Transcript
High-Performance Passive Devices In the battle against passive intermodulation (PIM), CommScope unveils a new standard for passive components.
Table of Contents Introduction Why permit a preventable weakness in your network?.......................................................4 What is PIM and what causes it?.....................................................................................4
All about PIM and our experiences High-performance active components are also highly susceptible to PIM...............................5 Deploy proactive, proven protection against PIM...............................................................6
PIM products in detail Part number description..................................................................................................7 Air Directional Couplers.................................................................................................8 Attenuators...................................................................................................................10 Coaxial Loads / Terminations..........................................................................................12 Tappers........................................................................................................................14 Hybrid Couplers............................................................................................................16 High Power Splitters.......................................................................................................17 CMAX SISO and MIMO Antennas...................................................................................18
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Why permit a preventable weakness in your network? To streamline the modernization of your LTE network, you invested a tremendous amount of time, energy, resources and expertise into a variety of active components. Imagine commissioning your new hardware, only to discover a massive, network-wide spike in PIM caused by your Achilles heel: low-quality passive components.
Subscribers want it all Recent wireless usage statistics prove that today’s subscribers expect “five bars” of signal strength and instant data speeds— everywhere, all the time: 100%
4G LTE networks
- and the sophisticated distributed antenna systems (DAS) supporting them—represent MORE. More capacity. More frequency bands. More data traffic. More powerful technology. More effective performance. More revenue potential.
2011
2012
2013
2014
2015
2016
80%
41%
40%
2017
66%
60%
20% 0%
But the modern 4G LTE network is also far more complex than its predecessors. Capacity requirements are doubling every year, requiring higher carrier counts and more efficient modulations schemes. These challenges introduce a greater probability of PIM interference—and that can cause major deployment headaches for you.
TRAFFIC VIA MOBILE DEVICES
6% 2012
2013
80% GROWTH ~ in data traffic across ~ WORLDWIDE WIRELESS NETWORKS BETWEEN 2012 AND 2013
Source: “Cisco Visual Networking Index: Global Mobile Data Traffic Forecast Update, 2013–2018”, Feb. 5, 2014
What is PIM and what causes it? In a passive non-linear radio frequency (RF) circuit, PIM is the interaction of fundamental signal frequencies that produces extra unwanted signals. These unwanted signals inadvertently produce many signals at other frequencies. These frequencies, called harmonics (integer multiples), are what cause signal interference. From an antenna performance perspective, PIM typically occurs when:
From a design, deployment and usage perspective, PIM is typically caused by:
• PIM products fail in the receiver band
• Surface oxidation in the RF path
• Two or more transmitter channels share a common antenna
• Improperly torqued connectors
• Transmitter signal levels are high
• Insufficient metal plating
• Transmitters and receivers are duplexed
• Poor solder connections and splatters
• Contact between dissimilar metals as a result of insufficient plating of metal
• Structures or objects close to the cell site
• Improperly torqued connectors • Structures or objects in close proximity to the site
• Loose metal-to-metal contacts
• Nearby ferromagnetic materials • Component vibration
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3
High-performance active components are also highly susceptible to PIM Over the years, PIM has evolved from a virtually unknown DAS performance metric into a critical system requirement. Network performance, as identified by download speed, is highly susceptible to smaller levels of distortion that significantly impact performance. Hyper-sensitive antennas and radios, multiple frequency overlays and more components in the RF path create an environment where the margin for error for PIM continues to shrink. Download speeds are critical in DAS environments like stadiums, where many components in the RF path can generate PIM. Splitters, hybrid couplers, directional couplers and tappers are being installed closer to active signal sources. To accommodate this closer proximity, minimum PIM specifications for these signal distribution components continue to rise. As a result, our suite of -160 dBc (-117 dBm) passive devices represents the high-performance innovation and cost-effective quality you’ve come to expect from the Andrew® portfolio of wireless solutions.
Partner with a single-source, end-to-end, global network infrastructure provider We address PIM with a holistic, proactive approach. Nothing is left to chance. We begin with quality soldering and sealing. We use non-ferric designs, thorough testing procedures, precise field installation and performance optimization to mitigate PIM interference. We achieve this quality by blending emerging technology with world-class expertise and local insight supports by a global presence. Designed to support the extremely high data rates and multi-channel counts used in applications like MIMO, Andrew -160 dBc passives are engineered to meet spectrum allocations of 698-2700 MHz. 4
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100%
Tested
Deploy proactive, proven protection against PIM To achieve consistent performance, every active device in your network must be supported by a series of passive devices. Yet for every 1 dB reduction in uplink caused by PIM, 11 percent of coverage is lost. Why take such a risk? Instead of trying to find and replace poorly performing passive components after installing them, use -160 dBc Passive Devices as part of your initial deployment. • Quickly and easily view PIM test data with our WebTrak® internet app • Offer the optimal customer experience provided by your technology • Minimize PIM issues during system optimization • Ensure the greatest possible coverage • Maximize data throughput • Accelerate time-to-market
Get the PIM info you need
Built and tested to last To ensure durable performance under extreme environmental conditions, our engineers expose components to a variety of stringent tests: • Electrical stress • 10G to 50G vibrations • Accelerated life testing (ALT/HALT) • +85° C to -35° C temperature fluctuations
To learn more about our groundbreaking -160 Passives Devices, contact your local CommScope representative.
View comprehensive testing results for your network online using CommScope’s WebTrak® app. View swept frequency plots for specific passive component related to PIM, VSWR, insertion loss, isolation and coupling.
When performance is vital, peace of mind is priceless Every CommScope passive device is factory pretested to drive down signal-to-noise ratio and optimize MIMO antenna performance. When you see the Andrew brand on your CommScope couplers, hybrids, splitters and tappers, take confidence in the performance of your network.
