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Uniprise Enterprise Network Design [SPUEND]

To become an Enterprise Network Certified Systems Designer, you must have successfully completed this online course. The Enterprise Network Design Training Program is designed to assure that the network designer is qualified to properly design the Enterprise Network (both inside and outside plant) using products that comprise a Uniprise solution.>

Estimated study time: 20 hours

Webcast duration: 9h:58m

Languages

The webcasts for this course are available in the following languages:

 Chinese Danish Dutch Finnish French German Hungarian Italian Japanese Korean Portuguese Russian Spanish Swedish Turkish

plus additional languages available for asssessments.

Audience:

Those designing, specifying or project managing Uniprise solution Enterprise infrastructure projects will find this a useful addition to your knowledge.

Pre-requisite experience:

No Pre-requisite knowledge is required for this course. It is useful if you have an understanding or exposure to the Enterprise infrastructure market.

Objectives:

  • Introduce CommScope, industry codes, standards, regulations and methodologies.
  • Learn the Uniprise solution, its products and the best practices required to install and test it so you may better project manage an installation and assure a quality installation.
  • Understand the Network planning process and administration requirements.
  • Learn more about the bidding and estimating process for an Infrastructure project.

Key Topics:

The Uniprise suite of courses are built from a pool of modules as opposed to lessons, the modules included within this course are:

  • Uniprise Introduction - This module introduces CommScope and the Uniprise structured cabling solutions, manufacturing excellence, warranty.
  • Codes and Standards – Standards and regulations, purpose, standards organizations, TIA, ISO/IEC, CENELEC, Application standards such as IEEE, NFPA, NESC and NEC standards, TIA 568, TIA569, TIA606, TIA607, TIA758, TIA862, standards creation.
  • Network Topologies and Infrastructure - Topologies, infrastructures for networks, components, horizontal, MUTOA, FTTE, backbones, campus, access providers.
  • Transmission Media - is a review of the transmission parameters, which are affected by the placement of the copper and optical fiber media, cable components, U/UTP, F/UTP, S/FTP, coax, performance, pairs, decibel (dB), transmission characteristics, CommScope testing program, Verified vs Tested, FO transmission media, dispersion, attenuation, fiber types, OM2, OM3, OM4, OS2, network cable performance, fiber selection, fiber construction, cables and fire safety listings.
  • Copper Cable and Connectivity - covers Ultra II and DataPipe CAT5e, Media 6 CAT6, Ultra 10 solutions, isolator, isolite, UNJ and UNP connectors and panels, FTP solutions, CAT3 solutions, cables and components.
  • Fiber Cables and Connectivity - details the Uniprise fiber solutions, including LightScope ZWP fiber, LaserCore and other multimode & jacket options, DMD, OM2+, OM3 and OM4, Application distances, fiber selection, cable types loose tube, tight buffered, protective casings, triathlon, hybrid, CIS Cable in Conduit, Webtrak. Part 2 covers connectors, ST, SC, LC, pre-terminated, patch panel options, OSP and Building Entrance enclosures.
  • Coaxial cable and Connectivity - details coaxial structure, shield types applications and connectors, standards, impedance, attenuation, shields, design, Video, CATV, security, wireless control,
  • Mixed Use Network Solutions - Explores solutions used in small commercial and residential environments, MXU distribution Centers, the MDU and module options and enclosures.
  • Network Planning – Physical topologies, security applications, MDU, Media and planning for growth, calculating network, capacity, fiber counts and planning, video, voice and wireless.
  • Horizontal Cable Installation - Before installation, telecoms room layouts, support infrastructure, planning and installation, conveyance, and installation tools, J hooks, support problems, sag, ladder racks, tray, cable reeling systems, chute and waterfall, bull wheel, pulling techniques.
  • Vertical Cable Installation - Backbone overview, backbone pathways, Pulling copper and fiber vertical backbones, alternative backbone considerations, core boring, alternate routing, backbone conveyance.
  • Campus/Outdoor Cable Installation - Environmental considerations, infrastructure types, installation methodologies, underground conduit, conduit installation, plowed, trench, ConQuest installation, Aerial, clearances, messengers, attachment, sag, tensioning, planning aerial, clearance.
  • Connectorization and Splicing - covers methods and procedures for the termination of the copper and fiber media. Splicing contains an overview of copper splicing and methods and procedures for the mechanical and fusion splicing of optical fiber cabling. This module is supported by the termination Videos available in the student download area. IDC, color codes, labeling, fiber splicing, fusion splicing, mechanical splicing, fiber closures, heat cured termination, anaerobic termination, pigtails, coax termination.
  • Administration - provides direction for the proper documentation required by both the ANSI/TIA/EIA Standard and the CommScope Installation Program. ANSI606, selection of class 1through 4, classes and identifiers, required records, implementation, room designation, station termination locators, wiring system administration, bonding labeling, EIA/TIA standards.
  • Testing and Troubleshooting - covers testing and troubleshooting of copper and fiber cable including OLTS and OTDR. Visual verification, documentation, test sets, VOM, induction amplifiers, tome generators, wire maps, TDR, testing UTP and F/UTP, link and channel copper testing, length, insertion loss, NEXT, ACR, ELFEXT, PSELFEXT, Return loss, delay and skew, test procedures, failures, troubleshooting, backbone testing coax testing. Fiber testing Tier 1 and Tier 2, continuity and infrared testing, VFL, strand identification, OLTS, OTDR, multimode and singlemode testing, source and meters, TIA/EIA526, loss calculations, testing precautions, OLTS referencing process and procedures, test leads. OTDR testing, troubleshooting, isolate, cable loss, microbends, OTDR testing practices, repair.
  • Bidding and Estimating – Terms, labor, materials, equipment, consumables, BOM, BOM examples small large backbones, distributed backbone, collapsed backbone, FTTE, various campus, CCTV, security.

How will I learn?

You will study this course online in a self- paced format.

The course is made up of a number of webcast modules and online multiple choice assessments giving immediate feedback. It is supported by downloadable support documentation.

Successful completion will require:

Any level of pass in the accumulative overall assessment score.

Is this the right course for me?

If you are involved in a Uniprise infrastructure project and need to understand the Design and specification requirements and installation methodology to the point you can project manage, then this course is for you.

Upon successful completion you will:

Receive a certificate that may be self-printed.

Course information:

BICSI CECs: 7 Event ID: OV COMMS IL 1014-2

Certificate valid for 4 years

Estimated study time: 20 hours

Webcast duration: 9h:58m

Course Benefits

  • Learn at your own pace
  • Effective learning
  • Learn on the go and on-site
  • Cost effective
  • Consistent training globally
  • Available in many languages
  • Access latest material

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