.5 GHz, 3.5 GHz, or 5 GHz links, typically from less than one mile to over 30 miles. The antenna provides both single and dual polarity with high
gain and tight beamwidths that prevent interference and allow for longer distance links. Wide band performance offers higher bandwidths in wide band
multichannel systems.
BEAM WIDTH (DEG)
EL
AZ
DIMENSIONS (mm)
LENGTH
WIDTH
PART NUMBER
FREQUENCY
(MHz)
ANTENNA
TYPE
VSWR
GAIN
(dBi)
POLARIZATION
DC23HDPF23-PF
2050-2300
Grid
1.5
23
–
–
Vertical
–
–
–
Type N(f)
DC24-24NF
2400-2485
Grid
1.5
24
8
8
Vertical
42
24
–
Type N(f)
DIA
CONNECTOR TYPES
DC24BP-23P Series
2400-2485
Grid
1.5
23
8
8
Vertical
42
24
–
DC24HDPF1P
2400-2485
Grid
1.5
24
8
8
Vertical
42
24
–
Type N(m), N(f), RSMA, RTNC
DC25HDPF2P
2500-2700
Grid
1.5
24
8
8
H or V
42
24
–
Type N(m), N(f)
DC35-26P-NF
3300/3500
Grid
1.5
26
–
–
Vertical
–
–
–
Type N(m), N(f)
DC57-28
5470-5725
Grid
1.5
28
–
–
Vertical
–
–
–
Type N(f)
DC58-29
5725-5850
Grid
1.5
29
–
GD24 Series
2400-2485
Grid
1.5
15,19,24 17,11,8
–
Vertical
–
–
–
21,17,10
Vertical
16,24,36
12,16.5,28.5
–
Type N(f)
•HDDA5W
Type N(f)
Type N(m), N(f), RSMA, RTNC
GD24BP Series
2400-2485
Grid
1.5
14,18,23 17,11,8
21,17,10
Vertical
16,24,36
12,16.5,28.5
–
Type N(f)
GD25 Series
2500-2700
Grid
1.5
15,19,24 17,11,8
21,17,10
Vertical
16,24,36
12,16.5,28.5
–
Type N(m), N(f)
Type N(m), N(f)
GD35 Series
3300/3500
Grid
1.5
17,20,25 13,8,6
16,12,7
Vertical
16,24,36
12,16.5,28.5
–
GD53 Series
5150-5350
Grid
1.5
21,25,28
11
10
Vertical
15.7,24,36
11.8,16.8,28.5
–
Type N(f)
GD57 Series
5470-5725
Grid
1.5
21,25,28
6
6
Vertical
15.7,24,36
11.8,16.8,28.5
–
Type N(f)
Type N(f)
GD58 Series
5725-5850
Grid
1.5
22,26,29
6
4
Vertical
15.7,24,36
11.8,16.8,28.5
–
GD5W Series
4900-5850
Grid
1.5
21,25,28
–
–
Vertical
15.7,24,36
11.8,16.8,28.5
–
Type N(f)
GD9 Series
900-928
Grid
1.5
15,18
22,16.5
31
Vertical
–
–
4
Type N(f)
GD9-DC15-NF
900-928
Grid
1.5
15
22
31
Vertical
42
24
–
Type N(f), N(m)
HDDA3W-25-SP
3300-3800
Parabolic Dish
1.5
25
8.5
8.5
Vertical
–
–
25.5
Type N(f)
HDDA3W-25-DP
3300-3800
Parabolic Dish
1.8
25
8.5
8.5
H/V
–
–
25.5
Type N(f)
HDDA3W-29-SP
3300-3800
Parabolic Dish
1.5
29
6
6
Vertical
–
–
36.5
Type N(f)
HDDA3W-29-DP
3300-3800
Parabolic Dish
1.8
29
6
6
H/V
–
–
36.5
Type N(f)
HDDA5W-29-SP
4900-5875
Parabolic Dish
1.5
29
6
6
Vertical
–
–
25.5
Type N(f)
HDDA5W-29-DP2
4940-5850
Parabolic Dish
1.8
29
6
6
H/V
–
–
25.5
Type N(f)
HDDA5W-32-SP
4900-5875
Parabolic Dish
1.5
32
4
4
Vertical
–
–
36.5
Type N(f)
HDDA5W-32-DP2
4940-5850
Parabolic Dish
1.8
32
4
4
H/V
–
–
36.5
Type N(f)
• HDDA3W-29
• GD5W
Omnidirectional
Omnidirectional antennas are outdoor collinear (stick) antennas that service a large, 360 degree area through the means of an omnidirectionl pattern
with a 1.5 VSWR. They are the most economical solution for access point or for covering sparsely populated areas. Ranges are typically from five to a
maximum of eight miles.