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5
Part number descriptions
In-building Antenna Model Number Sequence Antenna Type MIMO
Brand
PIM
CMAX - D M 60 - C
P
Nominal Half Beam Width
U
S
E
i53
Frequency Group
Outdoor Antenna Model Number Sequence Brand
Environmental Rating
CELLMAX - EXT - C
CELLMAX - D - C
P
P
U
U
S
S
E
E - O Environmental Rating
Frequency Group
Splitter Model Number Sequence Device Type
PIM
Power
S - * - C
P
U
S
Number of Outputs
Frequency Group
E - L - N i6 Connector Type
Coupler, Hybrid Coupler and Tapper Model Number Sequence Device Type
Connector Type
H - * - C
P
Coupling Factor
U
S
E - N - Ai6 Internal Construction Low IMD
Frequency Group
Termination Model Number Sequence Connector Type
Termination
T
-
*
-
N
Power Rating
PIM
M Gender
Connector Type
AT
-
*
-
Attenuation 6
N
-
PIM
FF
ANTENNA TYPE O = Omni-directional D = Directional PIM i6 = -160dBc Low IMD i53 = -153dBc Low IMD ENVIRONMENTAL RATING O = Outdoor Rated EXT = Exterior FREQUENCY GROUP T = 300-500 MHz TETRA Band C = 800-1000 MHz Cellular/GSM Band P = 1700-2000 MHz PCN/PCS Bands U = 2000-2300 MHz UMTS/3G Bands S = 2300-2400 MHz Spread Spectrum Band E = 698-800/2400-2700 MHz Evolution Band W = 2700-3800 MHz NOMINAL HALF POWER BEAMWIDTH 30 = 30˚ 60 = 60˚ DEVICE TYPE S = Splitter C = Coupler CT = Tapper H = Hybrid T = Termination AT = Attenuator SPLITTERS * = 2, 3, or 4 ways L = Low power H = High power COUPLERS * = Coupling: 5, 6, 8, 10, 13, 15, 20, 30 dB A = Air dielectric low IMD TAPPERS * = Coupling factor: 6, 8, 10, 13, 15, 20, 30 dB
i6
Attenuator Model Number Sequence Device Type
BRAND CELLMAX = CommScope Cell-Max™ Antenna CMAX = CommScope Cell-Max™ Antenna
i6
Interface Type
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HYBRIDS * = Coupling factor: 3 dB A = Air dielectric low IMD TERMINATIONS * = Max power rating: 2, 10, 25, 30, 50,100 W M = Male F = Female S = Square section cooling element, default is round
Air Directional Couplers These couplers are ideal for complex applications. They enforce very low passive intermodulation, minimize RF insertion loss and enable multiband frequency coverage. • N and DIN Connectors • 200 W N-type, 300W DIN7-16, -160 dBc C-6-CPUSE-D-Ai6 with 7-16 DIN Female connector
• IP 65 for indoor and outdoor use • Air dielectric version of C-x-CPUSE-x-Ai6 range C-5-CPUSE-D-Ai6
C-5-CPUSE-N-Ai6
C-6-CPUSE-D-Ai6
C-6-CPUSE-N-Ai6
C-8-CPUSE-D-Ai6
C-8-CPUSE-N-Ai6
C-10-CPUSE-D-Ai6
C-10-CPUSE-N-Ai6
7-16 DIN Female
N Female
7-16 DIN Female
N Female
200 W
300 W
General Specifications Brand
Andrew®
Device Type Interface
Coupler 7-16 DIN Female
N Female
7-16 DIN Female
N Female
Color
Silver
Electrical Specifications Operating Frequency Band
698 – 2700 MHz
3rd Order IMD
-160 dBc (relative to carrier)
3rd Order IMD Test Method Average Power, maximum Coupling
Two +43 dBm carriers 300 W
200 W 4.8 dB
300 W
200 W
300 W
6.0 dB
Coupling Tolerance
200 W
8.0 dB
10.0 dB
±1.0 dB
Impedance
50 ohm
Insertion Loss @ 698 – 2700 MHz
2.5 dB
1.6 dB
1.1 dB
0.7 dB
Isolation @ 698 – 2700 MHz
25 dB
26 dB
28 dB
30 dB
70 W
100 W
Peak Power, maximum
1 kW
Reflected Power, maximum
30 W
40 W
Return Loss, minimum
20.8 dB
VSWR
1.2:1
Mechanical Specifications Inner Contact Plating
Silver
Outer Contact Plating
Trimetal
Environmental Specifications Application
Indoor/Outdoor
Ingress Protection Test Method
IEC 60529:2001, IP65
Operating Temperature
-35 °C to +85 °C (-31 °F to +185 °F)
Relative Humidity
Up to 100%
Dimensions Height
36.00 mm | 1.42 in
Length
169.00 mm | 6.65 in 155.00 mm | 6.10 in 169.00 mm | 6.65 in 155.00 mm | 6.10 in 169.00 mm | 6.65 in 155.00 mm | 6.10 in 169.00 mm | 6.65 in 155.00 mm | 6.10 in
22.00 mm | 0.87 in
36.00 mm | 1.42 in
22.00 mm | 0.87 in
36.00 mm | 1.42 in
22.00 mm | 0.87 in
36.00 mm | 1.42 in
22.00 mm | 0.87 in
Width
74.50 mm | 2.93 in
75.00 mm | 2.95 in
74.50 mm | 2.93 in
75.00 mm | 2.95 in
74.50 mm | 2.93 in
75.00 mm | 2.95 in
74.50 mm | 2.93 in
75.00 mm | 2.95 in
Net Weight
900.00 g | 1.98 lb
380.00 g | 0.84 lb
900.00 g | 1.98 lb
380.00 g | 0.84 lb
900.00 g | 1.98 lb
380.00 g | 0.84 lb
900.00 g | 1.98 lb
380.00 g | 0.84 lb
Packed Dimensions Height
65.0 mm | 2.6 in
40.0 mm | 1.6 in
65.0 mm | 2.6 in
40.0 mm | 1.6 in
65.0 mm | 2.6 in
40.0 mm | 1.6 in
65.0 mm | 2.6 in
40.0 mm | 1.6 in
Length
170.0 mm | 6.7 in
180.0 mm | 7.1 in
170.0 mm | 6.7 in
180.0 mm | 7.1 in
170.0 mm | 6.7 in
180.0 mm | 7.1 in
170.0 mm | 6.7 in
180.0 mm | 7.1 in
Width
110.0 mm | 4.3 in
90.0 mm | 3.5 in
110.0 mm | 4.3 in
90.0 mm | 3.5 in
110.0 mm | 4.3 in
90.0 mm | 3.5 in
110.0 mm | 4.3 in
90.0 mm | 3.5 in
Shipping Weight
980.00 g | 2.16 lb
420.00 g | 0.93 lb
980.00 g | 2.16 lb
420.00 g | 0.93 lb
980.00 g | 2.16 lb
420.00 g | 0.93 lb
980.00 g | 2.16 lb
420.00 g | 0.93 lb
For more information, visit commscope.com
7
Air Directional Couplers
C-30-CPUSE-N-Ai6 with N Female connector
C-13-CPUSE-D-Ai6
C-13-CPUSE-N-Ai6
C-15-CPUSE-D-Ai6
C-15-CPUSE-N-Ai6
C-20-CPUSE-D-Ai6
C-20-CPUSE-N-Ai6
C-30-CPUSE-D-Ai6
C-30-CPUSE-N-Ai6
7-16 DIN Female
N Female
7-16 DIN Female
