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Broadwing
Private Line provides you a flexible, cost-effective, seamless solution
for voice, video and data applications. These end-to-end, dedicated
circuits are designed for full duplex, isochronous transmission
of digital and optical signals and are delivered to you over the
world's first all-optical switched network.
Bandwidth and Cost Efficiency
• Broadwing's all-optical core eliminates reliance on optical-to-electronic-to-optical
(OEO) regeneration equipment and increases bandwidth capabilities
and performance -- all at a lower cost.
• Because Private Line supports any combination of protocols,
including transmission control protocol, frame relay and asynchronous
transfer mode, etc., it may improve network efficiency and allow
the integration of multiple corporate networks (for voice, data,
imaging and video) over a single infrastructure.
Flexibility
• Broadwing's Private Line provides continuous accessibility
to a network built and designed to fit your specific business requirements.
To ensure you receive the speed and scalability you need, we provide:
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Bandwidth ranging from DS1 (1.544 Mbps) to OC192 (10 Gbps)
• Compatible with Bellcore and other industry standards
• Unlimited wide signal variety, three or more National Television
Standards Committee (NTSC) quality TV signals and compressed HDTV
signals
Speed and Accountability
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Broadwing offers guaranteed performance and value-added services
including:
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24x7x365 network monitoring
• Mean time to repair (MTTR) service level agreement of less
than 4 hours
• Advanced fault tolerance
• Survivability with operations, administration, maintenance
and provisioning (OAM&P) overhead features
• 99.99% network availability service level agreement.
Security
and Reliability
• As a truly private networking solution, operating at layer
one of the Open System Interconnection (OSI) Model, Private Line
offers the benchmark for WAN security.
• With 1+1 as well as 1+0 trunks options available, customers
may fine tune the degree of survivability required based on applications
and higher network layer protocol protection.
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