AZETech Solutions (LAN Design)

AZETech Solutions

7th Avenue corner 32nd Street, Fort Bonifacio Global City, Taguig (632) 293 8324

MAPUA INSTITUTE OF TECHNOLOGY School of EE – ECE – CpE

LOCAL AREA NETWORK

DESIGN FOR HOLCIM

PHILIPPINES Submitted in partial fulfillment of the requirements in ECE118 – Data Communications

Submitted by:

DAPITO, Abegail V.

DE LOS REYES, Erica Lee M.

SERDON, Mark Zaidy M. ECE118 / B12

Engr. Jessie Jaye Balbin Professor

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ACKNOWLEDGEMENT

Azetech Solutions would like to extend its gratitude to the professor, Engr.

Jessie Jaye Balbin for the opportunity of experiencing professional bidding and

proposals on the course, for the support and encouragement and most of all,

for all the knowledge and wisdom he shared to the group and to other students.

To the proposed client, Holcim Philippines, Azetech would like to give

acknowledgement for using their company. As well as all sources of materials for

the proposed project, thank you.

Azetech Solutions would also like to thank their competitors, colleagues

and family for all the support and understanding they have given throughout

this opportunity.

Lastly, to the Almighty Creator for the talents, traits and wisdom he has

incorporated in the group.

AZETech Solutions


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TABLE OF CONTENTS

CHAPTER 1 NETWORK OVERVIEW

About the Client 2

Building Description 3

Organizational Structure : Holcim Manufacturing 9

Network Objectives 10

CHAPTER 2 LAN DESIGN

LAN Description 12

Standard and Protocols 13

CHAPTER 3 TOPOLOGY

Logical Topology 18

Physical Topology 23

Horizontal Cabling 23

Vertical Cabling 26

3D Views 27

CHAPTER 4 CUT SHEET 37

CHAPTER 5 IP ADDRESSING

Classful Addressing 55

Classless Addressing (DHCP) 64

Classless Addresing (Static) 67

CHAPTER 6 CONFIGURATION 77

CHAPTER 7 EQUIPMENTS 82

CHAPTER 8 BILL OF MATERIALS 102

ABOUT THE COMPANY

COMPANY PROFILE 104

DESIGNERS’ PROFILES 108

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CHAPTER 1:

NETWORK

OVERVIEW

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ABOUT THE CLIENT

Holcim established its presence in the Philippine cement industry in 1974.

Today, Alsons Cement Corporation and Union Cement Corporation have come

together to move forward as a stronger Holcim Philippines.

Maintaining its unique homegrown identity and heritage of strength,

resilience and consistent financial performance while taking advantage of the

support and resources of a global brand.

Nationwide, Holcim is powered by a strong workforce that forms part of

the global network, as well as a worldwide resource of innovative minds.

BUILDING DESCRIPTION

Having been on the cement industry, the Holcim Manufacturing building

includes both its manufacturing area and the offices in one building. Having

three floors, each floor having its on function, the massive building is a simple

rectangular building.

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FIRST FLOOR

Basically, the first floor is for the production and manufacturing area of the

company. It is actually where the following rooms are located:

Training Room. The training room is where new workers are being trained,

there are equipments which are located in the room to teach and train

the people.

Quality Control Room. The quality control room has its entrance located

inside the production bay. Basically, in the quality control room, all

productions and manufactured goods are being tested and observed; it

is then either put directly in to the storage room or rejected.

Storage. The storage room occupies the first and second floor. It is where

manufactured goods, as well as raw materials are being placed.

Clinic and Safety Department. Since the first floor is basically where all

productions are made, the clinic and safety department is located there

in case of emergency upon the production.

Security Office. All population enters the first floor, no matter where their

destination is. The security office is located in the first floor, basically to

monitor all entries and exits within the building.

Cargo Control. Whether receiving of raw materials or exporting of

manufactured goods, the cargo undergoes security operation at the

cargo control lot, where all trucks are parked and cleared.

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SECOND FLOOR

The second floor is the client’s hub. All customers and clients make

transactions in the second floor, having the following offices located there:

Selling Area. The selling area is basically where ALL transactions are made.

The exporting of goods, the sales, the treasury department. Also, waiting

areas are located inside the selling area in case

Operations Department. All operations, with regards to the transactions

being made inside the company, are being monitored here.

Documentation Area. For easy access of latest customer transactions,

documentations area is placed on the second floor.

Storage Room. The second floor storage room contains all goods ready

for releasing/ ready for selling and product sampling.

Human Resources Department. Not only customers are being entertained

in the second floor, but also the potential workers. In the HR Department,

all interviews are made, as well as all workers’ issues.

