Complex
Network Integration
Multiservice Networks
IP Telephony
Internet / VPN / Security
Wireless LAN (Wi-Fi)
IP Conferencing
and Collaboration
Network Management
Application Development
Wireless Solutions
Public Hot Spots
Last Mile Access
Indoor Wireless
Outdoor Wireless
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S.U.N is a full-service munications
provider and network integrator, providing innovative solutions with end-to-end
engineering excellence.
Complex Network Integration (CNI) combines data, voice,
video and storage over a single network infrastructure. It’s a simplification;
a convergence of three technologies into one cohesive system. CNI reduces
operational costs and enhances performance. It makes your infrastructure
more flexible and enhances your ability to manage and control your environment.
What’s more, with CNI you’ll find it’s faster, simpler
and more cost efficient to deploy new applications and services (to manage
your future).
The benefits:
- Integration. CNI lets you enable and use more
sophisticated, more comprehensive tools – tools that can improve
productivity and affect what matters most – your bottom line.
- Intelligence. Since CNI converges technologies,
you can maximize network efficiency and optimize application performance.
- Innovation. CNI positions you to adapt (quickly
and cost-efficiently) to today’s competitive, fast-changing business
environment.
- Interoperability. CNI allows open-integration
with 3rd party developers. It gives you more choice and flexibility
than legacy options.
Learn
more...
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In the simplest of terms, a wireless LAN
(WLAN) does exactly what the name implies. It provides all the
features and benefits of traditional LAN technologies such as
Ethernet and Token Ring, but without the limitations of wires or
cables. Thus, WLANs redefine the way the industry views LANs.
Connectivity no longer implies attachment. Local areas are measured
not in feet or meters, but in miles or kilometers. An infrastructure
need not be buried in the ground or hidden behind walls. An
infrastructure can be moved and changed based on the needs of an
organization.
A WLAN, just like a LAN, requires a
physical medium through which transmission signals pass. Instead of
using twisted-pair or fiber-optic cable, WLANs use infrared light (IR)
or radio frequencies (RFs). The use of RF is far more popular for
its longer range, higher bandwidth, and wider coverage. WLANs use
the 2.4-gigahertz (GHz) and 5-GHz frequency bands. These portions of
the RF spectrum are reserved in most of the world for unlicensed
devices. Wireless networking provides the freedom and flexibility to
operate within buildings and between buildings.
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Advantages ::
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Faster time to market and
lower Total Cost of Ownership than traditional leased
lines
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Flexibility in service
delivery using shared or dedicated bandwidth
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Scalability to handle rural
and urban subscriber densities on the same
infrastructure
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Meets or exceeds security,
performance and reliability of leased line networks
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Part of the end-to-end family
of S.U.N wireless solutions
Learn
more...
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