Structured cabling and LAN Networks measurements
Description
In the course it aims to train participants to define and measure structured cabling infrastructure that enables a company established its corporate network. Furthermore, it is intended to inform certify benefits and advantages of the wirings and educate about parameters UTP cabling and optical fiber. The seminar includes as an essential component of a development project of designing a LAN.
Contents
Definition of LAN Wiring Systems. Standardization. Certifications. Standardization entities. Wiring Standards: TIA / EIA 568A / B, TIA / EIA 569, TIA / EIA 606, TIA / EIA 607, ISO / IEC 11801. Structured Wiring, Horizontal Wiring, Backbone Wiring, Basic Link, Channel. Physical Areas within Structured Cabling: Work Area, Equipment Room, Building Entrance Wiring, Communications Cabinet, Wiring Identification, Documentation and Plans. Network cables. UTP cable. STP cable. Optical fiber. Copper Wiring. Categories 1, .2, 3, 4, 5, 5E, 6 and 7. Types: Telephone, Braided, Balanced, UTP, FTP, STP (Shielded Twister Pair), ScTP (Screened Twister Pair), SSTP (Shielded- Screened Twisted Pair). Constructive feature, Insulation cover, shielding. Crosstalk (noise), color coding and form of connection. Identification of cables: UTP connection UTP connectors: RJ11 and RJ45. UTP Cabling Electrical Parameters: Measurement, Mapping, Length, Attenuation, Crosstalk, Next, Fext, ElFext, PSNEXT, PSFEXT, Return Losses, BW, EMI. Open Office, Norma TSB75. Economic aspects of structured cabling design.
Integrator Project Design of a LAN Network.
Seguridad en Switches. Tipos de Ataques y vulnerabilidades. Protocolos de Seguridad.
Requirements and Conditions
12 weeks (3 months) with an estimated time of dedication for the student of 4-6 hours per week.
Professionals, technicians and computer enthusiasts.
Basic and solid computer skills required.
The cost is 3(three) installments of U$S 50, or 1(one) installment of U$S 135.
20 participants.