Cafeteria. Since the second floor is for the common people, the cafeteria,

or where all people eat, is located here.

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THIRD FLOOR

The third floor is strictly designed for all executives and officers of the

company, thus, all offices are located in the said floor.

Executive Office. Having one CEO in Holcim, his office is located at the

end part of the building.

Sales, Marketing and Distribution office. All transactions, and also the

treasury department, belong to the office. All being transacted in the

second floor is being reviewed in the third floor.

Research Department. The third floor also features the department where

all “exclusive recipes” are being made. It is designed for the improvement

and strictly confidential materials.

Customer Service. All customer relations which are being reported on calls

are received in the third floor, for easy connection to concerned

departments.

Legal Department. All legal concerns within and outside the company

which concerns itself is being directed to the Legal Department.

Conference Room. Whether small or big conferences/meeting, it is being

held in the third floor.

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ORGANIZATIONAL STRUCTURE (Holcim Philippines)

CEO

COO

COO

Davao Plant Operations

La Union Plant Operations

Lugait Plant Operations

Legal and Secretary

Business Development

Manufacturing Health and

Safety

Sales, Marketing and Distribution

Finance Adviser

Communication

Geocycle

Human Resources

Procurement

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NETWORK OBJECTIVES

AZETech is known to provide network solution from A-Z. For a

manufacturing company as a client, AZETech aims to provide the company

with the following enhancements:

Provide a secure and hassle-free connection between departments.

Connect each department through a local area network, with identified

limited or limitless access to interactions and data.

Incorporate security cameras and department interactions for security

purposes.

Create a database system where files will be securely stored

Enhance convenience in file maintenance and safekeeping through local

area networking.

Provide effective and less costly cabling of connections throughout the

building.

o Specifically, to provide and utilize appropriate logical topology and

physical topology to the building and the network’s needs.

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CHAPTER 2:

LAN DESIGN

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LAN DESCRIPTION

The type of LAN to be implemented should be dependent on the amount

of traffic, the number of users, and the physical limitations of the structure where

the LAN is to be implemented. The amount of traffic and the number of users

should determine what speed should be readily available and supported by the

LAN. In this case, the 100Base-T standard should do since the PRC is does not

require high bandwidth applications. Most LAN standards give limitations to the

length of a certain cable, this is why physical limitations of the structure must also

be considered in the type of technology to be used for the implementation of

the LAN.

A simple network comprising of computers and printers, also wireless CCTV

cameras will be implemented for the PRC, the computers will serve as the

medium for any information exchange that will be done, the printers in the

network will simply be there to serve the printing needs of the offices.

The network uses only a single router which is designed for really large

areas. Aside from the router, one main switch per floor is used with varying

number of switches depending on the number of rooms per floor.

The primary aim of the network is for offices to be connected and for

them to monitor all actions in the building. Thus, this leads the network to apply

wireless security cameras; 16 cameras in the building, monitored inside the CCTV

control room. This is also done to prevent security cameras in sharing

bandwidths in the network.

A wireless fidelity internet access is offered only in the cafeteria and lobby

of the second floor and in the offices to provide convenience to customers, and

at the same time, to prevent workers from wasting time in accessing the

internet.

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STANDARDS

IEEE 802.1 – a working group of IEEE standards that is concerned with LAN/MAN

architecture, internetworking among LANs, link security, overall network

management, and protocol layers above MAC and LLC. One example of 802.1

implementation is the Virtual LAN.

IEEE 802.2 – the IEEE standards defining Logical Link Control and Media Access

Control, which are portions of the OSI Layer 2. It adds the DSAP and SSAP labels

to a given packet regardless of network type.

IEEE 802.3 – a working group and collection of IEEE standards that define the

physical layer and data link layer’s media access control of wired Ethernet. The

IEEE 802.3 standards in concern are those that give specifications for 100Base-T

Ethernet (IEEE 802.3u, IEEE 802.3x) and those that are revisions of old IEEE

standards that deal with IEEE 802.1 (IEEE 802.3ac).

Recommended Standard 232 (RS-232) – a traditional name for a series of

standards for serial binary single-ended data and control signals connecting

between a DTE and DCE. The RS-232 signal is used in serial ports.

TIA/EIA-568 – a set of telecommunication standards that address the

commercial building cabling for telecom products and services. The TIA/EIA-568

defines the pin assignments of the modular connector plugs and sockets used

for category 5 unshielded twisted-pair cables in 100Base-TX technology.

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100-Base TX – the predominant standard in Fast Ethernet which specifies

transmission at 100Mbit/s in full duplex through category 5 cabling with an RJ45

modular plug and jack. This standard gives a 100 meter cable length limitation.