N Female
200 W
300 W
General Specifications Brand
Andrew®
Device Type
Coupler
Interface
7-16 DIN Female
N Female
7-16 DIN Female
N Female
Color
Silver
Electrical Specifications Operating Frequency Band
698 – 2700 MHz
3rd Order IMD
-160 dBc (relative to carrier)
3rd Order IMD Test Method Average Power, maximum Coupling
Two +43 dBm carriers 300 W
200 W 13.0 dB
Coupling Tolerance
300 W
200 W
300 W
15.0 dB
20.0 dB
±1.0 dB
Impedance
200 W 30.0 dB ±1.2 dB
50 ohm
Insertion Loss @ 698–2700 MHz
0.5 dB
0.4 dB
0.2 dB
0.2 dB
Isolation @ 698–2700 MHz
33 dB
35 dB
40 dB
50 dB
Peak Power, maximum
1 kW
Reflected Power, maximum
200 W
Return Loss, minimum
20.8 dB
VSWR
1.2:1
Mechanical Specifications Inner Contact Plating
Silver
Outer Contact Plating
Trimetal
Environmental Specifications Application
Indoor/Outdoor
Ingress Protection Test Method
IEC 60529:2001, IP65
Operating Temperature
-35 °C to +85 °C (-31 °F to +185 °F)
Relative Humidity
Up to 100%
Dimensions Height
36.00 mm | 1.42 in
22.00 mm | 0.87 in
36.00 mm | 1.42 in
22.00 mm | 0.87 in
36.00 mm | 1.42 in
22.00 mm | 0.87 in
36.00 mm | 1.42 in
22.00 mm | 0.87 in
Length
169.00 mm | 6.65 in 155.00 mm | 6.10 in 169.00 mm | 6.65 in 155.00 mm | 6.10 in 169.00 mm | 6.65 in 155.00 mm | 6.10 in 169.00 mm | 6.65 in 155.00 mm | 6.10 in
Width
74.50 mm | 2.93 in 75.00 m m | 2.95 in 74.50 mm | 2.93 in
75.00 mm | 2.95 in
74.50 mm | 2.93 in
75.00 mm | 2.95 in
74.50 mm | 2.93 in
75.00 mm | 2.95 in
Net Weight
900.00 g | 1.98 lb
380.00 g | 0.84 lb
900.00 g | 1.98 lb
380.00 g | 0.84 lb
900.00 g | 1.98 lb
380.00 g | 0.84 lb
900.00 g | 1.98 lb
380.00 g | 0.84 lb
65.0 mm | 2.6 in
40.0 mm | 1.6 in
65.0 mm | 2.6 in
40.0 mm | 1.6 in
65.0 mm | 2.6 in
40.0 mm | 1.6 in
65.0 mm | 2.6 in
40.0 mm | 1.6 in 180.0 mm | 7.1 in
Packed Dimensions Height Length
170.0 mm | 6.7 in
180.0 mm | 7.1 in
170.0 mm | 6.7 in
180.0 mm | 7.1 in
170.0 mm | 6.7 in
180.0 mm | 7.1 in
170.0 mm | 6.7 in
Width
110.0 mm | 4.3 in
90.0 mm | 3.5 in
110.0 mm | 4.3 in
90.0 mm | 3.5 in
110.0 mm | 4.3 in
90.0 mm | 3.5 in
110.0 mm | 4.3 in
90.0 mm | 3.5 in
Shipping Weight
980.00 g | 2.16 lb
420.00 g | 0.93 lb
980.00 g | 2.16 lb
420.00 g | 0.93 lb
980.00 g | 2.16 lb
420.00 g | 0.93 lb
980.00 g | 2.16 lb
420.00 g | 0.93 lb
8
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Attenuators These attenuators are ideal for high power applications where low PIM is essential. • Male to Female and Female to Female connector for both N-Type and DIN-type • 100 W average power AT-6-D-MFi6 with 7-16 DIN Female connector
• IP65 for indoor and outdoor use • Low PIM, -160 dBc @ 2x43 dBm AT-3-N-FFi6
AT-6-N-FFi6
AT-6-D-MFi6
AT-6-N-MFi6
AT-10-N-FFi6
AT-10-D-MFi6
AT-10-N-MFi6
AT-15-N-FFi6
General Specifications Brand
Andrew®
Device Type
Attenuator
Interface
N Female
N Female
7-16 DIN Male
N Male
N Female
7-16 DIN Male
N Male
N Female
Interface 2
N Female
N Female
7-16 DIN Female
N Female
N Female
7-16 DIN Female
N Female
N Female
Color
Silver
Electrical Specifications Operating Frequency Band
698 – 2700 MHz
3rd Order IMD
-160 dBc (relative to carrier)
3rd Order IMD Test Method
Two +43 dBm carriers
Attenuation
3.0 dB
Attenuation Tolerance
±0.8 dB
6.0 dB
10.0 dB
15.0 dB
±1.0 dB
Average Power, maximum
100 W
Impedance
50 ohm
Return Loss, minimum
19.0 dB
VSWR
1.25:1
Mechanical Specifications Inner Contact Plating
Silver
Outer Contact Plating
Trimetal
Environmental Specifications Application
Indoor/Outdoor
Ingress Protection Test Method
IEC 60529:2001, IP65
Operating Temperature
-25 °C to +50 °C (-13 °F to +122 °F)
Relative Humidity
Up to 100%
Dimensions Height
89.00 mm | 3.50 in
Length
210.00 mm | 8.27 in 247.00 mm | 9.72 in 272.00 mm | 10.71 in 247.00 mm | 9.72 in 247.00 mm | 9.72 in 272.00 mm | 10.71 in 247.00 mm | 9.72 in 247.00 mm | 9.72 in
Width
167.00 mm | 6.57 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in
Net Weight
3.23 kg | 7.12 lb
89.00 mm | 3.50 in
3.12 kg | 6.88 lb
93.00 mm | 3.66 in
3.49 kg | 7.69 lb
89.00 mm | 3.50 in
3.16 kg | 6.97 lb
89.00 mm | 3.50 in
3.12 kg | 6.88 lb
93.00 mm | 3.66 in
3.49 kg | 7.69 lb
89.00 mm | 3.50 in
89.00 mm | 3.50 in
3.16 kg | 6.97 lb
3.12 kg | 6.88 lb
Packed Dimensions Height
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
Length
220.0 mm | 8.7 in
270.0 mm | 10.6 in
285.0 mm | 11.2 in
270.0 mm | 10.6 in
270.0 mm | 10.6 in
285.0 mm | 11.2 in
270.0 mm | 10.6 in
270.0 mm | 10.6 in
Width
190.0 mm | 7.5 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
Shipping Weight
3.41 kg | 7.52 lb
3.29 kg | 7.25 lb
3.65 kg | 8.05 lb
3.32 kg | 7.32 lb
3.29 kg | 7.25 lb
3.65 kg | 8.05 lb
3.32 kg | 7.32 lb
3.29 kg | 7.25 lb
For more information, visit commscope.com
9
Attenuators
AT-6-N-FFi6 with N Female connector
AT-15-D-MFi6
AT-15-N-MFi6
AT-20-N-FFi6
AT-20-D-MFi6
AT-20-N-MFi6
AT-30-N-FFi6
AT-30-D-MFi6
AT-30-N-MFi6
General Specifications Brand
Andrew®
Device Type
Attenuator
Interface Interface 2
7-16 DIN Male
N Male
N Female
7-16 DIN Male
N Male
N Female
7-16 DIN Male
N Male
7-16 DIN Female
N Female
N Female
7-16 DIN Female
N Female
N Female
