PROJECT´S NAME

“Designing a LAN computer Lab”OBJECTIVE OF THE PROJECTThis project is aimed at students of this institution to learn to manageteams from an early age, so that students who do not have a computerthis home is not an impediment to learning. computer labsthat of this institution that mainly offers students who do not have a computer orthey need a computer to carry out their tasks as well as for researchdifferent themes for free. Students can also use this labcollaborate with other students in their jobs, tasks or small projects that coulddo, since many students can meet in the computer lab to worktogether.computer labs, such as the institution offer unique access toresearch opportunities. In addition, computer labs are generallyequipped with Internet access Students can investigate problems therefore more easilyand access to content through high quality connections.

IMPACT OF THE PROJECT

I think this project will have a great impact, because when this labhas installed computer network will serve a total of twenty studentsmorning twenty students in the afternoon shift, which gives us a total of forty students benefited from this project.This project will benefit families of students economically, since not allstudents have a computer at home. In the computer lab canto carry out its tasks and work being carried out research or program (jobequipment), without having to spend money on an internet cafe.

ESTIMATED INSTALLATION TIMEThe estimated time to consider installing a network computer labIt is two months, because they have to put all wiring and specifically protect all cables so they are not damaged. We also have to plan where to place the wires laboratory network.

PROJECT REQUIREMENTSNumber of teams that will be within the

network

Number of teams that will be within the network. Within the network the computer lab will be twenty teams,then presents a table that displays the number of calculations and equipmentprices, features, images and the total cost of equipment

Picture

BrandHP 20 TW Touch All in one Pc

Characteristics Windows 10 Home 64 4th Generation Intel(R) CeleronTM G1840T dual-core processor

[2.5GHz, 2MB Shared Cache] 4GB DDR3L-1600 SODIMM (1x4GB) RAM 19.45" diagonal HD+ multi touch-enabled LED-backlit (1600 x 900)

Technical Specifications

Operating System: Windows 10 Pro 64 – bit OSProcessor:4th Generation Intel ® CeleronTM G1840T Dual Core2.5GHZWebcam: HP True Vision HD Webcam (10) 720p HD and built in microphonesMemory: 4GB DDR3L – 1600 SODIMM (1X4GB) RAMHard Drive: 500GB 7200 RPM Sata 6G 3.5 Hard DriveGraphics: Intel Integrated GraphicSound card: Integrated Sound, DTS AudioMemory slots: 2 SODIMMDisplay: 19.45” diagonal HD+ multi touch- enabled Led- backlit (1600x900)

Furniture Needed

FurnitureChair 1001 Color Black and Blue

Characteristics

Maximum Height: 75,5cmSeat width: 49cmBase material: Foam, metalSeat cover: cloth

Number of chairs to use23 Charis to use

Butaco Lab NTC 4730

CharacteristicsBenefits:Security; Durability; Support Resistance; functionalityfinishedSurfaces: natural matt varnish; Formica; Thermoformed PET or PVC. horntails painting electrostatic powder coating.ColorsMetal structure: Grey and Black EmbossmaterialsMetals: Steel pipe CR, 7/8 " steel blade Cal.18, CR, Cal.22 Woods: plywood or chipboard wood.

Number of desk to use12 desk to use

Reinforced slate Plumi

Characteristics Dry erase Solvent resistant Special Measures Ideal for Schools, offices and Boardrooms Measures: 1.20x2.40 60x90 90x2.40 1.20x3.05* 60x1.20 90x3.05* 1.20x3.60

Materials to install the networkMeters of UTP cable used in the installation:

Category 6 meters to occupy: 2 wire coils (approximately 600 meters)

Number faceplate to use depending on the number of computers to connect:

full 8 faceplates (given that some of the entries that prevent if in the future the network wants to expand or add more computers are left)

Type of faceplate: intelillent top with 4 perforations.

Number of jacks to be used: 32 jacks as only would cover pace plate type jack. Jack RJ45 Cat 6 model 360-020B

Number of plugs to use:

2 boxes of 100 plugs each were used. Number of plugs: 200 The plug is RJ45 cat. 6

Number of channels to be used: Approximately 50 meters from ducts were used. Gutters are 2 meters, then 25 channels were used for a total of

50 meters.

Number of rack to use: A medium-sized rack is used. Description: Vertical Rack 47.5 cm wide x 210 cm high,

aluminum Model: MOR -84 (N)

Number of switch and number of ports required for connectivity of equipment :

switch port 48 is bought 48 ports RJ45 a 10/100/1000 Mbps Supports MAC address learning (Self- Learning) and MDI /

MDIX metal housing standard 19-inch

LABORATORY SIZEThe computer room has a physical infrastructure of 13.20 meters. long x 7.60. mts wide and 3.50 meters. high

Lighting installation plan

Switches

Metallic Box

Switches Thermomagnetic

NETWORK CONFIGURATION

EQUIPMENT NAME IP ADRESS

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

SERVIDOR 192.168.10.1

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 1 192.168.10.2

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 2 192.168.10.3

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 3 192.168.10.4

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 4 192.168.10.5

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 5 192.168.10.6

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 6 192.168.10.7

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 7 192.168.10.8

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 8 192.168.10.9

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 9 192.168.10.10

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 10 192.168.10.11

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 11 192.168.10.12

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 12 192.168.10.13

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 13 192.168.10.14

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 14 192.168.10.15

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 15 192.168.10.16

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 16 192.168.10.17

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 17 192.168.10.18

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 18 192.168.10.19

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 19 192.168.10.20

PROCESADOR AMD DUAL CORE E1-1200 1.4GHz 1MB L2 CACHE 4GB RAM DDR3 500 GB, DVD RW, VGA, DVI WINDOWS 8 PROFESSIONAL

HOST 20 192.168.10.21

Other accessories

Extinguisher Heating

Sequence of activities to carry out the project for installation:

Sort all material for installation waste no time in buying them. Installation of electric power in space to carry out the project. Make a plan fence where I have no problem guiding and

measures. Start putting guttering. Put tables chairs Put the frame Arm Put the switch on the

rack connect the router to switch. Configure the router to grab the Internet service with offices.

Place the computer equipment at the tables (table 2) Make the cables. check that the cables work. them along the raceway that is around the room. Since the wires are short shots gutters (4-wire mass row) Put caps faceplate (cats and strikeouts) Connect the wires to the switch. Take steps each faceplate to the computer to make cable

measure. Accommodate in place and connect the printer to the network. Turn on the computer teams.

Connect the cables of the computer equipment. Check in that are networked. automatic IP is used. Then install the necessary software (Office, Antivirus) Check connections (Internet service) Urging the printer driver for each of the computers. Finally, prove that all computers work correctly.

ConclusionesThis project leaves me a great learning experience and did not know that the construction of a

small computer lab requires much effort and work. I seemed

a great job because as students of specialty support and maintenance equipment

computer and now this semester are seeing the network module helps us

better understand how it is possible that the installation of a local network to carry out is done

this project had to carry out several investigations and in my case I learned to drive a

program did not know " Visio " who helped to realize all diagrams, to make this

project could build a computer lab and install a network, this project

It was developed in a design but based on prices, prices , sizes, materials

and equipment as if we had done physically.