PART NUMBER
FREQUENCY
(MHz)
GAIN
(dBi)
EL
OD24 Series
BEAM WIDTH (DEG)
AZ
360
POLARIZATION
Vertical
DIMENSIONS (mm)
LENGTH
WIDTH
HT
27, 48
–
–
CONNECTOR TYPES
2400-2485
5,9,12
14,7
OD24Downtilt Series
Type N(f), N(m)
2400-2485
7,9
18,14
360
Vertical
21
–
–
Type N(f), N(m)
OD24-7D5
2400-2485
7
18
360
Vertical
21
–
–
Type N(f), N(m)
OD24-9D7
2400-2485
9
14
360
Vertical
27
–
–
Type N(f)
OD24-9-WB
2400/2500
9
14
360
Vertical
27
–
–
Type N(f)
OD24M Series
2400-2485
5,7,9,12
–
360
Vertical
–
0.6
–
Type N(f)
OD49-11D1
4940-4990
11
–
360
Vertical
–
–
–
Type N(f)
OD49M-11D1
4940-4990
11
5
360
Vertical
31
0.6
–
Type N(f)
OD49M-6
4940-4990
6
8.5
360
Vertical
7
0.5
–
Type N(f)
OD58-12
5470-5850
12
–
360
Vertical
–
–
–
Type N(f)
OD58M-12
5470-5850
12
7
360
Vertical
27.5
0.6
–
Type N(f)
Type N(f), N(m)
OD5W-11
4900-5850
11
–
360
Vertical
–
–
–
OD5WM Series
5150-5850
6,8
8.5
360
Vertical
19
0.6
–
Type N(f)
OD9-11D1
860-960
11
7
360
Vertical
–
–
–
Type N(f)
OD9 Series
860-960
5,6,8,11
–
360
Vertical
–
–
–
Type N(f), N(m), RTNC
2400-2485
9, 13
20, 7
360
Horizontal
49,27
4
1
Type N(f)
900-928
9
18
360
Horizontal
62
8
2
Type N(f)
S3307BPNF
3300/3500
9.0
8
Omni-directional
Vertical
28.2
–
1.7
Type N(f)
OF365013D3-FNF
3650-3700
13.0
4.8
Omni-directional
Vertical
43.1
–
1.3
Type N(f)
WTS2333C-FRSMM
3300-3900
2.7
90
Vertical
3.78
0.37
–
Type RPSMA
ODH24 Series
ODH9-9
360
• s24517pth
•OD24-9
• OD58-12
•OF365013D4-FNF_BW
• OD24-7
3
Sector
Sector antennas are used to sectorize the coverage area in 60, 90, or 120 degree bandwidths, with tighter and wider coverage available. They are typically higher
gain and are less prone to interference, and provide a directional pattern with 1.5 VSWR. These antennas include a Type N (female) connector and can be pole
mounted in outdoor environments.
