Fanvil H4 BLACK Hotel IP Phone

The Fanvil H4 BLACK Hotel IP Phone is a practical Internet Protocol telephone designed for guest rooms and service-focused environments. It combines a refined black finish with clear High-Definition voice and simple controls. Moreover, five programmable soft keys provide quick access to selected service hotlines. The phone therefore helps hotels improve guest communication while supporting an organised and cost-conscious network deployment.

Product Overview

The H4 provides essential calling functions in a compact and elegant design. Its five programmable keys can connect guests directly to services such as reception, housekeeping, reservations, or room service. Consequently, guests can request assistance without searching for extension numbers.

In addition, this hotel desk phone supports 10/100 Mbps Ethernet connectivity. Power over Ethernet also carries network data and electrical power through one compatible cable. Therefore, installers can reduce cable clutter and simplify deployment across multiple rooms.

Key Features

• Includes five programmable soft keys, allowing hotels to create direct shortcuts to frequently requested guest services.

• Delivers High-Definition voice, helping callers enjoy clearer conversations during service requests and internal calls.

• Supports 10/100 Mbps Ethernet, providing reliable wired connectivity for compatible Internet Protocol networks.

• Uses Power over Ethernet, which can reduce the need for separate power connections at each installation point.

• Features an elegant black appearance, allowing the phone to fit neatly into modern guest rooms and service areas.

• Supports several professional environments, making it useful beyond traditional hotel room installations.

Technical Specifications

• Brand: Fanvil

• Model: H4

• Colour: Black

• Product type: Hotel Internet Protocol phone

• Programmable keys: 5 soft keys

• Audio: High-Definition voice

• Network interface: 10/100 Mbps Ethernet

• Power method: Power over Ethernet

• Primary environment: Hotels

• Additional environments: Shopping malls, hospitals, and supermarkets

Common Applications

The H4 BLACK Hotel IP Phone suits hotel rooms, reception areas, serviced apartments, hospitals, shopping malls, and supermarkets. For example, hotels can program its service keys for direct access to important departments. Hospitals and retail facilities can also use it at selected desks where clear voice communication and simple operation are required.

Why Choose This Product?

The Fanvil H4 offers a focused set of functions for hospitality and service environments. Its programmable keys simplify frequent calls, while High-Definition voice improves call clarity. Furthermore, Power over Ethernet supports cleaner installation when used with compatible network equipment.

The H4 BLACK Hotel IP Phone combines straightforward operation with a professional appearance. Therefore, organisations can deploy a consistent communication device without adding unnecessary controls. Its wired network connection and service shortcuts also support convenient daily use for guests, staff, and visitors.

Frequently Asked Questions

What can the five programmable keys control?

Administrators can configure the keys as shortcuts to selected service hotlines. In a hotel, these may include reception, housekeeping, room service, or another internal service number.

How does Power over Ethernet simplify H4 installation?

Power over Ethernet supplies power and network data through a compatible Ethernet connection. As a result, installers may not need a separate electrical adapter beside every phone.

What network speed does the H4 support?

The phone supports 10/100 Mbps Ethernet. This connection provides the wired network access required for its Internet Protocol communication functions.

Can the H4 be installed outside hotel rooms?

The manufacturer also identifies shopping malls, hospitals, and supermarkets as suitable environments. Thus, the H4 BLACK Hotel IP Phone can support service desks and other professional communication points.