American Standard Code for Information Interchange (ASCII) – a standard that

identifies letters, numbers, and various symbols by code numbers for exchanging

data between different computer systems.

ETSI (19 inch rack standard) – standard defining the dimensions of the cabinet

that will serve as the housing for the networking components.

PROTOCOLS

Open Shortest Path First (OSPF) - is a link state routing protocol which was first

defined as version 2 in RFC 2328 . It is used to allow routers to dynamically

learn routes from otherrouters and to advertise routes to other routers.

Advertisements containing routes are referred to as Link State Advertisements

(LSAs) in OSPF. OSPF router keeps track of thestate of all the various network

connections (links) between itself and a network it is trying to send data to. This

makes it a link-state routing protocol. OSPF supports the use of classlessIP

address ranges and is very efficient. OSPF uses areas to organize a network into

a hierarchal structure; it summarizes route information to reduce the number of

advertised routes and thereby reduce network load and uses a designated

router (elected via a process that is part of OSPF) to reduce the quantity and

frequency of Link State Advertisements. OSPF does require the router have a

more powerful processor and more memory than otherrouting protocols.

http://www.inetdaemon.com/tutorials/internet/ip/routing/dv_vs_ls.shtml

http://www.inetdaemon.com/tutorials/internet/ip/routing/routing_vs_routed.shtml

http://www.ietf.org/rfc/rfc2328.txt

http://www.inetdaemon.com/tutorials/internet/ip/routing/router.shtml

http://www.inetdaemon.com/tutorials/internet/ip/routing/route.shtml





http://www.inetdaemon.com/tutorials/networking/lan/index.shtml


http://www.inetdaemon.com/tutorials/internet/ip/addresses/classless.shtml

http://www.inetdaemon.com/tutorials/internet/ip/addresses/classless.shtml

http://www.inetdaemon.com/tutorials/networking/lan/index.shtml



http://www.inetdaemon.com/tutorials/computers/hardware/cpu/index.shtml

http://www.inetdaemon.com/tutorials/computers/hardware/memory/index.shtml


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OSPF selects the best routes by finding the lowest cost paths to a destination. All

router interfaces (links) are given a cost. The cost of a route is equal to the sum

of all the costs configured on all the outbound links between the router and the

destination network, plus the cost configured on the inteface that OSPF

received the Link State Advertisement on.

Internet Protocol version 4 (IPv4) - is the fourth revision in the development of the

Internet Protocol (IP) and the first version of the protocol to be widely deployed.

Together with IPv6, it is at the core of standards-based internetworking methods

of the Internet. As of 2012 IPv4 is still the most widely deployed Internet Layer

protocol.

IPv4 is described in IETF publication RFC 791 (September 1981), replacing an

earlier definition (RFC 760, January 1980).

IPv4 is a connectionless protocol for use on packet-switched Link Layer networks

(e.g., Ethernet). It operates on a best effort delivery model, in that it does not

guarantee delivery, nor does it assure proper sequencing or avoidance of

duplicate delivery. These aspects, including data integrity, are addressed by an

upper layer transport protocol, such as the Transmission Control Protocol (TCP).

File Transfer Protocol (FTP) – a standard network protocol used to transfer files

from one host to another host over a network such as the Internet.

Hypertext Transfer Protocol (HTTP) – a client/server protocol that defines how

messages are formatted and transmitted on the World Wide Web.

Domain Name System (DNS) – the DNS protocol defines a detailed specification

of the data structures and communication exchanges used to resolve the

addresses from domain names.

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Multipurpose Internet Mail Extensions (MIME) – an internet protocol that extends

the format of email to support non-text attachments, text in character sets other

than ASCII, and message bodies with multiple parts.

Transport Layer Security (TLS) – a cryptographic protocol that provides

communication security over the internet.

Point-to-Point (PPP) – a data link layer protocol used for connections over

synchronous and asynchronous circuits. It is most commonly used by Internet

Service Providers to establish a Digital Subscriber Line Internet service

connection.

Asynchronous Transfer Mode (ATM) – a standard switching technique designed

to unify telecommunication and computer networks. It was designed for a

network that must handle both high-throughput traffic such as file transfer and

real-time, low latency content such as voice and video.