BEAMWIDTH (DEG)
EL
AZ
FREQUENCY
(MHz)
SA24 Series
2400-2485
9,12,14
30,10
90/120/180
Vertical
10,40
6.5,10.25
2.5,7
SA24-WB Series
2300/2500
16,17, 20
7,8,9
45,60,90,120
Vertical
33.5,34
6.5,7
2.5
860-960
12
16
120
Vertical
5.3
11
5
SAH24 Series
2400-2485
12,16
18,7
120
Horizontal
23
4
1
SAH35-90-16
3300/3500
17
6.5
90
Horizontal
35.5
4.7
2.4
SAH58-120-16-WB
5470-5850
16,17
6
90,120
Horizontal
22
5
8
900-928
12
15
120
Horizontal
62
8
2
SO24-120x3-15
2400-2485
15
2
360
Vertical
40
6.5
–
J23014V00-120N
2300/2500
15.5
7
120
Vertical
39.9
4.3
8
J23016S00-90N
2300/2500
16.5
7
90
Dual Slant 45
40
8.2
4.5
J23017S00-65N
2300/2500
18.0
7
65
Dual Slant 45
40.1
6.3
4
SKS230065-18N-001
2300-2700
18
5.5-6.5
65
+45° and -45°
44.9
6.5
2.9
SKS230090-16N-001
2300-2700
16.5
5.5-6.5
90
+45° and -45°
44.9
6.5
2.9
J34014V01-90N
3300/3500
16.5
7
90
Vertical
30.2
5.9
3.4
J33017S00-90N
3300/3500
16.5
7
90
Dual Slant 45
28.2
6.3
11.3
J33017S00-65N
3300/3500
17.0
7
65
Dual Slant 45
28.2
4.8
2.7
J34016V01-60N
3300/3500
17.5
7
60
Vertical
30.2
5.9
3.4
J51014V00-120N
4900-5900
15.0
7
120
Vertical
18.2
4.7
2.9
J51016V00-90N
4900-5900
16.0
7
90
Vertical
18.2
4.7
3.1
J51017V00-60N
4900-5900
17.5
7
60
Vertical
18.2
4.7
2.8
S49016120PNF
4900-5850
15.5
5.5
15
Vertical
24.6
2
2.7
S4901790PNF
4900-5850
16.5
5.5
7
2
2.7
5150-5850
16.25
6.5
90
Vertical
Dual Linear,
+45°/-45°
24.6
SJS515090-16
21.9
2.6
5.7
SA9-120-13
SAH9-120-12
GAIN
(dBl)
DIMENSIONS (mm)
LENGTH
WIDTH
HEIGHT
PART NUMBER
POLARIZATION
•J51016VOO-90N90N
• SAH58
• SA24
• J23014V00-120N
RooTenna®
RooTenna® panel antennas are designed to allow integration of customers’ radio equipment inside a weatherproof compartment. The radio compartment is big enough to house transceivers, amplifiers, and other electronic equipment. The antennas themselves offer a directional pattern with 1.5
VSWR, and can be either surface or wall mounted in outdoor environments.
PART NUMBER
FREQUENCY
(MHz)
GAIN (dBl)
R2T24-19
2400/2500
19
BEAMWIDTH (DEG)
EL
AZ
19
16
POLARIZATION
H or V
DIMENSIONS (mm)
LENGTH WIDTH HEIGHT
18.5
2.5
16.8
CONNECTOR TYPES
Type MC, MMCX, RMMCX, RSMA, RTNC, UFL
R2T2458LW
2400/5000
12
43/22
43/22
H or V
10.75
2.6
10.75
Type MC, MMCX, RMMCX, RSMA, RTNC, UFL
R2T2458W
2400/5000
12
43/22
43/22
H or V
10.75
3.5
10.75
Type MC, MMCX, RMMCX, RSMA, RTNC, UFL
R2T24LW-15
2300/2500
15
30
30
H or V
10.75
3.5
10.75
Type MC, MMCX, RMMCX, RSMA, RTNC, UFL
R2T24W-15
2300/2500
15
30
30
H or V
10.75
3.5
10.75
Type MC, MMCX, RMMCX, RSMA, RTNC, UFL
R2T58-24
4940-5850
24
9
9
H or V
16.25
1.0
14.75
Type MC, MMCX, RMMCX, RSMA, RTNC, UFL
Type MC, MMCX, RMMCX, RSMA, RTNC, UFL, NHK
R2T58LW-19
4940-5850
19
15
15
H or V
10.75
2.6
10.75
R2T58W-19
4940-5850
19
15
15
H or V
10.75
3.5
10.75
Type MC, MMCX, RMMCX, RSMA, RTNC, UFL
900-928
12
50
45
H or V
18.5
2.5
16.8
Type MC, MMCX, RMMCX, RSMA, RTNC, UFL
R2T9-12
• R2T2458 RooTennas
Panel
Flat panel directional antennas offer high gain with a 1.5 VSWR in a thin low profile package. The antennas are constructed of a gray color UV resistant
ABS plastic radome with an aluminum backplate. The antenna can be used in horizontal or vertical polarization, and can be surface, pole, or wall
mounted.
