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Distributed antenna systems

Strong cell signal for every carrier, indoors and out.

Turnkey distributed antenna systems for hospitals, campuses and high-rises, designed around your buildings and the fiber you already have.

Illustration of an Intelibs Hybrid DAS on a campus: carrier equipment feeds the Intelibs head-end, fiber runs through the utility tunnel to an Intelibs remote unit in each building and to an outdoor antenna, and coverage switches on floor by floor. Lenses show a remote unit and the head-end enlarged. COVERED 4 / 4 3 BUILDINGS + OUTDOOR HEAD-END ROOM UTILITY TUNNEL · EXISTING FIBER OUTDOOR MRU · SHOWN ENLARGED PIU MLU FHU HEAD-END · ENLARGED

Why signal fails on campus.

Building materials such as metal structures and low-E windows weaken wireless service. Universities see coverage and capacity problems across entire campuses, often leading to complaints from students who can’t make calls or get online because of interference from walls and infrastructure.

A DAS built for the whole venue.

The Intelibs Hybrid DAS is flexible and scalable, with a choice of antenna transmit powers and indoor or outdoor antennas. It can take its RF source from a central head-end room or a remote building’s rooftop, and it’s designed to work in hard-to-reach places such as underground utility tunnels.

Using existing fiber keeps total cost of ownership affordable, and because fiber is often in short supply, our HDAS is designed to use as little of it as possible. A mix of indoor and outdoor antennas delivers complete coverage and capacity across the venue.

Intelibs DAS highlights.

  • Multi-carrier, multi-band

    One system serves every major carrier and technology.

  • Small form factor

    Compact equipment that fits where space is tight.

  • Low power

    Runs from a standard 120V outlet.

  • Fiber to the antenna

    Minimal coax cabling through the building.

  • Tough-built design

    Equipment engineered for demanding environments.

A typical DAS solution.

Animated diagram of a typical Intelibs Hybrid DAS configuration: a carrier signal source feeds the PIU, MLU and FHU at the head-end; fiber runs to two FHUs that feed six MRUs, each driving a run of antennas for clients’ devices; the NOC, Master Unit and web client manage the system over Internet or VPN MANAGEMENT HEAD-END REMOTE NOC WEB INTERFACE MASTER UNIT WEB CLIENT SNMPv3 HTTP INTERNET / VPN DAS MGMT. CHANNEL ROUTER ETHERNET CARRIER SIGNAL SOURCE PIU MLU FHU FIBER RF CABLE ETHERNET / IP FHU FHU MRU ANTENNAS DEVICES MRUs ONLINE 6 / 6
A typical Intelibs Hybrid DAS configuration: the head-end feeds remote units over fiber, managed from a NOC over the internet or a VPN.

Let’s talk about your building.

New construction, a renovation or a coverage problem today. An Intelibs RF engineer will help you find the right approach.

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