Ethernet - A local-area network (LAN) architecture developed by Xerox

Corporation in cooperation with DEC and Intel in 1976. Ethernet uses a bus or

star topologyand supports data transfer rates of 10 Mbps. The Ethernet

specification served as the basis for the IEEE 802.3 standard, which specifies

the physicaland lower software layers. Ethernet uses the CSMA/CD access

method to handle simultaneous demands. It is one of the most widely

implemented LAN standards.

http://www.webopedia.com/TERM/L/local_area_network_LAN.html

http://www.webopedia.com/TERM/X/Xerox.html

http://www.webopedia.com/TERM/X/Xerox.html

http://www.webopedia.com/TERM/D/DEC.html

http://www.webopedia.com/TERM/I/Intel.html

http://www.webopedia.com/TERM/T/topology.html

http://www.webopedia.com/TERM/T/topology.html

http://www.webopedia.com/TERM/S/support.html

http://www.webopedia.com/TERM/D/data_transfer_rate.html

http://www.webopedia.com/TERM/M/Mbps.html

http://www.webopedia.com/TERM/I/IEEE_802_standards.html

http://www.webopedia.com/TERM/S/standard.html

http://www.webopedia.com/TERM/P/physical.html

http://www.webopedia.com/TERM/S/software.html

http://www.webopedia.com/TERM/C/CSMA_CD.html

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CHAPTER 3:

TOPOLOGY

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LOGICAL TOPOLOGY

The overall topology that will be used for the Local Area Network to be

implemented in the building will be a tree topology utilizing a switched LAN

architecture. The LAN will utilize one main router to access the Internet Service

Provider, division of broadcast domains will be done through VLANs for the

switched LAN architecture. The tree topology will follow the hierarchical network

model.

Among all the Network Topologies we can derive that the Tree Topology is

a combination of the bus and the Star Topology. The tree like structure allows

you to have many servers on the network and you can branch out the network

in many ways. This is particularly helpful for colleges, universities and schools so

that each of the branches can identify the relevant systems in their own network

and yet connect to the big network in some way.

A Tree Structure suits best when the network is widely spread and vastly

divided into many branches. Like any other topologies, the Tree Topology has its

advantages and disadvantages. A Tree Network may not suit small networks

and it may be a waste of cable to use it for small networks. Tree Topology has

some limitations and the configuration should suit those limitations.

Tree Network topology Benefits

A Tree Topology is supported by many network vendors ad even

hardware vendors.

A point to point connection is possible with Tree Networks.

All the computers have access to the larger and their immediate

networks.

Best topology for branched out networks.

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Tree Topology Limitations

In a Network Topology the length of the network depends on the type

of cable that is being used.

The Tree Topology network is entirely dependant on the trunk which is

the main backbone of the network. If that has to fail then the entire

network would fail.

Since the Tree Topology network is big it is difficult to configure and

can get complicated after a certain point.

The Tree Topology follows a hierarchical pattern where each level is connected

to the next higher level in a symmetrical pattern. Each level in the hierarchy

follows a certain pattern in connecting the nodes. Like the top most level might

have only one node or two nodes and the following level in the hierarchy might

have few more nodes which work on the point to point connectivity and the

third level also has asymmetrical node to node pattern and each of these levels

are connected to the root level in the hierarchy. Think of a tree that branches

out in various directions and all these branches need the roots and the tree

trunk to survive. A Tree Structured network is very similar to this and that is why it is

called the Tree Topology.

Tree Topology Features

There will be at least three levels of hierarchy in the Tree Network

Topology and they all work based on the root node.

The Tree Topology has two kinds of topology integral in it, the star and

the linear way of connecting to nodes.

The Tree Topology functions by taking into account the total number of

nodes present in the network. It does not matter how many nodes are

there on each level. Nodes can be added to any level of the

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hierarchy and there are no limitations a far as the total number of

nodes do not exceed.

The higher levels in the hierarchy are expected to perform more

functions than the lower levels in the network.

Overall Topology

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First Floor Topology

Second Floor Topology

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Third Floor Topology

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PHYSICAL TOPOLOGY

HORIZONTAL CABLING

First Floor

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SECOND FLOOR

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THIRD FLOOR

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VERTICAL CABLING (Left side view for trunking only)

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3D VIEW

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CHAPTER 4:

CUT SHEET

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FIRST FLOOR

Host ID Host

Device Connection

Connection

Type

Location

Cable

ID

Cable

Type

Cut

Length

(m)