7-16 DIN Female
N Female
Color
Silver
Electrical Specifications Operating Frequency Band
698 – 2700 MHz
3rd Order IMD
-160 dBc (relative to carrier)
3rd Order IMD Test Method Attenuation
Two +43 dBm carriers 15.0 dB
20.0 dB
Attenuation Tolerance
30.0 dB ±1.0 dB
Average Power, maximum
100 W
Impedance
50 ohm
Return Loss, minimum
19.0 dB
VSWR
1.25:1
Mechanical Specifications Inner Contact Plating
Silver
Outer Contact Plating
Trimetal
Environmental Specifications Application
Indoor/Outdoor
Ingress Protection Test Method
IEC 60529:2001, IP65
Operating Temperature
-25 °C to +50 °C (-13 °F to +122 °F)
Relative Humidity
Up to 100%
Dimensions Height
93.00 mm | 3.66 in
89.00 mm | 3.50 in
89.00 mm | 3.50 in
93.00 mm | 3.66 in
89.00 mm | 3.50 in
89.00 mm | 3.50 in
93.00 mm | 3.66 in
89.00 mm | 3.50 in
Length
272.00 mm | 10.71 in 247.00 mm | 9.72 in 247.00 mm | 9.72 in 272.00 mm | 10.71 in 247.00 mm | 9.72 in 247.00 mm | 9.72 in 272.00 mm | 10.71 in 247.00 mm | 9.72 in
Width
130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in
Net Weight
3.49 kg | 7.69 lb
3.16 kg | 6.97 lb
3.12 kg | 6.88 lb
3.49 kg | 7.69 lb
3.16 kg | 6.97 lb
3.12 kg | 6.88 lb
3.49 kg | 7.69 lb
3.16 kg | 6.97 lb
Packed Dimensions Height
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
Length
285.0 mm | 11.2 in
270.0 mm | 10.6 in
270.0 mm | 10.6 in
285.0 mm | 11.2 in
270.0 mm | 10.6 in
270.0 mm | 10.6 in
285.0 mm | 11.2 in
270.0 mm | 10.6 in
Width
135.0 mm | 5.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
Shipping Weight
3.65 kg | 8.05 lb
3.32 kg | 7.32 lb
3.29 kg | 7.25 lb
3.65 kg | 8.05 lb
3.32 kg | 7.32 lb
3.29 kg | 7.25 lb
3.65 kg | 8.05 lb
3.32 kg | 7.32 lb
10
For more information, visit commscope.com
Coaxial Loads / Terminations These terminations/loads are ideal for high power applications where low PIM is essential. They cover from 10 W to 100 W and can be used to terminating unused/open RF port. • Male connectors and female connectors N-Type and DIN-type • IP65 for indoor and outdoor use T-30-NMi6 with N Male connector
• Low PIM, -160 dBc @ 2 x 43 dBm
T-10-DFi6
T-10-DMi6
T-10-NFi6
T-10-NMi6
T-30-DFi6
T-30-DMi6
T-30-NFi6
T-30-NMi6
7-16 DIN Female
7-16 DIN Male
N Female
N Male
General Specifications Brand
Andrew®
Device Type Interface
Termination Load 7-16 DIN Female
7-16 DIN Male
N Female
N Male
Color
Silver
Electrical Specifications Operating Frequency Band
698 – 2700 MHz
3rd Order IMD
-160 dBc (relative to carrier)
3rd Order IMD Test Method
Two +40 dBm carriers
Average Power, maximum
10 W
Two +43 dBm carriers 30 W
Impedance
50 ohm
Return Loss, minimum
19.0 dB
VSWR
1.25:1
Mechanical Specifications Inner Contact Plating
Silver
Outer Contact Plating
Trimetal
Environmental Specifications Application
Indoor
Indoor/Outdoor
Ingress Protection Test Method
IEC 60529:2001, IP65
Operating Temperature
-25 °C to +50 °C (-13 °F to +122 °F)
Relative Humidity
Up to 100%
Dimensions Diameter
44.00 mm | 1.73 in
Length
151.00 mm | 5.94 in 153.00 mm | 6.02 in 142.00 mm | 5.59 in 141.00 mm | 5.55 in 177.00 mm | 6.97 in 170.50 mm | 6.71 in 168.00 mm | 6.61 in 247.00 mm | 9.72 in
Net Weight
0.60 kg | 1.32 lb
44.00 mm | 1.73 in 0.58 kg | 1.28 lb
44.00 mm | 1.73 in 0.52 kg | 1.14 lb
44.00 mm | 1.73 in 0.52 kg | 1.14 lb
54.00 mm | 2.13 in 0.81 kg | 1.79 lb
54.00 mm | 2.13 in 815.00 g | 1.80 lb
54.00 mm | 2.13 in
89.00 mm | 3.50 in
0.76 kg | 1.68 lb
3.12 kg | 6.88 lb
Packed Dimensions Height
65.0 mm | 2.6 in
65.0 mm | 2.6 in
65.0 mm | 2.6 in
65.0 mm | 2.6 in
65.0 mm | 2.6 in
65.0 mm | 2.6 in
65.0 mm | 2.6 in
65.0 mm | 2.6 in
Length
200.0 mm | 7.9 in
200.0 mm | 7.9 in
200.0 mm | 7.9 in
200.0 mm | 7.9 in
200.0 mm | 7.9 in
200.0 mm | 7.9 in
200.0 mm | 7.9 in
200.0 mm | 7.9 in
Width
85.0 mm | 3.3 in
85.0 mm | 3.3 in
85.0 mm | 3.3 in
85.0 mm | 3.3 in
85.0 mm | 3.3 in
85.0 mm | 3.3 in
85.0 mm | 3.3 in
85.0 mm | 3.3 in
Shipping Weight
0.68 kg | 1.50 lb
0.66 kg | 1.46 lb
0.60 kg | 1.32 lb
0.60 kg | 1.32 lb
0.88 kg | 1.94 lb
900.00 g | 1.98 lb
0.83 kg | 1.83 lb
840.00 g | 1.85 lb
For more information, visit commscope.com
11
Coaxial Loads / Terminations
T-50-NFi6 with N Female connector
T-50-DFi6
T-50-DMi6
T-50-NFi6
T-50-NMi6
T-100-DFi6
T-100-DMi6
T-100-NFi6
T-100-NMi6
7-16 DIN Male
N Female
N Male
75.00 mm | 2.95 in
75.00 mm | 2.95 in
General Specifications Brand
Andrew®
Device Type
Termination Load
Interface
7-16 DIN Female
7-16 DIN Male
N Female
N Male
7-16 DIN Female
Color
Silver
Electrical Specifications Operating Frequency Band
698 – 2700 MHz
3rd Order IMD
-160 dBc (relative to carrier)
3rd Order IMD Test Method
Two +43 dBm carriers
Average Power, maximum
50 W
100 W
Impedance
50 ohm
Return Loss, minimum
19.0 dB
VSWR
1.25:1
Mechanical Specifications Inner Contact Plating
Silver
Outer Contact Plating
Trimetal
Environmental Specifications Application
Indoor/Outdoor
Ingress Protection Test Method
IEC 60529:2001, IP65
Operating Temperature
-25 °C to +50 °C (-13 °F to +122 °F)
Relative Humidity
Up to 100%
Dimensions Height
74.00 mm | 2.91 in
Length
