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The TrueNet® CopperTen® F/UTP Solution supports 10 Gigabit Ethernet to a full 100m. At high
frequencies associated with 10 Gigabit per second alien crosstalk (interference between adjacent
cables) hinders performance. The shielding used in the CopperTen F/UTP solution effectively
eliminates all alien crosstalk allowing data transmission rates of 10 Gigabits per second.
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ADC’s RMG series fiber enclosure provides rugged and durable protection for patching or splicing
of fiber cables. Especially designed to be user-friendly, the slide-out design and removable front
and rear panels provide convenient access points.
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Tham khảo tài liệu 'adc coarse wavelength division multiplexing (cwdm)', công nghệ thông tin, phần cứng phục vụ nhu cầu học tập, nghiên cứu và làm việc hiệu quả
8/29/2018 4:40:54 PM +00:00
ADC’s four-port TrueNet® Midspan Power-over-Ethernet Controller provides a flexible way to power
IP telephony and other IP applications over a local area network. This compact IEEE 802.3afcompliant
device is designed to support small/home office applications, Wi-Fi access point
installations, IP security cameras and other network components requiring 12.95 watts of power
or less.
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Network Service Providers continue to operate under increasing demands for
guaranteed service reliability. Providers that are actively deploying new
technology and networks are carefully scrutinizing all components that go into
a deployment for performance and reliability. Fiber optic cable assemblies are
no exception. To help ensure network integrity, service providers have turned
to standards organizations, suppliers and independent test agencies to
develop programs that can ensure fiber optic cable assembly performance and
reliability. Standards organizations have responded by developing
comprehensive requirements such as those found in GR-326-CORE...
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Fiber-to-the-Premises (FTTP) networks increasingly include Multiple Dwelling
Units (MDUs) such as apartments, condominiums and townhouses as part of the
network build. Some estimates indicate that MDU structures may account for over
one third of the target FTTP subscriber base. These MDU installations require special
consideration for fiber cable interconnection to terminal equipment located at the
premises. Connecting MDUs into the FTTP network requires an understanding
of the wide diversity of structures and conditions found throughout the country.
MDU connection strategies may also vary considerably depending on whether
the structure already exists or is under construction/rehabilitation....
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A new class of rugged fiber optic connectors has been introduced to speed
residential connection in Fiber-To-The-Premises (FTTP) cabling networks. The
connectors are strategically located in the distribution network to facilitate
service connection, maintenance and reconfiguration of subscriber services.
Connectors are typically staged at the street outside a residence to facilitate
easy access and connection to the residence at a later date. The rugged
connectors protect against extreme temperature, moisture, ultraviolet radiation,
chemical exposure and other harsh conditions typically found in the outside
plant. Rugged connectors provide a watertight seal and are typically installed in
multi-port fiber terminals or closures located at the street....
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Like many universities, the University of Central Arkansas (UCA) is surrounded by
evidence of life before cell phones, the Internet or Wi-Fi: its buildings. Constructed
with concrete block, masonry, steel and copper, these engineering marvels of the
1970s and 80s were built without consideration for future RF signals and fiber optic
cables. Their subterranean spaces and bunker-like constructions were ideal for quiet
classrooms and high traffic. Who knew they would one day absorb and impede
wireless signals?...
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ADC’s value-added module (VAM) system adds
flexibility and functionality to the optical transport
system by enabling telecommunications service
providers to easily incorporate optical components
into the network. This versatile platform lays the
foundation for the optical distribution frame of
the future.
The VAM system consists of a variety of chassis
and optical components that fit into all existing
ADC optical distribution frames and various other
mounting environments.
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ADC's FSS96 Below Ground Fiber Cross-Connect Enclosure allows service providers
the flexiblity to cost effectively meet their customer's service requirements.
Features:
• 96 termination capacity with splicing
• Built-in cable management and slack storage facilities
• Hand hole, manhole, pole or aerial mounting
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The 144-position FL1000 termination and splice panel uses ADC’s modular 6pak adapters that can
be ordered through a single catalog number and are shipped in a single package. The 288-position
termination and splice panel is a high-density solution featuring a fixed adapter bulkhead panel
with angled adapter retainers for individual fiber access and bend radius protection. Each 288-
position panel ships with vertical cable guides for managing incoming and outgoing patch cords.
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When mounting to a pole is not possible due to a lack of space, strand
mounting is the common alternative. During an installation, the MST universal
bracket is easily strand mounted using standard materials already available
to the installer. A separate strand mounting bracket can sell for as much as
$15 and, again, may not always be readily available or even the proper one
for a particular deployment. The same universal bracket that mounts easily
to a pole or into a hand hole – and is shipped with the MST – is contoured for strand mounting
with standard heavy-duty tie wrap fasteners or Deltec....
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As mobile usage continues to increase, service providers are faced with the challenge of optimizing
and expanding their wireless networks to provide new and existing services. ADC’s ClearGain®
Tower-Mounted Amplifiers (TMAs) minimize the cost of network expansion and improve quality of
service, allowing service providers to increase profitability from new and existing services.
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ClearGain TMAs improve signal quality by boosting the uplink (RX) signal of a mobile system
immediately after the antenna. This compensates for the loss in signal strength that occurs
when the signal is passed through the coaxial feeder cable to the base transceiver station (BTS)
at the base of the tower. These TMAs perform this amplification with the lowest possible noise
contribution, resulting in a substantial increase in receiver performance and an improvement in
overall coverage. These improvements in quality of service allow mobile subscribers to place more
calls, make longer calls, and successfully complete calls in an expanded geographic area, resulting
in increased revenue....