TRoom-

SW Switch

TRoom-SW

to SW1

Copper

Cross-Over

Training

Room

TRoom-

SW/L

CAT5e

UTP 55.0

PC1.T01 PC PC1.T01 to

TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T01/L

CAT5e

UTP 22.0


TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T02/L

CAT5e

UTP 19.0


TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T03/L

CAT5e

UTP 16.0


TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T04/L

CAT5e

UTP

13.0


TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T05/L

CAT5e

UTP 10.0


TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T06/L

CAT5e

UTP 30.0


TRoom-SW

Copper

Straight-

Training

Room PC1.T07/L

CAT5e

UTP 27.0

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Through


TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T08/L

CAT5e

UTP 24.0

PC1.T09

PC

PC1.T09 to

TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T09/L

CAT5e

UTP 21.0


TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T10/L

CAT5e

UTP 18.0


TRoom-SW

Copper

Straight-

Through

Training

Room PC1.TT1/L

CAT5e

UTP 32.0


TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T12/L

CAT5e

UTP 29.0


TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T13/L

CAT5e

UTP 26.0


TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T14/L

CAT5e

UTP 23.0


TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T15/L

CAT5e

UTP 19.0

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TRoom-SW

Copper

Straight-

Through

Training

Room PC1.T16/L

CAT5e

UTP 22.0

QRoom-

SW Switch

QRoom-SW

to SW1

Copper

Cross-Over

Quality

Control

Room

QRoom-

SW/L

CAT5e

UTP

75.0

PC1.Q01 PC PC1.Q01 to

QRoom-SW

Copper

Straight-

Through

Quality

Control

Room

PC1.Q01/L CAT5e

UTP

14.0

PC1.Q02

PC

PC1.Q02 to

QRoom-SW

Copper

Straight-

Through

Quality

Control

Room

PC1.Q02/L

CAT5e

UTP 17.6

PC1.Q03 PC PC1.Q03 to

QRoom-SW

Copper

Straight-

Through

Quality

Control

Room

PC1.Q03/L CAT5e

UTP 21.5

PR1.Q01 Printer PR1.Q01 to

QRoom-SW

Copper

Straight-

Through

Quality

Control

Room

PR1.Q01/L CAT5e

UTP

16.0


QRoom-SW

Copper

Straight-

Through

Quality

Control

Room

PR1.Q02/L CAT5e

UTP 19.5


QRoom-SW

Copper

Straight-

Through

Training

Room PR1.Q03/L

CAT5e

UTP 23.0

Security-Switch

Security-SW Copper Security Security-CAT5e 58.5

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SW to SW1 Cross-Over Office SW/L UTP

PC1.Se1 PC PC1.Se1 to

Security-SW

Copper

Straight-

Through

Security

Office PC1.Se1/L

CAT5e

UTP 20.0

PC1.Se2 PC PC1.Se2 to

Security-SW

Copper

Straight-

Through

Security

Office

PC1.Se2/L

CAT5e

UTP 9.5

PR1.Se1 Printer PR1.Se1 to

Security-SW

Copper

Straight-

Through

Security

Office PR1.Se1/L

CAT5e

UTP 22.5

Safety-

SW Switch

Safety-SW

to SW1

Copper

Cross-Over

Safety

Dept. Safety-SW/L

CAT5e

UTP

26.5

PC1.Sa1 PC PC1.Sa1 to

Safety-SW

Copper

Straight-

Through

Safety

Dept. PC1.Sa1/L

CAT5e

UTP 15.0

PC1.Sa2 PC PC1.Sa2 to

Safety-SW

Copper

Straight-

Through

Safety

Dept. PC1.Sa2/L

CAT5e

UTP 33.5

PR1.Sa1 Printer PC1.Sa1 to

Safety-SW

Copper

Straight-

Through

Safety

Dept. PR1.Sa1/L

CAT5e

UTP 16.0

PR1.Sa2 Printer PC1.Sa2 to

Safety-SW

Copper

Straight-

Through

Safety

Dept.

PR1.Sa2/L

CAT5e

UTP 35.5

Clinic PC Clinic to

SW1

Copper

Straight-

Clinic Clinic/L CAT5e

UTP 38.5

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Clinic-P Printer Clinic-P to

