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Quintums Tenor Call Relay provides a single
VoIP portal between IP networks allowing for end to end VoIP
communications across multiple IP networks. All calls are
switched through multiple IP networks with just one single
compression and decompression of the voice. The result is less
latency and higher voice quality as the call passes from
network to network.
The Tenor Call Relay allows VoIP endpoints
such as VoIP gateways, IP phones and IP soft phones which are
behind a Network Address Translation (NAT) firewall, to
communicate with VoIP endpoints on external IP networks. This
allows both enterprises and service providers to expand their
VoIP networks to home offices, branch offices, customers,
partners, and across the public Internet.
Tenor Call Relay also provides a single point
for call management, administration and security at the edge
of your VoIP network. With this unique intelligent VoIP
network switching, the Tenor Call Relay makes expanding VoIP
calling both easy and risk free. Call Relay is available in
two versions: Standard version supports up to 32 simultaneous
VoIP calls; Call Relay SP supports up to 720.
More intelligence means higher voice quality
and less delay When separate VoIP networks are linked using
circuit switched connections, the multiple compression and
de-compression processes that occur increase transmission
delay and cause unnecessary degradation of the voice quality.
Tenor Call Relay eliminates these delays with its direct IP
connection between VoIP networks, thereby increasing voice
quality.
More intelligence eliminates firewall issues
With NATAccess TM the Tenor Call Relay is able to pass VoIP
traffic from internal end points transparently through your IP
networks NAT firewalls. More intelligence means less network
congestion.
With its PacketSaver technology, the Tenor
Call Relay reduces bandwidth consumption of VoIP calls by
multiplexing multiple calls into the same packet, reducing the
overall bandwidth utilization by up to 50%, beyond voice
compression and silence suppression.
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