Products & Services

The Orion headend unit converts all base station signals to a high-capacity digital optical stream. The Orion has a compact rack-mounted design with all POI (Point of Interface) functions handled in the digital domain. Each unit can hold up to 8 radio modules in different TDD/FDD bands and connects up to four mobile network operators (MNOs) per band module. The Orion supports MIMO and carrier aggregation across multiple radio modules. To ensure high reliability, the Orion unit comes with redundant, hot-swappable power supplies.

The Stratus high power digital remote is suitable for hybrid DAS installations in for instance tunnels and metro coverage. The Stratus remote supports all 700MHz – 4GHz cellular bands in any SISO or MIMO configuration. Stratus provides up to +43 dBm RF output power per band, supporting multiple operators. It is passively cooled and maintenance free. The Stratus unit is lightweight, at less than 25 kg, making it easy for a single person to lift and install.

The Cirrus off-air headend unit captures signals from the macro network and converts them into Digital CPRI, making it compatible with any type of remote. Housed in a fanless outdoor(IP66)-rated enclosure, it is designed for easy deployment. The Cirrus is perfectly suited for small and medium-sized tunnels that do not have headend equipment rooms.

The TOR digital repeater, equipped with an integrated modem, consolidates up to four cellular bands and a GSM-R band into one compact unit designed for train coverage. With a +30 dBm uplink output power, TOR offers consistent data rates and link quality, even in remote areas. This repeater meets all essential standards for rolling stock equipment, and its high capacity and durability ensure complete and stable mobile coverage inside trains, even in areas with overlapping signals.

The Tropo digital repeater, featuring an integrated modem, houses two cellular repeater bands within a single fanless enclosure. The Tropo cellular bands deliver +18 dBm output power, while the Public Safety Tropo version, supporting any TETRA band, provides +19 dBm output power at the antenna. This product is available in both indoor and outdoor models.

The Exo digital repeater, featuring an integrated modem, houses up to two bands within a single fanless outdoor enclosure. The Exo cellular bands and PS-LTE deliver +43 dBm output power, while the UHF/TETRA band provides +40 dBm output power.

The Strato Digital Repeater with built-in modem embeds up to three bands in the same fanless outdoor enclosure. The Strato cellular bands and PS-LTE support +30 dBm output power in uplink and downlink.

The Nimbus low power remote units are versatile and can be connected through SFP28 or SFP+ to the Helix Distribution Unit or other Maven DAS nodes. Nimbus supports 4 bands, SISO or MIMO configurations, and comes with options for integrated or external antennas. The Nimbus remote unit provides up to +23 dBm output power for each band and has four built-in antennas. The Nimbus units can also be integrated with O-RAN systems using CPRI for connection to a BBU, via the Helix units.

The Helix digital headend unit is a 1U rack-mounted DAS node that offers additional CPRI-links for connection between headend units and remotes. It also comes in a version that supports the Open Fronthaul standards of the O-RAN Alliance for direct connection to a BBU (Base Band Unit). It connects to remote units via SFP28 or SFP+ interfaces, simplifying fiber designs for in-building coverage in a wide variety of applications.

The Maven NMS is built on the open Digital NMS platform, making it incredibly robust and feature-rich. It can run on a virtual or physical server and includes an open web API for integration with third-party OSS/NOC. The system features easy-to-use geographical maps for node representations, and it can monitor any other equipment or nodes via standard SNMP.

Maven Wireless’s DAS Training and Certification program provides expert-led, hands-on learning focused on the installation and optimization of our DAS and repeater solutions. Participants gain practical skills and up-to-date knowledge to successfully implement in-building wireless systems and maximize performance in real-world projects.