180.00 mm | 7.09 in 173.50 mm | 6.83 in 171.00 mm | 6.73 in 173.50 mm | 6.83 in 240.00 mm | 9.45 in 236.00 mm | 9.29 in 231.00 mm | 9.09 in 230.00 mm | 9.06 in
74.00 mm | 2.91 in
74.00 mm | 2.91 in
74.00 mm | 2.91 in
75.00 mm | 2.95 in
75.00 mm | 2.95 in
Width
60.00 mm | 2.36 in
60.00 mm | 2.36 in
60.00 mm | 2.36 in
Net Weight
1290.00 g | 2.84 lb
1310.00 g | 2.89 lb
1.23 kg | 2.71 lb
60.00 mm | 2.36 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 130.00 mm | 5.12 in 1.25 kg | 2.76 lb
2.54 kg | 5.60 lb
2.53 kg | 5.58 lb
2.45 kg | 5.40 lb
2.46 kg | 5.42 lb
Height
75.0 mm | 3.0 in
65.0 mm | 2.6 in
73.0 mm | 2.9 in
65.0 mm | 2.6 in
65.0 mm | 2.6 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
105.0 mm | 4.1 in
Length
210.0 mm | 8.3 in
200.0 mm | 7.9 in
210.0 mm | 8.3 in
200.0 mm | 7.9 in
200.0 mm | 7.9 in
270.0 mm | 10.6 in
270.0 mm | 10.6 in
270.0 mm | 10.6 in
Width
90.0 mm | 3.5 in
85.0 mm | 3.3 in
90.0 mm | 3.5 in
85.0 mm | 3.3 in
85.0 mm | 3.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
135.0 mm | 5.3 in
1500.00 g | 3.31 lb
0.66 kg | 1.46 lb
1.44 kg | 3.17 lb
1.45 kg | 3.20 lb
0.88 kg | 1.94 lb
2.72 kg | 6.00 lb
2.64 kg | 5.82 lb
2.65 kg | 5.84 lb
Packed Dimensions
Shipping Weight
12
For more information, visit commscope.com
Tappers Tappers support indoor applications in the 700 LTE band, 900 MHz cellular/GSM band, PCS/DCS-1800 band, and the 3G band to 2700 MHz. Each unit couples a defined fraction of high-power cellular signal with minimal reflections or loss. The wide frequency range is ideal for multiband antennas, radiating cable systems and in-wire base stations. • N and DIN Connectors
CT-6-CPUSE-D-Ai6 with 7-16 DIN Female connector
• IP 65 for indoor and outdoor use
• Low dissipation loss
• Spring clip makes wall mounting easy CT-6-CPUSE-Di6
CT-6-CPUSE-Ni6
CT-8-CPUSE-Di6
CT-8-CPUSE-Ni6
CT-10-CPUSE-Di6
CT-10-CPUSE-Ni6
CT-13-CPUSE-Di6
CT-13-CPUSE-Ni6
7-16 DIN Female
N Female
7-16 DIN Female
N Female
200 W
300 W
General Specifications Brand
Andrew®
Device Type
Tapper
Interface
7-16 DIN Female
N Female
7-16 DIN Female
N Female
Color
Silver
Electrical Specifications Operating Frequency Band
698 – 960 MHz | 1710 – 2700 MHz
3rd Order IMD
-160 dBc (relative to carrier)
3rd Order IMD Test Method
Two +43 dBm carriers
Average Power, maximum
300 W
200 W
Coupling
300 W
200 W
6.0 dB
300 W
8.0 dB
Coupling Tolerance
13.0 dB
±1.0 dB
±1.25 dB
0.7 dB @ 1710–2700 MHz 0.7 dB @ 698–960 MHz
0.6 dB @ 1710–2700 MHz 0.6 dB @ 698–960 MHz
±0.8 dB
Impedance
200 W
10.0 dB 50 ohm
1.6 dB @ 1710–2700 MHz 1.6 dB @ 698–960 MHz
Insertion Loss at Frequency Band
1.1 dB @ 1710–2700 MHz 1.1 dB @ 698–960 MHz
Peak Power, maximum
3 kW
Reflected Power, maximum
200 W
Return Loss, minimum
17.7 dB
19.1 dB
20.8 dB
1.3:1
1.25:1
1.2:1
VSWR Mechanical Specifications Inner Contact Plating
Silver
Outer Contact Plating
Trimetal
Environmental Specifications Application
Indoor/Outdoor
Ingress Protection Test Method
IEC 60529:2001, IP65
Operating Temperature
-35 °C to +85 °C (-31 °F to +185 °F)
Relative Humidity
Up to 100%
Dimensions Height
28.90 mm | 1.14 in
Length
153.60 mm | 6.05 in 141.00 mm | 5.55 in 153.60 mm | 6.05 in 141.00 mm | 5.55 in 153.60 mm | 6.05 in 141.00 mm | 5.55 in 153.60 mm | 6.05 in 141.00 mm | 5.55 in
25.00 mm | 0.98 in
28.90 mm | 1.14 in
25.00 mm | 0.98 in
28.90 mm | 1.14 in
25.00 mm | 0.98 in
28.90 mm | 1.14 in
25.00 mm | 0.98 in
Width
49.30 mm | 1.94 in
43.00 mm | 1.69 in
49.30 mm | 1.94 in
43.00 mm | 1.69 in
49.30 mm | 1.94 in
43.00 mm | 1.69 in
49.30 mm | 1.94 in
43.00 mm | 1.69 in
Net Weight
350.00 g | 0.77 lb
260.00 g | 0.57 lb
350.00 g | 0.77 lb
260.00 g | 0.57 lb
350.00 g | 0.77 lb
260.00 g | 0.57 lb
350.00 g | 0.77 lb
260.00 g | 0.57 lb
50.0 mm | 2.0 in
40.0 mm | 1.6 in
50.0 mm | 2.0 in
40.0 mm | 1.6 in
50.0 mm | 2.0 in
40.0 mm | 1.6 in
50.0 mm | 2.0 in
40.0 mm | 1.6 in
Packed Dimensions Height Length
180.0 mm | 7.1 in
Width
95.0 mm | 3.7 in
90.0 mm | 3.5 in
95.0 mm | 3.7 in
90.0 mm | 3.5 in
95.0 mm | 3.7 in
90.0 mm | 3.5 in
95.0 mm | 3.7 in
90.0 mm | 3.5 in
Shipping Weight
420.00 g | 0.93 lb
310.00 g | 0.68 lb
420.00 g | 0.93 lb
310.00 g | 0.68 lb
420.00 g | 0.93 lb
310.00 g | 0.68 lb
420.00 g | 0.93 lb
310.00 g | 0.68 lb
For more information, visit commscope.com
13
Tappers
CT-30-CPUSE-N-Ai6 with N Female connector
CT-15-CPUSE-Di6
CT-15-CPUSE-Ni6
CT-20-CPUSE-Di6
CT-20-CPUSE-Ni6
CT-30-CPUSE-Di6
CT-30-CPUSE-Ni6
N Female
7-16 DIN Female
N Female
General Specifications Brand
Andrew®
Device Type
Tapper
Interface
7-16 DIN Female
N Female
7-16 DIN Female
Color
Silver
Electrical Specifications Operating Frequency Band
698 – 960 MHz | 1710 – 2700 MHz
3rd Order IMD
-160 dBc (relative to carrier)
3rd Order IMD Test Method Average Power, maximum
Two +43 dBm carriers 300 W
200 W
Coupling
300 W
200 W
15.0 dB
300 W
20.0 dB
Coupling Tolerance
200 W 30.0 dB
±1.25 dB
±1.5 dB
Impedance
50 ohm
Insertion Loss at Frequency Band
0.2 dB @ 1710–2700 MHz 0.2 dB @ 698–960 MHz
0.1 dB @ 1710–2700 MHz 0.1 dB @ 698–960 MHz
Peak Power, maximum
3 kW
Reflected Power, maximum
200 W
Return Loss, minimum
