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Private Lines
Need a
dedicated circuit between locations? NCS can connect local or
long-distance sites with a wide range of service speeds from
Verizon to support your applications. DDS, DS1, DS3, OC-n, and
Back Up circuits.
Full or fractional access up to 45Mbps, the ultimate performance
choice for high-end mission-critical applications.
T1 and DS3
High Capacity Digital Data Services transmit heavy volumes of
digital information, and are ideal for applications that demand
high bandwidth, such as LAN-to-LAN connectivity and
teleconferencing. You can connect directly to an ISP (Internet
Service Provider) for unrestricted access to the Internet and
faster download times. You can exchange large files and process
high volumes of online transactions such as payroll and inventory
management.
How Do High Capacity Digital Data Services Work?
DS1 uses high-speed digital Internetworking to transmit data at
1.544 Mbps. DS3 uses the high-performance, reliable circuitry of
fiber optic transmission facilities to give you the equivalent of
28 T1 channels or 672 regular voice grade channels in 45 Mbps
connection.
Why High Capacity Digital Data Services?
With High Capacity Digital Data Services, you can get:
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Economical alternatives to multiple lower-speed channels to
transmit the same information
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Dedicated transmission capacity not subject to network
congestion that can cause delays
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The bandwidth and speed to hold meetings by videoconferencing —
less time spent on travel
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Increased security because access is limited to the sites that
are linked, thus reducing the possibility of unauthorized access
to your network
Below T1 speed: Digital Data Service
You may have used analog private line networking to link your
geographically scattered locations and resources. But as the
capabilities of your hardware and software continue to grow, you
want greater speed and reliability than your analog lines can
offer...but can’t justify paying the premium pricing of a digital
service. Digital Data Service brings you digital transport at
competitive rates.
Digital Data Service gives you the ability to process, store and
retrieve extensive amounts of complex information through fast,
reliable digital transport. This high-quality connection can
dramatically improve data management efficiency. Since it meets
stringent performance criteria for its digital local loop, Digital
Data Service provides a stronger, more reliable link for your
private data network. It is ideal for applications such as
connecting remote customer service locations to a central database
where a fast response time directly affects performance levels.
How
Does Digital Data Service Work?
Verizon’s Digital Data Service links your data resource locations
with full duplex, synchronous transmission of digital signals,
with transmission speed choices 2.4, 4.8, 9.6, 19.2 and 56 Kbps.
It offers the flexibility of point-to-point, multipoint and/or
point-to-serving wire center configurations. This means that your
information is transmitted end-to-end in a digital format, which
improves your error rate.
Why Digital Data Service?
With Digital Data Service, you can get:
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System reliability: Superior circuitry and digital test centers
are designed to minimize downtime. The centralized testing and
advanced trouble-isolation capabilities of the digital test
centers ensure prompt service restoration. The architecture
incorporates advanced diagnostics that allow the digital test
centers to quickly isolate circuit trouble.
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Virtually error-free transmissions: Digital Data Service offers
increased reliability you can’t get with analog because the
digital data signals are continually regenerated as they travel
between your locations. This translates into 99.5% error-free
transmission at all five transmission speeds. Plus, centralized
synchronization of all network components reduces the chance of
garbled transmission due to timing differences.
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Affordability: Digital Data Service offers a newer, more
cost-effective pricing structure through its technologically
advanced nodal architecture.
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Upgradeability: It is easier than ever to take advantage of the
attractive features currently available with Digital Data
Service, as well as features planned for the near future.
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Flexibility: The architecture lets you pick your network
configuration from point-to-point, multipoint, or
point-to-serving wire center arrangements.
Transparent LAN
Service
TLS is a fiber based, Metro-Ethernet Service designed to link your
main-office network with one or more office locations or clients.
With TLS, a Verizon fiber backbone allows you to connect your
Ethernet LANs (local area networks) throughout a geographical area
while maintaining your native LAN speeds for "plug-and-play"
functionality. TLS provides Ethernet connectivity at 10Mbps,
100Mbps and 1000Mbps (GigE) within a LATA (local access and
transport area).
Use TLS
to create an affordable network for sharing information and
databases, e-mailing, imaging, and archiving. TLS is an ideal
solution for linking multiple locations and main-office resources
- creating a seamless WAN environment.
How Does TLS Work?
Fiber
optic LAN extension equipment located on your premises connects
your LANs to the TLS network through Verizon's Central Office.
There's no need to purchase additional on-premise equipment. As
your business grows, new LANs can be added and linked to the TLS
network. Customers access the service via a dedicated single mode
fiber (SMF) pair from their premises to the nearest deployed
Verizon switch.