SW1

Copper

Straight-

Through

Clinic

Clinic-P/L

CAT5e

UTP 36.5

Prod-SW Switch Prod-SW to

SW1

Copper

Cross-Over

Productio

n Bay Prod-SW/L

CAT5e

UTP 61.5

PC1.P01 PC PC1.P01 to

Prod-SW

Copper

Straight-

Through

Productio

n Bay PC1.P01/L

CAT5e

UTP 15.0


Prod-SW

Copper

Straight-

Through

Productio

n Bay PC1.P02/L

CAT5e

UTP 26.0


Prod-SW

Copper

Straight-

Through

Productio

n Bay PC1.P03/L

CAT5e

UTP 32.0


Prod-SW

Copper

Straight-

Through

Productio

n Bay PC1.P04/L

CAT5e

UTP

39.0


Prod-SW

Copper

Straight-

Through

Productio

n Bay PC1.P05/L

CAT5e

UTP 56.0


Prod-SW

Copper

Straight-

Through

Productio

n Bay PC1.P06/L

CAT5e

UTP 17.0


Prod-SW

Copper

Straight-

Productio

n Bay PC1.P07/L

CAT5e

UTP 23.5

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Storage-

SW Switch

Storage-SW

to SW1

Copper

Cross-Over

Storage

Area

Storage-

SW/L

CAT5e

UTP 57.5

Storage-

1 PC

Storage-1

to Storage-

SW

Copper

Straight-

Through

Storage

Area Storage-1/L

CAT5e

UTP 11.0

Storage-

2 PC

Storage-2

to Storage-

SW

Copper

Straight-

Through

Storage

Area Storage-2/L

CAT5e

UTP 16.0

SECOND FLOOR

Host ID Host

Device Connection

Connection

Type

Location

Cable

ID

Cable

Type

Cut

Length

(m)

Docu-SW Switch Docu-SW to

SW2

Copper

Cross-Over

Documenta-

tion Area

Docu-

SW/L

CAT5e

UTP

11.5

PC2.D01 PC PC2.D01 to

Docu-SW

Copper

Straight-

Through

Documenta-

tion Area

PC2.D01/

L

CAT5e

UTP 26.5


Docu-SW

Copper

Straight-

Through

Documenta-

tion Area

PC2.D02/

L

CAT5e

UTP 23.5


Docu-SW

Copper

Straight-

Through

Documenta-

tion Area

PC2.D03/

L

CAT5e

UTP 23.5


Copper Documenta- PC2.D04/ CAT5e

20.5

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Docu-SW Straight-

Through

tion Area L UTP


Docu-SW

Copper

Straight-

Through

Documenta-

tion Area

PC2.D05/

L

CAT5e

UTP 14.5


Docu-SW

Copper

Straight-

Through

Documenta-

tion Area

PC2.D06/

L

CAT5e

UTP 11.5

PR2.D01 Printer PR2.D01 to

Docu-SW

Copper

Straight-

Through

Documenta-

tion Area

PR2.D01/

L

CAT5e

UTP 30.0

PR2.D02 Printer PR2.D02 to

Docu-SW

Copper

Straight-

Through

Documenta-

tion Area

PR2.D02/

L

CAT5e

UTP 32.0

Operations-

SW Switch

Operations-

SW to SW2

Copper

Cross-Over

Operations

Dept.

Operation

s-SW/L

CAT5e

UTP

60.0

PC2.Op1 PC

PC2.Op1 to

Operations-

SW

Copper

Straight-

Through

Operations

Dept.

PC2.Op1/

L

CAT5e

UTP 30.0

PC2.Op2 PC

PC2.Op2 to

Operations-

SW

Copper

Straight-

Through

Operations

Dept.

PC2.Op2/

L

CAT5e

UTP 23.5

PC2.Op3 PC

PC2.Op3 to

Operations-

SW

Copper

Straight-

Through

Operations

Dept.

PC2.Op3/

L

CAT5e

UTP 10.0

PR2.Op1 Printer PR2.Op1 to Copper Operations PR2.Op1/ CAT5e

32.0

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Operations-

SW

Straight-

Through

Dept. L UTP

PR2.Op2 Printer

PC2.Op2 to

Operations-

SW

Copper

Straight-

Through

Operations

Dept.

PR2.Op2/

L

CAT5e

UTP

22.0

PR2.Op3 Printer

PC2.Op3 to

Operations-

SW

Copper

Straight-

Through

Operations

Dept.

PR2.Op3/

L

CAT5e

UTP

12.0

HR-SW Switch HR-SW to

SW2

Copper

Cross-Over

Human

Resources

Dept.

HR-SW/L

CAT5e

UTP

46.0

PC2.H01 PC PC2.H01 to

HR-SW

Copper

Straight-

Through

Human

Resources

Dept.

PC2.H01/

L

CAT5e

UTP 26.5


HR-SW

Copper

Straight-

Through

Human

Resources

Dept.

PC2.H02/

L

CAT5e

UTP 22.5


HR-SW

Copper

Straight-

Through

Human

Resources

Dept.

PC2.H03/

L

CAT5e

UTP 14.5


HR-SW

Copper

Straight-

Through

Human

Resources

Dept.

PC2.H04/

L

CAT5e

UTP 9.0

PR2.H01 Printer PR2.H01 to

HR-SW

Copper

Straight-

Through

Human

Resources

Dept.

PR2.H01/

L

CAT5e

UTP 24.0

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HR-SW

Copper

Straight-

Through

Human

Resources

Dept.

PR2.H02/

L

CAT5e

UTP 20.5


HR-SW

Copper

Straight-

Through

Human

Resources

Dept.

PR2.H03/

L

CAT5e

UTP 16.5


HR-SW

Copper

Straight-

Through

Human

Resources

Dept.

