VoIP Solutions

Bluesocket is uniquely positioned to ensure that Voice is integral to its product line resulting in simplified WLAN and VoIP technology purchase, deployment and support for our customers.

Voice ready WLAN

Today’s businesses need to deploy voice over their wireless networks to improve collaboration, responsiveness and productivity. Wireless LANs are no longer just a convenience – they are a critical part of the enterprise infrastructure and must be designed to support voice solutions.

Voice Quality of Service - To ensure voice QOS, the Bluesocket WLAN solution supports Wi-Fi Multimedia (WMM), Diffserv (DSCP) and the 802.11e standard for voice prioritization on the wireless medium. Additional features such as admission control on a per SSID basis and minimum transmit rate options maximize available bandwidth and throughput for voice clients.

Secure Voice Over WLAN - The Bluesocket solution ensures security of voice applications and restricts voice devices to those policies applied by the IT department. Role based policies prevent sending non-voice related traffic into the network, and devices which cause violations can be automatically disconnected.

Bluesocket provides an important security layer to the network because many of today’s available voice clients only provide rudimentary security and authentication features.

Extensive Multi-Vendor Interoperability - Bluesocket supports leading industry standard voice protocols including SIP, H.323, SVP, SCCP and is highly interoperable with multiple vendor solutions.

This enables IP-Telephony managers and integrators to have a wide choice in handsets, dual-mode smart phones and IP-PBXs from leading voice vendors, like Spectralink, Avaya, Alcatel, Cisco, Nortel, 3Com, Vocera, Nokia, Motorola, etc.

vWLAN architecture
By taking advantage of the Bluesocket vWLAN architecture, customers can design their networks to exceed their high performance requirements.  Applications such as VoWiFi benefit significantly from this solution architecture as call quality measures - such as jitter and latency - are optimized.