4
PART NUMBER
FREQUENCY
(MHz)
GAIN (dBl)
PA24 Series
PA35-13
PA58 Series
PA9-12
S25015PT
S34018PT12NF
2400-2485
3300/3500
5150-5850
900-928
2400-2700
3400-3600
13,16,19
13
19,24
12
14,15
18
BEAMWIDTH (DEG)
EL
AZ
DIMENSIONS (mm)
LENGTH
WIDTH
HEIGHT
35, 26, 17.5 35, 26, 17.5 7.5, 11, 15.3
35
35
7.5
16,8
16,8
7.5,15.4
40
55
16.2
25
25
10.2
19
20
10.2
0.8
0.8
0.8
1.4
1.3
1.3
7.5, 11, 14.6
7.5
7.5,14.6
14.7
10.2
10.2
• S3307BPNF
• PA58-24 mntd oblq2
• PA58-19 Surface Mount
Telecom - Backhaul Accessories
Cable Assemblies (cont’d)
Adapters
PART NUMBER
DESCRIPTION
PART NUMBER
DESCRIPTION
AD-MCX-RPSMAF
RPSMA Female to MCX Adapter. Gold Plated Contacts. For Apple Airport
CA100RSMAM-RASMA12
Cassy, Coax, 12 in, RSMAM, SMAM, LMR100, RA
AD-NF-NF
N Female to N Female Barrel Adapter
CA100RTNCM-RASMA12
Cassy, Coax, 12 in, RTNM, SMAM, LMR100, RA
AD-NF-RPSMAF
RPSMA Female to N Female Adapter. Gold Plated Contacts
CA100SMAF-RPSMAM3
Cassy, Coax, 3 in, SMAF, RSMAM, LMR100
AD-NF-RPSMAM
RPSMA Male to N Female Adapter. Gold Plated Contacts
CA100SMAM-RSMAM12
Cassy, Coax, 12 in, SMAM, RSMAM, LMR100
AD-NF-RPTNCM
RPTNC Male to N Female Adapter. Gold Plated Contacts
CA100SMAM-SMAFB12
Cassy, Coax, 12 in, SMAM, SMAF, LMR100, BULKHEAD
AD-NFB-SMAF
N Female Bulkhead to SMA Female Adapter, For DCE Products/Mesh.
CA178-NFB-UFL-12
Cassy, Coax, 12 in, NFB, UFL, RG178
AD-NM-NM
N Male to N Male Coupler
CA178-NFB-UFL-5
Cassy, Coax, 5 in, NFB, UFL, RG178
AD-NM-RPSMAF
RPSMA Female to N Male Adapter. Gold Plated Contacts.
CA178-NFB-UFL-8
Cassy, Coax, 8 in, NFB, UFL, RG178
AD-NM-RPSMAM
RPSMA Male to N Male Adapter. Gold Plated Contacts.
CA178-NM-UFL-12
Cassy, Coax, 12 in, NM, UFL, RG178
AD-NM-RPTNCF
RPTNC Female to N Male Adapter. Gold Plated Contacts.
CA178-NM-UFL-6
Cassy, Coax, 6 in, NM, UFL, RG178
AD-NM-RPTNCM
RPTNC Male to N Male Adapter. Gold Plated Contacts
CA178-NM-UFL-8
Cassy, Coax, 8 in, NM, UFL, RG178
AD-NM-SMAF
SMA Female to N Male Adapter. Gold Plated Contacts.