WHY TLS?
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Cost-effective: There are no per-use charges. Plus, for maximum
convenience, efficiency, and cost-effectiveness, TLS offers one
flat fee.
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No
Capital Investment: Verizon supplies the extension device that
connects your LAN to TLS. You can get a direct connection
without having to buy additional Customer Premises Equipment.**
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Standard customer interface: The TLS interface to your LAN is
compatible with Ethernet (802.3), Fast Ethernet (802.3u) and
Gigabit Ethernet (802.3z).
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Ease
of Use: The Ethernet standard is widely available and
well-understood; simplifying network operations, administration,
management and provisioning (OAM&P).
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Secure: Unique Virtual LANs (VLANs) are assigned per customer,
which segments the customer's traffic over the shared network
specialized screening software protect even the most sensitive
data.
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24-hour network monitoring and maintenance: Verizon's proactive
network management eliminates the need for you to divert
important resources from your core business. In addition,
troubleshooting and repair are faster and easier because the
entire network is monitored from one central location.
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Expandable: TLS makes it easy to add new locations to your
network.
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Point-to-Multipoint /Point-to-Point Connectivity: TLS supports
any number of sites within your network.
Frame Relay
Whether Local or Long
distance, Verizon Frame Relay handles the important requirements
of two-way transaction traffic between LANs. Affordable
high-performance access, scalable from 256Kbps to 1.54Mbps or
higher as your business needs grow.
What is Frame Relay?
Are you transmitting medical, data, or financial records? Do your
applications require client/server computing, peer-to-peer
connections, and Internet access? Frame Relay is the ideal
technology for establishing LAN-to-LAN connections and distributed
client/server networks. Frame Relay is a packet-based technology
that sends data over the public switched network in
variable-length blocks (called frames) at speeds ranging from 56
Kbps to 45 Mbps.
Do I Need Frame Relay?
You can benefit from Frame Relay if your applications include:
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High speed requirements
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Interactive or bursty traffic
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Dedicated lines to multiple sites
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Geographically dispersed sites
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Multi-vendor, multi-protocol
environment
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Strategic supplier relationships
(including outsourcing)
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Legacy IBM infrastructure
Frame Relay offers you a number of
competitive advantages - including an easy migration to
Asynchronous Transfer Mode (ATM).
How Do I Use Frame Relay?
Frame Relay can be part of your success
if you:
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Send large graphics files
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Transfer layouts to a printer
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Transmit lots of data
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Replenish inventory with plants or
suppliers
How Does Frame Relay Work?
Instead of using costly duplicate lines to connect multiple
locations, Frame Relay uses the public network to give you
multiple Permanent Virtual Connections (PVCs), which are
pre-established paths through the frame relay network. These PVCs
provide multiple-site connectivity all through the same access
line. They allow you to obtain information on the Frame Relay
Network - such as port and PVC status and PVC address assignments
- and they provide real-time alarms if a problem occurs on the
network.
Why Frame Relay?
You can get:
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Increased bandwidth with less delay
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A single Frame Relay network instead
of duplicate network facilities and numerous equipment ports and
lines
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Flat rates without usage costs
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Flexibility to manage your evolving
needs and easily add new sites or locations
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Reliability from the redundancy of
network components and automatic alternate routing on the
high-speed ATM backbone
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24/7 network management and a single
point of contact
Asynchronous Transfer Mode - ATM
This cell-based
transport and switching technology offers
high-capacity transmission at speeds from DS-1 (1.544Mbps) to
OC-12 (622 Mbps) — supporting simultaneous compressed and/or packetized voice, data, video, and VPN applications.
What is ATM?
ATM is ideal for user applications that require high
bandwidth, scalability and low latency. It is designed to support
constant bit-rate (CBR) traffic suitable for full-motion video and
voice — where delays and cell loss cannot be tolerated. The
service also supports variable bit-rate (VBR) applications which
are ideal for LAN traffic and large file transfers — where delay
can be tolerated. ATM/Cell Relay offers the additional benefit of
complete Internetworking with Frame Relay
How Does ATM Work?
ATM establishes permanent virtual
connections shared by many users. Since all of these various types
of traffic can be carried on the same network sharing the
bandwidth, the bandwidth utilization can be maximized. These
characteristics make the network very flexible and cost-effective.
Why ATM?
With ATM, you can:
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Enjoy flat-rate/unlimited-usage
terms.
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Increase bandwidth utilization.
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Reduce administrative expenses.
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Expand and enhance the network easily
as traffic increases.
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Enhance network security and
reliability.
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Increase bandwidth on the UNI, as
required.
Contact us
for more information today!
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