Multi-Band Combiners
Engineered to combine signals from multiple frequency bands into a single path, Multi-Band Combiners are critical passive components for optimizing RF system architecture. These devices allow operators to reduce infrastructure complexity and cost by enabling multiple services or technologies to share the same antenna system without interference or performance degradation.
- Provide low-loss splitting (or combining) of 3, 4 or 5 separate bands
- High Isolation/ Low Loss
- Covers Common Cellular Bands
ClearComm Multi-Band Combiners by MCV
ClearComm multi-band combiners by MCV are designed for outstanding isolation, low insertion loss, and superior return loss across a wide range of frequency bands.
Precision-built for high-performance, multi-band operation, our combiners support demanding RF environments such as wireless networks, public safety systems, aerospace communications, and telecom infrastructure.
With rugged, connectorized enclosures and field-proven reliability, MCV’s multi-band combiners deliver compact, efficient, and robust signal management for mission-critical applications where space, performance, and reliability matter most.
We offer 3-band, 4-band, 5-band and 6-band combiners.
3-Band Combiners
| Model Number | BAND 1 | BAND 2 | BAND 3 |
| CCFA-386 | 700 | 850 | 1900-BRS |
| CCFA-332 | 700 | 800-850 | AWS |
| CCFA-546 | 700 | 850 | 1900+AWS1 |
| CCFA-501 | 700 | 850+1900 | AWS1 |
| CCFA-573 | 700 LBC | 700 UC | 850 |
| CCFA-675 | 700+850 | 1900 | AWS1 |
| CCFA-652 | 600+700+850 | 1900+AWS1 | WCS+BRS |
| CCFA-729 | 700–AWS | WCS | BRS |
| CCFA-803 | 800-850 | 1900 | BRS |
| CCFA-804 | 600–700 | 1900 | AWS |
| CCFA-834 | 600-850 | 1900 | AWS |
| CCFA-604 | 1900 | AWS | WCS |
6-Band Combiners
| Model Number | BAND 1 | BAND 2 | BAND 3 | BAND 4 | BAND 5 | BAND 6 |
| CCFA-828 | 700 | 850 | 1900 | AWS1 | AWS3 | WCS |
FAQ about multi-band combiners
What is a Multi-band Combiner?
A Multi-band Combiner is an RF device that allows signals from different frequency bands (e.g., GSM, LTE, 5G) to be combined and transmitted through a single antenna or transmission line without interference.
How is a Multi-band Combiner different from an In-band Combiner?
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Multi-band Combiners handle signals in different frequency bands, using bandpass filters to separate them.
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In-band Combiners handle multiple signals within the same frequency band, requiring more isolation and filtering to avoid interference.
What are the key applications of Multi-band Combiners?
They are widely used in:
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Cellular base stations (multi-technology sites)
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Distributed antenna systems (DAS)
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Repeater systems
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Indoor/outdoor wireless infrastructure
What are the benefits of using a Multi-band Combiner?
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Reduces infrastructure (fewer antennas and feeders)
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Lowers cost and tower space usage
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Simplifies deployment for multi-technology networks
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Improves aesthetics and zoning compliance
What frequency bands can Multi-band Combiners support?
This depends on the design, but typical combinations include:
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700 MHz / 850 MHz / 900 MHz
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1800 MHz / 2100 MHz / 2600 MHz
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Sub-6 GHz 5G bands
Some units can support more than 4 bands simultaneously.
Can Multi-band Combiners handle both transmit and receive paths?
Yes. Most are designed to support full-duplex operation, meaning they can handle simultaneous transmission and reception on all supported bands.
Do Multi-band Combiners introduce signal loss?
Yes, like all passive components, they introduce some insertion loss, typically between 0.2 – 0.5 dB per path, depending on the frequency and quality of the combiner.
Are Multi-band Combiners active or passive devices?
They are usually passive devices, meaning they do not require external power and rely solely on RF filtering and combining techniques.
What are the key technical parameters to consider when selecting a Multi-band Combiner?
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Frequency band support
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Insertion loss
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Isolation between ports
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VSWR (Voltage Standing Wave Ratio)
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Power handling capability
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Connector type and form factor
Can Multi-band Combiners be customized for specific network requirements?
Yes, we offer custom-designed solutions tailored to operator-specific band combinations, power levels, and environmental requirements (e.g., indoor, outdoor, IP-rated enclosures).
What should I consider when selecting a multi-band combiner?
Key considerations include frequency band support, insertion loss, isolation, return loss, power handling capacity, and physical form factor for system integration.
What makes MCV’s ClearComm multi-band combiners stand out?
MCV’s ClearComm combiners offer excellent band isolation, low loss, and rugged construction—designed to deliver consistent performance in demanding environments like telecom towers, mission-critical communication systems, and harsh outdoor deployments.
How can I order ClearComm Multi-Band Combiner from MCV Microwave?
To place an order for ClearComm Multi-band Combiner or any other RF products please contact us and we will help you!