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As mobile usage continues to increase, service providers are faced
with the challenge of optimizing and expanding their wireless
networks to provide new and existing services. ADC’s ClearGain®
Tower-Mounted Amplifiers (TMAs) minimize the cost of network
expansion and improve the quality of service, allowing carriers to
increase profitability from new and existing services.
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As mobile usage continues to increase, service providers are faced with the challenge of optimizing
and expanding their wireless networks to provide new and existing services. ADC’s ClearGain®
Ground-Mounted Amplifiers (GMAs) minimize the cost of network expansion and improve quality
of service, allowing service providers to increase profitability from new and existing services.
ClearGain GMAs improve signal quality by boosting the uplink signal of a mobile system to
increase receiver performance and improve overall coverage....
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As mobile usage continues to increase, service providers are faced with the challenge of optimizing
and expanding their wireless networks to provide new and existing services. ADC’s ClearGain®
Tower-Mounted Amplifiers minimize the cost of network expansion and improve quality of
service, allowing service providers to increase profitability from new and existing services.
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ADC has over 20 years of fiber cable
manufacturing experience and offers
a complete family of high performance
cable and related products.
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Cable assemblies and connectors must meet Telcordia®
(GR326) requirements for strength of the fiber
termination connector. Reduced bend radius optical
fiber does not improve connector pull-off resistance.
Connectors that are easily loosened or disconnected
increase attenuation and cause failures.
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ADC STP CopperTen® jack can be used in data center, communications closet and work station
for 10G shielded performance. Installed in high-performance networks world wide, the system’s
design minimizes alien crosstalk and insertion loss and meets the performance requirements of
IEEE 802.3an, ISO 11801 Class EA and TIA/EIA-568-B.2-10 standards.
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Tham khảo tài liệu 'plug and play splitter architectures drive operational savings', công nghệ thông tin, phần cứng phục vụ nhu cầu học tập, nghiên cứu và làm việc hiệu quả
8/29/2018 4:40:54 PM +00:00
The amount of fiber used in today’s central office facilities challenges service
providers with fiber management issues. In many cases, raceways were
installed to accommodate the immediate needs without a plan for future
growth. These undersized raceways are now unable to adequately support the
enormous amounts of fiber required for today’s telecom network systems.
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For years, television broadcasters have relied on coax cable to route video
and audio control signals and RF around their facilities. Coax has proven itself
to be easy to work with and reliable. However, as the television broadcast
business evolves from a single analog channel to a digital world, the industry
is re-evaluating the role of coax. In its place, fiber-optic cable is emerging as
a logical solution for next-generation television signal routing, where greater
bandwidth is needed to accommodate HD signals and multicast SD channels....
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ADC’s LCF Optical Cable® closet distribution riser cables are easy to terminate and provide
exceptional mechanical and optical performance. Cables are available with diameters from
1.6 mm to 2.9 mm. All materials have been carefully selected to meet the latest industry
requirements including UL listing for installation in riser applications. Closet distribution cables
have been independently tested to insure compliance with the European Union’s Restriction of
the Use of Certain Hazardous Substances Directive (RoHS) and the State of California Safe
Drinking and Toxic Enforcement Act of 1986 (Prop 65)....
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Tham khảo tài liệu 'fiber optic cable', công nghệ thông tin, phần cứng phục vụ nhu cầu học tập, nghiên cứu và làm việc hiệu quả
8/29/2018 4:40:54 PM +00:00
Tham khảo tài liệu 'truenet® copperten™ augmented category 6 patch panels', công nghệ thông tin, phần cứng phục vụ nhu cầu học tập, nghiên cứu và làm việc hiệu quả
8/29/2018 4:40:54 PM +00:00
The new 1 RU (4.45 cm; 1.75-inch) FPL provides all the advantages the larger FPL panels provide
but in a space saving format. The panel comes in 12- and 24-position options that accommodate
up to 48 connections when using LC connectors.
Features:
• Panels are only 1 RU (4.45 cm; 1.75-inch) high
• Available in 12- or 24-position termination only or termination/splice within a single panel
• Using LC small-form-factor connectors doubles the capacity of each panel
• Angled left and right connectors allow easy cable routing from left and right
• Vertical cable guides on either side of the panel provide bend radius protection and
management of fibers...
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ADC’s Basic Category 5e and Category 6 Structured Cabling Systems are complete channel
solutions offering 20-year product performance warranties along with a multitude of product
choices and design options. In addition, the components of these economical systems are also
guaranteed to meet the minimum requirements of TIA 568B for Category 5e and Category 6
for dependable data transmission in any network configuration, from the switch to the
network interface.
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Tham khảo tài liệu 'basic structured cabling systems category 5e 4-pair riser data cable', công nghệ thông tin, phần cứng phục vụ nhu cầu học tập, nghiên cứu và làm việc hiệu quả
8/29/2018 4:40:54 PM +00:00
ADC, a leading solution provider for distributing and enhancing wireless capacity and coverage,
now offers the Digivance NXD. The Digivance NXD is a fully Digital Distributed Antenna System
(D-DAS) designed to specifically meet a service provider’s current network needs and provide a fully
flexible path to future network migration. The Digivance product improves wireless networks by
extending seamless wireless coverage from existing cell sites to hard-to-reach areas, or distributing
capacity from centralized radio suites....
8/29/2018 4:40:52 PM +00:00