20.8 dB
VSWR
1.2:1
Mechanical Specifications Inner Contact Plating
Silver
Outer Contact Plating
Trimetal
Environmental Specifications Application
Indoor/Outdoor
Ingress Protection Test Method
IEC 60529:2001, IP65
Operating Temperature
-35 °C to +85 °C (-31 °F to +185 °F)
Relative Humidity
Up to 100%
Dimensions Height
28.90 mm | 1.14 in
25.00 mm | 0.98 in
28.90 mm | 1.14 in
25.00 mm | 0.98 in
28.90 mm | 1.14 in
25.00 mm | 0.98 in
Length
153.60 mm | 6.05 in
141.00 mm | 5.55 in
153.60 mm | 6.05 in
141.00 mm | 5.55 in
153.60 mm | 6.05 in
141.00 mm | 5.55 in
Width
49.30 mm | 1.94 in
43.00 mm | 1.69 in
49.30 mm | 1.94 in
43.00 mm | 1.69 in
49.30 mm | 1.94 in
43.00 mm | 1.69 in
Net Weight
350.00 g | 0.77 lb
260.00 g | 0.57 lb
350.00 g | 0.77 lb
260.00 g | 0.57 lb
350.00 g | 0.77 lb
260.00 g | 0.57 lb
50.0 mm | 2.0 in
40.0 mm | 1.6 in
50.0 mm | 2.0 in
40.0 mm | 1.6 in
50.0 mm | 2.0 in
40.0 mm | 1.6 in
Packed Dimensions Height Length
180.0 mm | 7.1 in
Width
95.0 mm | 3.7 in
90.0 mm | 3.5 in
95.0 mm | 3.7 in
90.0 mm | 3.5 in
95.0 mm | 3.7 in
90.0 mm | 3.5 in
Shipping Weight
420.00 g | 0.93 lb
310.00 g | 0.68 lb
420.00 g | 0.93 lb
310.00 g | 0.68 lb
420.00 g | 0.93 lb
310.00 g | 0.68 lb
14
For more information, visit commscope.com
Hybrid Couplers Hybrid couplers combine two wireless carriers to a single antenna feed or cable. They maximize isolation in wireless bands by using a few solder joints and contain an air dielectric to minimize loss and enhance reliability. One feed requires the termination of an output port in 50 ohms and results in a 3 dB loss per signal. Using both outputs for two similar feeds eliminates the loss. • N and DIN Female Connectors
• IP 65 for indoor and outdoor use
• 200-watt average power rating
• Combines non-coherent signals
H-3-CPUSE-D-Ai6 with 7-16 DIN Female connector
H-3-CPUSE-D-Ai6
H-3-CPUSE-N-Ai6
General Specifications Brand
Andrew®
Device Type Interface
Hybrid 7-16 DIN Female
Color
N Female Silver
Electrical Specifications Operating Frequency Band
698 – 2700 MHz
3rd Order IMD
-160 dBc (relative to carrier)
3rd Order IMD Test Method
Two +43 dBm carriers
Average Power, maximum
200 W
Coupling
3.1 dB
Coupling Tolerance
±0.5 dB
Impedance
50 ohm
Insertion Loss at Frequency Band
0.2 dB @ 698–2700 MHz
Isolation at Frequency Band
26 dB @ 698–2700 MHz
Peak Power, maximum
1 kW
Reflected Power, maximum
200 W
Return Loss, minimum
20.8 dB
VSWR
1.2:1
Mechanical Specifications Inner Contact Plating
Silver
Outer Contact Plating
Trimetal
Environmental Specifications Application
Indoor/Outdoor
Ingress Protection Test Method
IEC 60529:2001, IP65
Operating Temperature
-35 °C to +85 °C (-31 °F to +185 °F)
Relative Humidity
Up to 100%
Dimensions Height
36.00 mm | 1.42 in
Length Width Net Weight
26.00 mm | 1.02 in 138.00 mm | 5.43 in
96.00 mm | 3.78 in
85.00 mm | 3.35 in
0.90 kg | 1.98 lb
0.50 kg | 1.10 lb
Packed Dimensions Height
60.0 mm | 2.4 in
50.0 mm | 2.0 in
Length
170.0 mm | 6.7 in
180.0 mm | 7.1 in
Width
110.0 mm | 4.3 in
95.0 mm | 3.7 in
Shipping Weight
1.00 kg | 2.20 lb
0.60 kg | 1.32 lb For more information, visit commscope.com
15
Hybrid Couplers Multiband 4x4 High Power Hybrid Matrices combine 4 input signals into 4 output signals with minimum dissipative loss. Hybrid Matrices can be used for indoor or outdoor applications. Hybrid Matrices now use air dielectric technology and as a result offer very low intermodulation characteristics over a wider frequency range. A wide frequency range allows for use with single or multiband signal sources. The device is designed to maximize the isolation and minimize intermodulation.
• N and 7-16 DIN Female Connectors • Multiband frequency ranges from LTE 700 MHz, SMR/cellular, PCS, UMTS and 3G band to 2700 MHz
• • • •
H-4X4-CPUSE-DAi6 with 7-16 DIN Female connector
Minimal RF insertion loss Low PIM, -160 dBc @ 2 x 43 dBm High reliability Connects 4 inputs to 4 outputs
H-4X4-CPUSE-DAi6
H-4X4-CPUSE-NAi6
General Specifications Brand
Andrew®
Device Type
Hybrid
Interface
7-16 DIN Female
Color
N Female Silver
Electrical Specifications Operating Frequency Band
698 – 2700 MHz
3rd Order IMD
-160 dBc (relative to carrier)
3rd Order IMD Test Method
Two +43 dBm carriers
Average Power, maximum
100 W
Coupling
6.1 dB
Coupling Tolerance
±1.0 dB
Impedance
50 ohm
Insertion Loss at Frequency Band
0.3 dB @ 698–2700 MHz
Isolation at Frequency Band
25 dB @ 698–2700 MHz
Peak Power, maximum
1 kW
Reflected Power, maximum
100 W
Return Loss, minimum
20.8 dB
VSWR
1.2:1
Mechanical Specifications Inner Contact Plating
Silver
Outer Contact Plating
Trimetal
Environmental Specifications Application
Indoor/Outdoor
Ingress Protection Test Method
IEC 60529:2001, IP65
Operating Temperature
-35 °C to +85 °C (-31 °F to +185 °F)
Relative Humidity
Up to 100%
Dimensions Height
34.00 mm | 1.34 in
31.00 mm | 1.22 in
Length
191.00 mm | 7.52 in
181.00 mm | 7.13 in
Width
191.00 mm | 7.52 in
181.00 mm | 7.13 in
1.80 kg | 3.97 lb
1.50 kg | 3.31 lb
Net Weight Packed Dimensions Height
45.0 mm | 1.8 in
Length
210.0 mm | 8.3 in
