B1&B7&B20 Hexaplexer
The B1&B7&B20 Hexaplexer is a specialized passive RF component used to consolidate three critical European and global frequency bands into a single antenna system. It allows for the simultaneous transmission of Band 1 (2100 MHz), Band 7 (2600 MHz), and Band 20 (800 MHz) over a shared feeder cable, optimizing tower space and infrastructure efficiency.
Description
Description
B1&B7&B20 Hexaplexer
| Port | RX1 | TX1 | RX2 | TX2 | RX3 | TX3 |
| Frequency range | 791-821MHz | 832-862MHz | 1920-1980MHz | 2110-2170MHz | 2500-2570MHz | 2620-2690MHz |
| Frequency band | 30 MHz | 30MHz | 60MHz | 60MHz | 70MHz | 70MHz |
| Insertion loss | ≤1.5dB | ≤1.5dB | ≤1.5dB | ≤1.5dB | ≤1.5dB | ≤1.5dB |
| Ripple | ≤1.2dB | ≤1.2dB | ≤1.0dB | ≤1.0dB | ≤1.0dB | ≤1.0dB |
| Rejection | ≥40@826.5MHz | ≥40@2045MHz | ≥40@2595MHz | |||
| Isolation | ≥80dB | |||||
| VSWR | ≤1.25 | |||||
| Impedance | 50Ω | |||||
| Input power | 50W | |||||
| Operation temperature | -20°C to +55°C | |||||
| Dimensions | 162*115*70mm（without connector） | |||||
| RF Connectors | SMA-Female | |||||
| HT Part Code | 9008061020 | |||||
Description for B1&B7&B20 Hexaplexer
The B1&B7&B20 Hexaplexer is a specialized passive RF component used to consolidate three critical European and global frequency bands into a single antenna system. It allows for the simultaneous transmission of Band 1 (2100 MHz), Band 7 (2600 MHz), and Band 20 (800 MHz) over a shared feeder cable, optimizing tower space and infrastructure efficiency.
Frequency Band Breakdown for B1&B7&B20 Hexaplexer
The B1&B7&B20 Hexaplexer manages three primary frequency layers to provide a balanced network experience:
- Band 20 (800 MHz): The “Coverage Layer,” providing deep indoor penetration and wide rural reach.
- Band 1 (2100 MHz): A “Capacity Layer,” traditionally used for 3G and now commonly reformed for high-speed 4G/5G.
- Band 7 (2600 MHz): The “High-Capacity Layer,” delivering peak data speeds in dense urban environments.
Core Functions & Features for B1&B7&B20 Hexaplexer
- Site Consolidation: Enables “co-siting,” where different mobile generations (4G and 5G) share the same antenna infrastructure, reducing physical tower loading and lease costs.
- High Port Isolation: Uses high-Q cavity filters to ensure ≥50 dB isolation between ports, protecting sensitive receivers in one band from the high-power transmitters of another.
- Low Insertion Loss: Engineered to minimize signal reduction (typically <0.5 dB to 1.0 dB), ensuring maximum coverage range is maintained.
- Low PIM Performance: Designed for Passive Intermodulation (PIM) levels of -155 dBc to -161 dBc to prevent internal interference that would otherwise degrade 5G data speeds.
- Environmental Protection: Typically rated IP65 or IP67, making it suitable for harsh outdoor installations on towers or rooftops
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Description
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