PR2.H04/

L

CAT5e

UTP 11.5

Cashier-SW Switch Cashier-

SWto SW2

Copper

Cross-Over Selling Area

Cashier-

SW/L

CAT5e

UTP

92.5

Cashier-1 PC Cashier-1 to

Cashier-SW

Copper

Straight-

Through

Selling Area Cashier-

1/L

CAT5e

UTP 55.0


Cashier-SW

Copper

Straight-

Through


2/L

CAT5e

UTP 50.0


Cashier-SW

Copper

Straight-

Through


3/L

CAT5e

UTP 40.5


Cashier-SW

Copper

Straight-

Through


4/L

CAT5e

UTP 36.0


Cashier-SW

Copper

Straight-

Through


5/L

CAT5e

UTP 19.0


Cashier-SW

Copper

Straight-


6/L

CAT5e

UTP 13.2

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Cashier-P1 Printer

Cashier-P1

to Cashier-

SW

Copper

Straight-

Through


P1/L

CAT5e

UTP 53.5

Cashier-P2 Printer

Cashier-P2

to Cashier-

SW

Copper

Straight-

Through


P2/L

CAT5e

UTP 49.0

Cashier-P3 Printer

Cashier-P3

to Cashier-

SW

Copper

Straight-

Through


P3/L

CAT5e

UTP 41.5

Cashier-P4 Printer

Cashier-P4

to Cashier-

SW

Copper

Straight-

Through


P4/L

CAT5e

UTP 37.5

Cashier-P5 Printer

Cashier-P5

to Cashier-

SW

Copper

Straight-

Through


P5/L

CAT5e

UTP 18.0

Cashier-P6 Printer

Cashier-P6

to Cashier-

SW

Copper

Straight-

Through


P6/L

CAT5e

UTP 12.0

Inventory-

SW

Switch

Inventory-

SW to SW2

Copper

Cross-Over

Inventory

Room

Inventory

-SW/L

CAT5e

UTP

13.5

PC2.I01 PC

PC2.I01 to

Inventory-

SW

Copper

Straight-

Through

Inventory

Room

PC2.I01/

L

CAT5e

UTP 10.0

PC2.I02 PC

PC2.I02 to

Inventory-

SW

Copper

Straight-

Through

Inventory

Room

PC2.I02/

L

CAT5e

UTP 15.0

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PR2.I01 Printer

PR2.I01 to

Inventory-

SW

Copper

Straight-

Through

Inventory

Room

PR2.I01/

L

CAT5e

UTP 12.0

PR2.I02 Printer

PR2.I02 to

Inventory-

SW

Copper

Straight-

Through

Inventory PR2.I02/

L

CAT5e

UTP 17.0

Lobby WI-FI Lobby to

SW2

Copper

Straight-

Through

Lobby Lobby/L CAT5e

UTP 66.5

Cafeteria WI-FI Cafeteria to

SW2

Copper

Straight-

Through

Cafeteria Cafeteria

/L

CAT5e

UTP 64.5

Balcony WI-FI Balcony to

SW2

Copper

Straight-

Through

Balcony Balcony/L CAT5e

UTP 90.8

THIRD FLOOR

Host ID Host

Device Connection

Connection

Type

Location

Cable

ID

Cable

Type

Cut

Length

(m)