CA178-RTNCB-MMCX-6
Cassy, Coax, 6 in, RTNF, MMCXP, RG178, RA, BH
AD-RSMAF-RTNC
RPSMA Female to RPTNC Male Adapter. Gold Plated Contacts.
CA178-RTNCB-UFL-6
Cassy, Coax, 6 in, RTNF, UFL, RG178
C195-NM
N Male to RG58, LMR195 Crimp
CA178-SMAM-UFL-4
Cassy, Coax, 4 in, SMAM, UFL, RG178
C400-NF
N Female to RG8/U, LMR400 Crimp
CA178-TNCFB-UFL-5
Cassy, Coax, 5 in, TNCF, UFL, RG178, BH
C400-NM
N Male to RG8/U, LMR400 Crimp
CA178RSMAFB-UFL12
Cassy, Coax, 12 in, RSMAF, UFL, RG178, BULKHEAD
CA178RTNCB-MMCX150
Cassy, Coax, 150 mm, RTNF, MMCXP, RG178, RA, BH
CA178RTNCBRA-MMCX4
Cassy, Coax, 6 in, RTNF, MMCXP, RG178, RA, BH
CA195-NM-NM-12
Cassy, Coax, 12 in, NM NM, LMR195
Cable Assemblies
PART NUMBER
DESCRIPTION
CA100-MCX-NC-125
Cassy, Coax,125 mm, MCXM NC, LMR100
CA100-NFB-MC-12
Cassy, Coax,12 in, NFB, MCM, LMR100
CA100-NFB-MCX-200
Cassy, Coax, 200 mm, NFB, MCXM, LMR100, RA
CA100-NFB-MCXRA-4
Cassy, Coax, 200 mm, NF, MCXM, LMR100, RA
CA100-NFB-MCXRA375
Cassy, Coax, 375 mm, NFB
CA100-NFB-MMCX-12
Cassy, Coax,12 in, NFB, MMCXP, LMR100 ,RA
CA100-NFB-MMCXS-18
Cassy, Coax,18 in, NFB, MMCXP, LMR100, STR
CA100-NFB-RMMCX-12
Cassy, Coax,12 in, NFB, RMMXP, RG316, RA
CA100-NFB-RSMAM-12
Cassy, Coax,12 in, NFB, RSMAM, LMR100
CA100-NFB-RTNCM-12
Cassy, Coax,12 in, NFB, RTNM, LMR100
CA100-NFB-SMAM-12
Cassy, Coax,12 in, NFB, SMAM, LMR100
CA100-NFB-SMAM-8
Cassy, Coax, 8 in, NFB, SMAM, LMR100
CA195-NM-RSMAM-36
Cassy, Coax, 36 in, NM RSMAM, LMR195
CA195-NM-SMAM-3
Cassy, Coax, 36 in, NM, SMAM
CA195-NM-SMAM-6
Cassy, Coax, 72 in, NM, SMAM
CA195-SMAM-SMAM-38
Cassy, Coax, 38 in, SMAM SMAM, LMR195, WHT
CA195SMAM-RSMAM24
Cassy, Coax, 24 in, SMAM RSMAM, LMR195
CA400-NM-NM-48
N Male to N Male Jumper, LMR400, 48 in
CA400-NM-RPSMAM-72
Cassy, Coax, 72 in, NM RSMAM, LMR400
CA405-NFB-RASMA-3
Cassy, Coax, 3.5 in, NFB SMAM, TFLEX405, RA
CA405-SMA-MMCX-117
Cassy, Coax, 117 mm, SMAF MMCXP, TFLEX405, RA, BH
CA405RTNCB-MMCX150
Cassy, Coax, 150 mm, RTNF MMCXP, TFLEX405, RA, BH
CA405RTNCB-MMCX228
Cassy, Coax, 228 mm, RTNF MMCXP, TFLEX405, RA, BH
CA405RTNCB-MMCX250
Cassy, Coax, 250 mm, RTNF MMCXP, TFLEX405, RA, BH
DC to DC Converter
CA100-NM-MC-12
Cassy, Coax,12 in, NM, MCM, LMR100
CA100-NM-MMCX-12
Cassy, Coax,12 in, NM, MMCXP, LMR100, RA
CA100-NM-MMCX-8
Cassy, Coax, 8 in, NM, MMCXP, LMR100, RA
PART NUMBER
CA100-NM-RASMAM-12
Cassy, Coax,12 in, NM, SMAM, LMR100, RA
DCDC-1032-5
DC-DC Conv,10V-32VDC INP 3A MAX LD,15W MAX
CA100-NM-RSMAM-12
Cassy, Coax, 12 in, NM, RSMAM, RG316, RA
DCDC-1532-5/12
DC-DC Conv,15V-32VDC IN 3A/1.25A MAX LD,15W MAX
CA100-NM-RSMAM-6
Cassy, Coax, 6 in, NM, RSMAM, LMR100
DCDC-1632-12
DC-DC Conv,16V-32VDC INP 1.25A MAX LD,15W MAX
