Component Speakers

The CyberData Auxiliary Analog Speaker is an option for the CyberData SIP Speaker to extend the coverage area.

Now available from CyberData is the newest option for installing the CyberData Ceiling Speaker! This new design combines the market leader in IP Speakers--the V2 Ceiling Speakers--with the latest design in speaker mounts. It's streamlined and easy to install, with a 1' x 2' "drop-in" design.

The CyberData SiP-enabled V2 Ceiling Speaker is a Power-over-Ethernet (PoE 802.3af) and Voice-over-IP (VoIP) public address loudspeaker that easily connects into existing local area networks with a single CAT5 cable connection. The speaker is compatible with most SiP-based IP PBX. In a non-SiP environment, the speaker is capable of playing audio from a multicast source.

Now available from CyberData is the newest option for installing the CyberData Ceiling Speaker! This new design combines the market leader in IP Speakers--the V2 Ceiling Speakers--with the latest design in speaker mounts. It's streamlined and easy to install, with a 1' x 2' "drop-in" design.

The CyberData SiP-enabled V2 Ceiling Speaker is a Power-over-Ethernet (PoE 802.3af) and Voice-over-IP (VoIP) public address loudspeaker that easily connects into existing local area networks with a single CAT5 cable connection. The speaker is compatible with most SiP-based IP PBX. In a non-SiP environment, the speaker is capable of playing audio from a multicast source.

The Singlewire/SIP Ceiling Tile Drop-In Speaker is the newest option for installation of the Singlewire InformaCast Speaker. The "Drop-In" design combines easy installation with a streamlined look.

The new CyberData SIP IP66 Outdoor Horn provides an easy method for implementing a loud IP-based overhead paging system for loud areas, warehouses, manufacturing areas, and outdoor areas.

Now with up to 9 user-stored messages. The interface is compatible with most SIP-based IP PBX servers that comply with the SIP RFC 3261. For non-SIP environments, the speaker can be configured to listen to multicast address and port number combinations to form paging zones.