ADXD HE (Head End)
ADRF’s ADXD HE aggregates and converts RF signals to optic signals for transport over fiber to ADXD remote units.
- Digital Fiber to the Edge (FTTX) Distributed Antenna System
- Supports power-sharing of multiple carriers’ signals via configurable grouped POI/POIL units
- MIMO / Multi-Sector capable with a single Head End
- Daisy-chain and monitor up to 8 Head Ends from a single point of interface
- Web-based GUI and connectivity via DHCP (in host mode); no 3rd party GUI software required
- Both AC and DC power supply options available
- SMB (snap-on) interconnections for quick installation
ADXD MPR (Mid-Power Remote)
ADRF’s ADXD MPR converts optic signals to RF and amplifies RF signals for transport over coaxial cables to server antennas.
- 33dBm of downlink composite output power for 600 MHz, Lower 700 MHz (Commercial), Upper 700 MHz (Commercial), and Cellular + SMR800
- 37dBm of downlink composite output power for PCS, AWS, WCS, and BRS (TDD-LTE/5GNR)
- 30dB coupling test ports on each remote module
- Both AC and DC power supply options available
- 3-10 connector and SMB (snap-on) interconnections for quick installation
ADXV LPR (Low-Power Remote)
ADRF’s ADXV LPR converts optic signals to RF and amplifies RF signals for transmission through built-in antennas.
- Up to 18dBm downlink composite output power for Lower 700 MHz (Commercial) + Upper 700MHz (Commercial) and Cellular + SMR800 per band
- Up to 20dBm downlink composite output power for PCS, AWS, and BRS per band
- Flexible channel selectable filtering at remote units
- Flexible power options with support for AC (Local Power Adapter @ +12VDC), DC (-57V DC), or PoE-PD
HUB Unit
ADRF’s HUB converts CPRI over optic to CPRI over Ethernet and transfers digital signals to LPR via an Ethernet line.
- Up to 8 LPRs connected by 10G Ethernet interface.
- Supports PoE-PSE (90W)
ADRF Distributed Antenna Systems (DAS)
A Distributed Antenna System (DAS) is a network of spatially separated antenna nodes connected to a common source that enhances wireless service within a building or area. This technology is vital for overcoming the challenges of poor cellular coverage in large buildings, ensuring that both public safety communications and commercial cellular networks operate without interruption. DAS solutions, such as the ADRF ADXD Series, play a crucial role in providing wireless coverage that supports multiple service providers and caters to a variety of needs, from public safety to everyday cellular communications.
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Overview of ADRF ADXD DAS Series
The ADRF ADXD Series is renowned for its versatility and effectiveness in enhancing wireless service. This series includes several key components:
- ADXD HE (Head End): This primary unit acts as the brain of the DAS, managing signals and coordinating the network across the building. The ADXD HE is capable of handling high data rates and multiple frequency bands, making it an indispensable tool for large-scale wireless coverage.
- ADXD MPR (Mid-Power Remote): Designed for medium-sized areas, the ADXD MPR ensures adequate coverage for even the most challenging spaces. Its ability to balance power and range makes it ideal for covering multiple floors or sections of a building.
- ADXV LPR (Low-Power Remote): For smaller areas or more confined spaces, the ADXV LPR provides targeted coverage that enhances signal strength without overpowering the system. It’s perfect for remote corners of a building or areas where a subtler touch is needed.
- HUB Unit: Acting as a connector between the head end and remote units, the HUB Unit facilitates the distribution of signals and power, ensuring efficient and balanced coverage throughout the facility.
Benefits of the ADXD Series
The ADXD Series from ADRF offers several significant advantages for both public safety entities and commercial enterprises:
- Wide Coverage: From the expansive reach of the high-power remote units to the precision of the low-power remotes, the ADXD Series ensures comprehensive wireless coverage.
- Flexible Power Options: With units designed to accommodate varying power needs, the series can provide optimal functionality across different environments, whether it involves high-traffic commercial areas or critical public safety applications.
- Remote Monitoring: System integrators can benefit from advanced remote monitoring capabilities, which allow for real-time adjustments and maintenance without needing physical access to the components.
Choose RFE Communications for Your DAS Needs
RFE Communications stands at the forefront of deploying advanced solutions like the ADRF ADXD Series. Our expertise in both public safety communications and commercial cell boosters ensures that our clients receive tailored, effective solutions that meet their unique requirements.
If you are seeking to enhance your facility’s communication infrastructure with the latest in DAS technology, contact RFE Communications. We are ready to help you navigate the complexities of in-building wireless solutions and deploy systems that will significantly improve your connectivity. Reach out today to discuss how our ADRF ADXD Series can be integrated into your communication strategy, and let us help you achieve seamless, uninterrupted communication coverage.