Fanvil H6W Hotel IP Phone Wi-Fi 2-SIP – H6W

H6W IP Phone

The Fanvil H6W Hotel Phone integrates dual-band 2.4G/5G Wi-Fi to provide flexible hospitality communication deployments without the constraints of physical Ethernet cabling. This terminal supports two SIP lines and features a high-definition handset designed for clarity in professional environments. The hardware architecture prioritizes voice traffic via advanced QoS mechanisms. Consequently, it maintains high-fidelity audio even in congested wireless network environments. This device serves as a central communication hub for guest rooms, offering dedicated service keys for streamlined operations.

Key Features

• Dual-Band Wireless Connectivity
  The integrated 802.11a/b/g/n/ac module allows connection to both 2.4GHz and 5GHz frequencies for reduced interference.
• High-Definition Audio Performance
  This unit supports wideband codecs including G.722 and Opus to deliver superior acoustic performance during voice calls.
• Customizable Service Interface
  • Six programmable softkeys for concierge and housekeeping services.
  • Dedicated volume control and redial functionality.
  • Support for customized faceplates to match hotel branding.
• Network and Security Protocols
  Security is maintained through TLS and SRTP encryption protocols to protect guest privacy and data integrity.

Specifications

What’s in the Box

• Fanvil H6W IP Phone Main Unit
• HD Handset and Coiled Cord
• Quick Installation Guide
• Ethernet Cable

Why Choose this Hospitality Device

• The dual-band Wi-Fi capability eliminates the need for expensive structural re-cabling in older hotel buildings.
• Support for Opus and G.722 ensures that voice communication remains clear even when network bandwidth fluctuates.
• Centralized management via Fanvil Device Management System (FDMS) allows IT staff to provision units remotely.
• The six programmable keys increase operational efficiency by providing guests with direct access to hotel services.
• Standard PoE support allows for simplified power distribution through existing network infrastructure components.