Width
210.0 mm | 8.3 in
Shipping Weight
16
2.30 kg | 5.07 lb For more information, visit commscope.com
2.00 kg | 4.41 lb
High Power Splitters Multiband high-power splitters evenly distribute high-power signals with minimal reflections or loss. The reactive design employs no resistors, eliminating potential PIM damage. The SMR, PCS, UMTS and LTE frequency range enables use with single or multiband antennas and radiating cable systems. Minimal solder joints and an air dielectric enhance reliability. • 7-16 DIN Female Connectors
• IP 65 for indoor and outdoor use
• Low dissipation loss
• Spring clip makes wall mounting easy S-2-CPUSE-H-Di6
S-2-CPUSE-H-Ni6
S-4-CPUSE-H-Ni6 with N Female connector
S-3-CPUSE-H-Di6
S-3-CPUSE-H-Ni6
S-4-CPUSE-H-Di6
S-4-CPUSE-H-Ni6
N Female
7-16 DIN Female
N Female
General Specifications Brand
Andrew®
Device Type Interface
Splitter 7-16 DIN Female
N Female
7-16 DIN Female
Color
Silver
Electrical Specifications Operating Frequency Band
698 – 2700 MHz
3rd Order IMD
-160 dBc (relative to carrier)
3rd Order IMD Test Method
Two +43 dBm carriers
Average Power, maximum
300 W
Impedance
50 ohm
Insertion Loss at Frequency Band
0.2 dB @ 698–2700 MHz
0.3 dB @ 698–2700 MHz
Peak Power, maximum
3 kW
Power Rating, Splitting
300 W
Reflected Power, maximum
300 W
Return Loss, minimum
20.8 dB
Split Loss
17.7 dB
3.0 dB
4.8 dB
VSWR
6.0 dB
1.2:1
1.3:1
Mechanical Specifications Inner Contact Plating
Silver
Outer Contact Plating
Trimetal
Environmental Specifications Application
Indoor/Outdoor
Ingress Protection Test Method
IEC 60529:2001, IP65
Operating Temperature
-35 °C to +85 °C (-13 °F to +185 °F)
Relative Humidity
Up to 100%
Dimensions Height
25.00 mm | 0.98 in
25.00 mm | 0.98 in
49.00 mm | 1.93 in
43.00 mm | 1.69 in
49.00 mm | 1.93 in
43.00 mm | 1.69 in
Length
156.00 mm | 6.14 in
150.00 mm | 5.91 in
165.00 mm | 6.50 in
159.00 mm | 6.26 in
239.00 mm | 9.41 in
227.00 mm | 8.94 in
Width
73.00 mm | 2.87 in
61.00 mm | 2.40 in
73.00 mm | 2.87 in
61.00 mm | 2.40 in
73.00 mm | 2.87 in
61.00 mm | 2.40 in
Net Weight
382.00 g | 0.84 lb
261.00 g | 0.58 lb
459.00 g | 1.01 lb
300.00 g | 0.66 lb
590.00 g | 1.30 lb
390.00 g | 0.86 lb
Height
40.0 mm | 1.6 in
40.0 mm | 1.6 in
65.0 mm | 2.6 in
65.0 mm | 2.6 in
75.0 mm | 3.0 in
62.0 mm | 2.4 in 260.0 mm | 10.2 in
Packed Dimensions Length
180.0 mm | 7.1 in
180.0 mm | 7.1 in
170.0 mm | 6.7 in
170.0 mm | 6.7 in
290.0 mm | 11.4 in
Width
90.0 mm | 3.5 in
90.0 mm | 3.5 in
110.0 mm | 4.3 in
110.0 mm | 4.3 in
98.0 mm | 3.9 in
82.0 mm | 3.2 in
Shipping Weight
445.00 g | 0.98 lb
318.00 g | 0.70 lb
546.00 g | 1.20 lb
380.00 g | 0.84 lb
690.00 g | 1.52 lb
470.00 g | 1.04 lb
For more information, visit commscope.com
17
CMAX SISO and MIMO Antennas These compact wideband antennas are designed to last and 100% tested for VSWR and PIM. Low IMD versions are treated with even further attention to detail: all joints are soldered, and only the very highest quality components are used. • • • •
Multiband frequency range: SMR/cellular, PCS, UMTS, and LTE Homogenous patterns Solid PIM performance Compact design
CMAX-OMF1-CPUSEi53
CMAX-DMF-CPUSEi53
CMAX-D-CPUSEi53
CMAX-O-CPUSEi53
CMAX-OMH-CPUSEi53
Omni MIMO
Directional MIMO
Directional SISO
Omni SISO
Omni MIMO
Thru-hole ceiling mount (optional)
Thru-hole ceiling mount (optional)
General Specifications Antenna Type Application
Indoor
Operating Frequency Band
698 – 960 MHz | 1710 – 2700 MHz
Brand
Andrew®
Includes
Mounting bracket
Mount Type
Thru-hole ceiling mount (optional)
Number of Ports, all types
2
4-hole wall mounting plate and hardware 2
Package Quantity
1
2
1
Pigtail Cable
670-141SXE, plenum rated
Electrical Specifications PIM Value
3rd Order IMD -153 dBc (2 x 20 W, dBc)
Gain, dBi
Beamwidth, Horizontal, degrees
4.0 @ 698 – 800 MHz
6.4 @ 698 – 800 MHz
6.0 @ 698 – 800 MHz
2.0 @ 698 – 800 MHz
1.5 @ 698 – 800 MHz
4.2 @ 800 – 960 MHz
7.2 @ 800 – 960 MHz
6.0 @ 800 – 960 MHz
2.0 @ 800 – 960 MHz
1.5 @ 800 – 960 MHz
5.5 @ 1710 – 2200 MHz
7.8 @ 1710 – 2200 MHz
7.0 @ 1710 – 2200 MHz
2.4 @ 1710 – 2200 MHz
3.5 @ 1710 – 2200 MHz
5.5 @ 2200 – 2700 MHz
7.6 @ 2200 – 2700 MHz
7.0 @ 2200 – 2700 MHz
3.3 @ 2200 – 2700 MHz
4.3 @ 2200 – 2700 MHz
360 @ 698 – 800 MHz
75 @ 698 – 800 MHz
90 @ 698 – 800 MHz
360 @ 698 – 800 MHz
360 @ 800 – 960 MHz
68 @ 800 – 960 MHz
83 @ 800 – 960 MHz
360 @ 800 – 960 MHz
360 @ 1710 – 2200 MHz
74 @ 1710 – 2200 MHz
65 @ 1710 – 2200 MHz
360 @ 1710 – 2200 MHz
360 @ 2200 – 2700 MHz
67 @ 2200 – 2700 MHz
88 @ 2200 – 2700 MHz
360 @ 2200 – 2700 MHz
Beamwidth, Vertical, degrees
78.0 @ 698 – 800 MHz
72.0 @ 698 – 800 MHz
48.0 @ 698 – 800 MHz
55.0 @ 698 – 800 MHz
62.0 @ 800 – 960 MHz
53.0 @ 800 – 960 MHz
48.0 @ 800 – 960 MHz
55.0 @ 800 – 960 MHz
62.0 @ 1710 – 2200 MHz
46.0 @ 1710 – 2200 MHz
35.0 @ 1710 – 2200 MHz
42.0 @ 1710 – 2170 MHz
69 @ 2200 – 2700 MHz
50.0 @ 2200 – 2700 MHz
35.0 @ 2200 – 2700 MHz
42.0 @ 2200 – 2700 MHz
Vertical
Vertical @ 698 – 800 MHz | Vertical @ 800 – 960 MHz | Horizontal/ Vertical @ 1710 – 2700 MHz
Frequency Band, MHz
698 – 960 / 1710 – 2700