CA100-NM-RSMAM-8
Cassy, Coax, 8 in, NM, RSMAM, LMR100
CA100-NM-RTNCM-12
Cassy, Coax, 12 in, NM, RTNM, LMR100
CA100-NM-SMAM-12
Cassy, Coax, 12 in, NM, SMAM, LMR100
CA100-RPTNCF-NC-6
Cassy, Coax, 6 in, RTNF, NC, LMR100
CA100-RSMAM-RPSMA
Cassy, 12 in, RSMAM, RSMAF, RG-316, LMR100
CA100-SMAF-RAMCX-3
Cassy, Coax, 3 in, SMAF, MCXM, LMR100, RA
CA100-SMAM-RSMAM-8
Cassy, Coax, 8 in, SMAM, RSMAM, LMR100
CA100-SMAM-SMAM-12
Cassy, Coax, 12 in, SMAM, SMAM, LMR100
CA100-SMAM-SMAM-18
Cassy, Coax, 18 in, SMAM, SMAM, LMR100
CA100-SMAM-SMAM-8
Cassy, Coax, 8 in, SMAM, SMAM, LMR100
CA100-TNCF-NC-6
Cassy, Coax, 6 in, TNCF, NC, LMR100, WHT
CA100MCXRA-SMBRA11
Cassy, Coax, 11 in, MCXM, SMBM, LMR100, RA
CA100NFB-MCXRA200
Cassy, Coax, 200 mm, NF, MCXM, LMR100, RA
CA100NFB-RASMAM12
Cassy, Coax, 12 in, NFB, SMAM, LMR100, RA
DESCRIPTION
Die Cast Enclosures
PART NUMBER
DCE-7x6x2
DCE-H-10x10x2
DCE-H-7x6x2
DESCRIPTION
Die Cast Aluminum Enclosure with 7 engineered
knockouts - Nema 6 Rated - with pole mount bracket
10x10x2 Hinged Die Cast Aluminum Enclosure with 7
Engineered knockouts - Nema 6 Rated - with pole mount
bracket
7x6x2 Hinged Die Cast Aluminum Enclosure with 7 Engineered
knockouts - Nema 6 Rated - with pole mount bracket
LAIRDTECH.COM | 5
Telecom - Backhaul Accessories
Mounts
PART NUMBER
POE-Power Over Ethernet (cont’d)
DESCRIPTION
MM-110N, -RTNC, Vehicle Magnetic Mount - Large (4" dia, 10' LMR195, N Female,
RTNC, or SMAM Connector)
-SMAM
MM-90N
Vehicle Magnetic Mount - Small (3.5" dia, 10' LMR195, N Female Connector)
MM-RD-RSMA,
-SMAF
Mount,Mag,195-5'-RSMAM, -SMAF RSMAF Mag Mount
PART NUMBER
DESCRIPTION
POE-48iD-EU
POE Power Supply/Inserter, Midspan Intelligent Detect, 48VDC output @ 0.35A,
16.8W, Lightning/Surge protection on Ethernet pairs - (Europe Power Cord)
POE-48iD-NC
POE Power Supply/Inserter, Midspan Intelligent Detect, 48VDC output @
0.35A, 16.8W, Lightning/Surge protection on Ethernet pairs (No Power Cord)
POE-55i4sG-AFI POE, AF Inj, 55VDC, 30W, 100-240VAC, GBIT, 802.3af
MM-SM-LP-NF-26 Mount, SMLP,RG58-26.6 in, N VEHICLE MOUNT
MM-SM-LPN
MM-SMN, -RPTNC,
Mount, SM, 240-10' or 240-15’, NF, or RTNM, or SMAM NF Vehicle Mount
-SMAM
MM-TMN
POE-5s-afi
POE Splitter 802.3af , Output 5VDC at 2.4A 12W
POE-9s-afi
POE Splitter 802.3af, Output 9VDC at .75A 12W
POE-HP-24i
POE Power Supply/Inserter Input 90-264VAC, Output 24VDC at 2A 50W
POE-HP-50i
POE Power Supply/Inserter Input 90-264VAC, Output 50VDC at 1A 50W
Lightning/Surge protection on Ethernet pairs
Mount, SMLP,240-10', NF NF Vehicle Mount
Mount, TM, 240-10', NF NF Vehicle Mount
POE-Power Over Ethernet
PART NUMBER
POE-PS-150-001 POE, Psplit, 150 mm, RJ45 TO RJ45/DC, NON 802.3af
