Demand for 5G In-Building Cellular Coverage, 4 Key Reasons
- Global passive antennas installation exceeds 16 million nodes.
- Places with Passive DAS already in operation have a strong and consistent need for indoor celluar coverage.
- The 3G/4G signal source equipments will reach its End of Life in 10 years.
- By 2025, the penetration rate of 5G cell phones is expected to surpass 50%. People desire ubiquitous access to high-speed 5G data and services.
3 Common Options for 5G In-Building Cellular Coverage
In-Place
Passive DAS Re-Use
In-Place Passive DAS
Tear-Down. 5G DAS Re-Build
In-Place Passive DAS Partial
Re-Use, plus 5G DAS Re-Build
Experience Hassle-Free AMOESO 5G Active DAS
AMOESO RadioVine supports versatile installation for seamless integration with existing cables or new construction. Hassle-free setup with innovative mingle mode. Experience the convenience and reliability of AMOESO RadioVine for 5G speeds, always connected.
Advantages of RadioVine
Low Latency
Seamless Integration with In-Place Passive DAS
NSA / SA Mode Applicable
No Passive Intermodulation
(PIM) Issues
Uniqueness of AMOESO RadioVine®
Re-use Installed Passive DAS
AMOESO RadioVine® maximizes existing coaxial cabling infrastructure, avoiding reconstruction and minimizing costs and deployment time for venues where downtime is not acceptabe e.g. hospitals and hotels.
Flexible & Intuitive Installation
AMOESO RadioVine® supports up to 64 Active Antenna Units (AAUs). One AAU can replace 4 passive antenna nodes. Simply replace, plug-and-play, the installation is intuitive without complex RF coverage calculation.
Central Remote Power Feeding
AMOESO RadioVine® simplifies installation with thin coaxial cables, power management can be either from central or local power supply option, ensuring facility owners have peace of mind without disrupting interior decor.
Signal Source Neutral
AMOESO RadioVine® active DAS system enhances indoor cellular coverage and provides stable and efficient 5G network access inside buildings, complying with versatile signal sources such as small cells and O-RAN.