Polarization at Frequency Band
±45°
Impedance
Vertical 50 ohm
Mechanical Specifications Color
White
Pigtail Length Radome Material
500.0 mm | 19.7 in
450.0 mm | 17.7 in
420.0 mm | 16.5 in
500.0 mm | 19.7 in
ABS, UV resistant
ABS, UV resistant
ABS
ABS, UV resistant
RF Connector Interface
N Female
Environmental Specifications Operating Temperature
-40 °C to +60 °C (-40 °F to +140 °F)
Relative Humidity
Up to 100%
Dimensions Depth Height Length Width Outer Diameter Net Weight
18
72.0 mm | 2.8 in
62 mm | 2.4 in
318.0 mm | 12.5 in
262.0 mm | 10.3 in
210.0 mm | 8.3 in
180.0 mm | 7.1 in
1.0 kg | 2.2 lb
850.0 g | 1.9 lb
45.0 mm | 1.77 in
200.0 mm | 7.9 in 0.5 kg | 1.0 lb
For more information, visit commscope.com
135.00 mm | 5.31 in
119.00 mm | 4.69 in
204.0 mm | 8.0 in
204.0 mm | 8.0 in
0.4 kg | 0.9 lb
0.5 kg | 1.1 lb
CMAX SISO and MIMO Antennas These antennas complement our omni-directional antennas and employ the exact same attention-to-detail in build quality. • Low PIM and outdoor variants • Homogenous patterns • Compact design • High gain CMAX-OMF-CPUSEi53
CMAX-DM20-CPUSEi53
CMAX-DM30-CPUSEi53
CMAX-DM60-CPUSEi53
CMAX-EXT-CPUSEi53
General Specifications Antenna Type
Omni
Directional MIMO
Directional SISO
Application
Indoor
Indoor | Outdoor
Outdoor
Operating Frequency Band
698 – 960 MHz | 1710 – 2700 MHz
Brand
Andrew®
Includes Mount Type
Mounting bracket Poles between 30 – 55 mm with supplied clamps
Thru-hole ceiling mount (optional)
Number of Ports, all types
2
1
Package Quantity
1
Electrical Specifications PIM Value
Gain, dBi
Beamwidth, Horizontal, degrees
3rd Order IMD -153 dBc (2 x 20 W, dBc) 2.0 @ 698 – 800 MHz
12.0 @ 698 – 800 MHz
10.7 @ 698 – 800 MHz
8.5 @ 698 – 800 MHz
10.0 @ 698 – 800 MHz
2.0 @ 800 – 960 MHz
13.4 @ 800 – 960 MHz
11.2 @ 800 – 960 MHz
9.2 @ 800 – 960 MHz
11.0 @ 800 – 960 MHz
4.0 @ 1710 – 2200 MHz
12.5 @ 1710 – 2200 MHz
10.7 @ 1710 – 2200 MHz
9.2 @ 1710 – 2200 MHz
11.0 @ 1710 – 2170 MHz
4.0 @ 2200 – 2700 MHz
13.7 @ 2200 – 2700 MHz
11.1 @ 2200 – 2700 MHz
9.2 @ 2200 – 2700 MHz
11.0 @ 2200 – 2700 MHz
360 @ 698 – 800 MHz
26 @ 698 – 800 MHz
34 @ 698 – 960 MHz
62 @ 698 – 800 MHz
68 @ 698 – 800 MHz
360 @ 800 – 960 MHz
23 @ 800 – 960 MHz
29 @ 1710 – 2200 MHz
59 @ 800 – 960 MHz
60 @ 800 – 960 MHz
360 @ 1710 – 2200 MHz
22 @ 1710 – 2200 MHz
33 @ 1710 – 2200 MHz
54 @ 1710 – 2200 MHz
60 @ 1710 – 2170 MHz
360 @ 2200 – 2700 MHz
18 @ 2200 – 2700 MHz
30 @ 2200 – 2700 MHz
62 @ 2200 – 2700
52 @ 2200 – 2700 MHz
Beamwidth, Vertical, degrees
63.0 @ 698 – 800 MHz
66.0 @ 698 – 960 MHz
62.0 @ 698 – 800 MHz
30.0 @ 698 – 800 MHz
61.0 @ 800 – 960 MHz
62.0 @ 800 – 960 MHz
58.0 @ 800 – 960 MHz
28.0 @ 800 – 960 MHz
63.0 @ 1710 – 2200 MHz
57.0 @ 1710 – 2200 MHz
55.0 @ 1710 – 2200 MHz
30.0 @ 1710 – 2200 MHz
60.0 @ 2200 – 2700 MHz
58.0 @ 2200 – 2700 MHz
62.0 @ 2200 – 2700 MHz
30.0 @ 2200 – 2700 MHz
Frequency Band, MHz
698 – 960 / 1710 – 2700
Impedance Polarization
50 ohm Horizontal | Vertical
±45°
Vertical
Mechanical Specifications Color
White
Radome Material RF Connector Interface
Off-white
White
ABS, UV resistant
PVC, UV resistant
N Female
7-16 DIN Female 686.0 N @ 216 km/h | 154.2 lbf @ 216 km/h
Wind Loading, maximum Wind Speed, maximum
294.0 N @ 216 km/h | 66.1 lbf @ 216 km/h
216.0 km/h | 134.2 mph
Environmental Specifications Ingress Protection Test Method
IEC 60529:2001, IP65
Operating Temperature
IEC 60529:2001, IP66
-40 °C to +60 °C (-40 °F to +140 °F)
Relative Humidity
Up to 100%
Vibration Test Method
ASTM D4169 | IEC 60068-2-6
Dimensions Depth Height
127.0 mm | 5.0 in
127.0 mm | 5.0 in
124.5 mm | 4.9 in
98.0 mm | 3.9 in
150.0 mm | 1.77 in
Length
881.4 mm | 34.7 in
609.6 mm | 24.0 in
299.7 mm | 11.8 in
620.0 mm | 24.4 in
Width
340.4 mm | 13.4 in
340.4 mm | 13.4 in
299.7 mm | 11.8 in
331.0 mm | 13.0 in
8.0 kg | 17.6 lb
7.0 kg | 15.4 lb
2.9 kg | 6.4 lb
4.7 kg | 10.4 lb
Outer Diameter Net Weight
230.0 mm | 9.1 in
For more information, visit commscope.com
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CommScope (NASDAQ: COMM)
helps companies around the world design, build and manage their wired and wireless networks. Our network infrastructure solutions help customers increase bandwidth; maximize existing capacity; improve network performance and availability; increase energy efficiency; and simplify technology migration. You will find our solutions in the largest buildings, venues and outdoor spaces; in data centers and buildings of all shapes, sizes and complexity; at wireless cell sites and in cable headends; and in airports, trains, and tunnels. Vital networks around the world run on CommScope solutions.
www.commscope.com Visit our website or contact your local CommScope representative for more information. © 2015 CommScope, Inc. All rights reserved. All trademarks identified by ® or ™ are registered trademarks or trademarks, respectively, of CommScope, Inc. This document is for planning purposes only and is not intended to modify or supplement any specifications or warranties relating to CommScope products or services. BR-108070.2-EN (08/15)