ESP-100-POE
Network Lightning/Surge Protector, 100Mbps Data Rate, LAN/POE
7.5V/70V Clamp Voltage, 10KA Surge
DESCRIPTION
POE-12i
POE Power Supply/Inserter Input 90-264VAC, Output 12VDC at 1A 12W
POE-12s-afi
POE Splitter 802.3af, Output 12VDC at 1A 12W
POE-18i4s POE-4x12i
Four Port POE Power Supply/Inserter Input 100-240VAC, Output
12VDC at .7A 12W Non 802.3af
POE-18i
POE Power Supply/Inserter Input 90-264VAC, Output 18VDC at .7A 12W
POE-18i-EU
POE Power Supply/Inserter Input 90-264VAC, Output 18VDC
at .7A 12W (Europe Power Cord)
POE-18i-NC
POE Power Supply/Inserter Input 90-264VAC, Output 18VDC
at .7A 12W (No Power Cord)
POE-4x18i
Four Port POE Power Supply/Inserter Input 90-264VAC, Output
18VDC at .7A 12W
POE-24i
POE Power Supply/Inserter Input 90-264VAC, Output 24VDC at .5A 12W
POE-24i-CI
POE Power Supply/Inserter Input 90-264VAC, Output 24VDC at .5A
12W, Current Detection Indicator
POE-24i-EU
POE Power Supply/Inserter Input 90-264VAC, Output 24VDC at .5A
12W (Europe Power Cord)
POE-4x24i
Four Port POE Power Supply/Inserter Input 90-264VAC, Output
24VDC at .5A 12W
PART NUMBER
POE-24iR
POE Power Supply/Inserter Input 90-264VAC, Output 24VDC at .5A
12W, pin 4,5 (-), pin 7,8 (+)
SP3-90-6-BFF, -BFM
Surge Protector – 90V – 100MHz to 3GHz, N Fem to N Fem, .4dB
IL, 6KA Discharge
POE-24iR-CI
POE Power Supply/Inserter Input 90-264VAC, Output 24VDC
at .5A 12W,, Current Detection Indicator
SP6-230-BFF, -BFM
Surge Protector – 230V – DC to 6GHz, N Fem to N Fem, .2dB
IL@3GHz, .4dB IL@5GHz
SP6-230RSMAM-RSMAF
Surge Protector – 230V – DC to 6GHz, RSMAM to RSMAF,
SP6DC-BFF
Surge Protector- 1/4 Wave DC GROUND, 2300-6000MHz, .3dB IL,
N Fem to N Fem
ESP-100-POE
Network Lightning/Surge Protector, 100Mbps Data Rate,
LAN/POE 7.5V/70V Clamp Voltage, 10KA Surge
POE-24s-afi
POE Splitter 802.3af, Output 24VDC at .5A 12W
POE-48i
POE Power Supply/Inserter Input 90-264VAC, Output 48VDC at
0.35A 16.8W, Lightning/Surge protection on Ethernet pairs
POE-48i-CI
POE Power Supply/Inserter Input 90-264VAC, Output 48VDC at
0.35A 16.8W, Lightning/Surge protection on Ethernet pairs,
Current Detection Indicator
POE-48I-CI-EU
POE Power Supply/Inserter Input 90-264VAC, Output 48VDC at
0.35A
16.8W, Lightning/Surge protection on Ethernet pairs,
Current Detection Indicator (Europe Power Cord)
POE-48i-EU
POE-48i-NC
POE Power Supply/Inserter Input 90-264VAC, Output 48VDC at 0.35A
16.8W, Lightning/Surge protection on Ethernet pairs (Europe Power Cord)
POE Power Supply/Inserter Input 90-264VAC, Output 48VDC at 0.35A
16.8W, Lightning/Surge protection on Ethernet pairs (No Power Cord)
POE-48i12s
