NEC Australia
au.nec.com
Communications Server
UNIVERGE
®
SV8500
The award winning UNIVERGE SV8500 is a powerful enterprise
communications solution capable of supporting up to 6,000
endpoints in a single system. Reliable, scalable and energy-
efficient, it is an advanced application server that supports
voice, unified communications and mobility solutions for tens
of thousands of users.
Designed to easily and efficiently scale, the SV8500 meets
the needs of the largest enterprises, supporting up to 192,000
ports in a networked environment.
As a part of NEC’s UNIVERGE commitment to putting
people in the centre of communications, the SV8500 unifies
the enterprise through the high-efficiency technology that
large enterprises require. The SV8500 is the premier IP
communications server for regional and global expansion,
worker mobility and environmental responsibility. It offers an
extensive IP feature set in a flexible, scalable and highly secure
package.
Overview
At a glance
•
Offers secure end-to-end communication
•
Uses open standards to provide an advanced
communication platform
•
Integrates with current IT infrastructure
•
Complies with green initiatives
•
Supports up to 6,000 endpoints
•
Is highly reliable and scalable
Enable your customers to reach workers wherever they
are. The SV8500 extends communications to branch and
international offices simply and cost-effectively. It supports
a number of NEC’s mobility-enhancing tools that empower
users to be productive whether they are at their desks or have
stepped away. Individuals, departments and locations can
work more efficiently by communicating seamlessly in real
time.
Benefits
Increased customer satisfaction and
lower expenses
Business continuity
The SV8500 ensures business continuity through component
redundancy. It also provides IP fail-over for stations and
trunking, clustered survivability, power failure transfer and call
routing for self-healing networks. Its architecture is ideal for
mission-critical situations. Advanced fault diagnosis,
errorcorrecting memory, and component redundancy all ensure
high availability and operational continuity.