POE System - Input 90-264VAC, Output 12VDC 1A
POE-48i12s-afi
POE System - Input 90-264VAC, Output 12VDC 1A, AFI
POE-4x48i
POE-4x48i-afi
RJ45
PART NUMBER
DESCRIPTION
RJ45-ECS
RJ45 Field Replaceable Ethernet Connector System. Passes RJ45 Plug and
seals cable to IP68. Also available in 4 & 6 in.
RJ45-ECS-NR
RJ45 Field Replaceable Ethernet Connector System. Passes RJ45 Plug and
seals cable to IP68. No Relief
RJ45-FT
RJ45 Field Installable Feedthru Adapter. Passes RJ45 Plug and seals cable
to IP68. 10 pack
Surge Protectors
DESCRIPTION
Brackets
PART NUMBER
DESCRIPTION
UM, UM-UB, UML
Universal Mount, Ubolt Kit for pole mounting, Universal Mount - Long
Four Port POE Power Supply/Inserter Input 90-264VAC, Output 48VDC at
0.35A 16.8W, Lightning/Surge protection on Ethernet pairs
WMB-HD
HD Series Wall Mount Bracket - For mounting a pole mount antenna
to a wall. 8"standoff from wall, 2" diameter mounting tube.
Four Port POE Power Supply/Inserter Input 90-264VAC, Output 48VDC at
0.35A 16.8W, Lightning/Surge protection on Ethernet pairs -AFI
WMB8
Wall Mount Bracket - For mounting a pole mount antenna to a wall.
8"standoff from wall, 1.25" diameter mounting tube.
POE-48i5s
POE System - Input 90-264VAC, Output 5VDC 2.4A
POE-48i5s-afi
POE System - Input 90-264VAC, Output 5VDC 2.4A, AFI
POE-48iD
POE Power Supply/Inserter, Midspan Intelligent Detect, 48VDC output @
0.35A, 16.8W, Lightning/Surge protection on Ethernet pairs
www.lairdtech.com
Americas: +1.847.839.6907
Europe: +44.1628.858941
Asia: +86.21.5855.0827.127
IAS-BRO-Telecom-Backhaul 0115
Any information furnished by Laird Inc. and its agents is believed to be accurate and reliable. All specifications are subject to change without notice. Responsibility for the use
and application of Laird materials rests with the end user, since Laird and its agents cannot be aware of all potential uses. Laird makes no warranties as to the fitness,
merchantability or suitability of any Laird materials or products for any specific or general uses. Laird shall not be liable for incidental or consequential damages of any kind. All
Laird products are sold pursuant to the Laird Terms and Conditions of sale in effect from time to time, a copy of which will be furnished upon request. © Copyright 2015 Laird
Inc. All Rights Reserved. Laird, Laird Technologies, the Laird Logo, and other marks are trade marks or registered trade marks of Laird Inc. or an affiliate company thereof. Other
product or service names may be the property of third parties. Nothing herein provides a license under any Laird or any third party intellectual property rights.
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