Executive-

SW Switch

Executive-

SW to SW3

Copper

Cross-Over

Executive

Office

Executive-

SW/L

CAT5e

UTP

30.0

PC3.Ex1 PC

PC3.Ex1 to

Executive-

SW

Copper

Straight-

Through

Executive

Office PC3.Ex1/L

CAT5e

UTP 22.5

PC3.Ex2 PC

PC3.Ex2 to

Executive-

SW

Copper

Straight-

Through

Executive

Office PC3.Ex2/L

CAT5e

UTP 29.5

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PC3.Ex3 PC

PC3.Ex3 to

Executive-

SW

Copper

Straight-

Through

Executive

Office PC3.Ex3/L

CAT5e

UTP 19.0

PR3.Ex1 Printer

PR3.Ex1 to

Executive-

SW

Copper

Straight-

Through

Executive

Office PR3.Ex1/L

CAT5e

UTP 24.0

PR3.Ex2 Printer

PR3.Ex2 to

Executive-

SW

Copper

Straight-

Through

Executive

Office PR3.Ex1/L

CAT5e

UTP 31.0

PR3.Ex3 Printer

PR3.Ex3 to

Executive-

SW

Copper

Straight-

Through

Executive

Office PR3.Ex3/L

CAT5e

UTP 20.0

Legal-SW Switch Legal-SW to

SW3

Copper

Cross-Over

Legal

Office

Legal-

SW/L

CAT5e

UTP

46.0

PC3.L01 PC PC3.L01 to

Legal-SW

Copper

Straight-

Through

Legal

Office PC3.L01/L

CAT5e

UTP 21.5


Legal-SW

Copper

Straight-

Through

Legal

Office PC3.L02/L

CAT5e

UTP 18.0


Legal-SW

Copper

Straight-

Through

Legal

Office PC3.L03/L

CAT5e

UTP 12.0


Legal-SW

Copper

Straight-

Through

Legal

Office PC3.L04/L

CAT5e

UTP 9.5

PR3.L01 Printer PR3.L01 to

Legal-SW

Copper

Straight-

Legal

Office PR3.L01/L

CAT5e

UTP 15.2

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Through

Research-

SW Switch

Research-

SW to SW3

Copper

Cross-Over

Research

Dept.

Research-

SW/L

CAT5e

UTP

66.0

PC3.R01 PC

PC3.R01 to

Research –

SW

Copper

Straight-

Through

Research

Dept. PC3.R01/L

CAT5e

UTP 10.0

PC3.R02 PC

PC3.R02 to

Research-

SW

Copper

Straight-

Through

Research

Dept. PC3.R02/L

CAT5e

UTP 15.5

PC3.R03 PC

PC3.R03 to

Research-

SW

Copper

Straight-

Through

Research

Dept. PC3.R03/L

CAT5e

UTP 23.0

PC3.R04 PC

PC3.R04 to

Research-

SW

Copper

Straight-

Through

Research

Dept. PC3.R04/L

CAT5e

UTP 33.0

PR3.R01 Printer

PR3.R01 to

Research-

SW

Copper

Straight-

Through

Research

Dept. PR3.R01/L

CAT5e

UTP 9.5

PR3.R02 Printer

PR3.R02 to

Research-

SW

Copper

Straight-

Through

Research

Dept. PR3.R02/L

CAT5e

UTP 16.0

PR3.R03 Printer

PR3.R03 to

Research-

SW

Copper

Straight-

Through

Research

Dept. PR3.R03/L

CAT5e

UTP 24.5

PR3.R04 Printer

PR3.R04 to

Research-

SW

Copper

Straight-

Through

Research

Dept. PR3.R04/L

CAT5e

UTP 34.0

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Marketing-

SW Switch

Marketing-

SW to SW3

Copper

Cross-Over

Marketing/

Distribution

Office

Marketing-

SW/L

CAT5e

UTP

46.0

PC3.M01 PC

PC3.M01 to

Marketing-

SW

Copper

Straight-

Through

Marketing/

Distribution

Office

PC3.M01/L CAT5e

UTP 34.5

PC3.M02 PC

PC3.M02 to

Marketing-

SW

Copper

Straight-

Through

Marketing/

Distribution

Office

PC3.M01/L CAT5e

UTP 30.5

PC3.M03 PC PC3.M03 to

Legal-SW

Copper

Straight-

Through

Marketing/

Distribution

Office

PC3.M03/L CAT5e

UTP 14.0

PR3.M01 Printer

PC3.M01 to

Marketing-

SW

Copper

Straight-

Through

Marketing/

Distribution

Office

PR3.M01/L CAT5e

UTP 36.0

PR3.M02 Printer

PC3.M02 to

Marketing-

SW

Copper

Straight-

Through

Marketing/

Distribution

Office

PR3.M02/L CAT5e

UTP 32.0

PR3.M03 Printer PC3.M03 to

Legal-SW

Copper

Straight-

Through

Marketing/

Distribution

Office

PR3.M03/L CAT5e

UTP 16.0

Cservice-

SW Switch

Cservice-

SW to SW3

Copper

Cross-Over

Customer

Service

Cservice-

SW/L

CAT5e

UTP

73.0

PC3.C01 PC

PC3.C01 to

Cservice-

SW

Copper

Straight-

Through

Customer

Service PC3.C01/L

CAT5e

UTP 16.0

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PC3.C02 PC

PC3.C02 to

Cservice-

SW

Copper

Straight-

Through

Customer

Service PC3.C02/L

CAT5e

UTP 18.0

PC3.C03 PC

PC3.C03 to

Cservice-

SW

Copper

Straight-

Through

Customer

Service PC3.C03/L

CAT5e

UTP 20.0

PR3.C01 PC

PR3.C01 to

Cservice-

SW

Copper

Straight-

Through

Customer

Service PR3.C01/L

CAT5e

UTP 18.5

PR3.C02 PC

PR3.C02 to

Cservice-

SW

Copper

Straight-

Through

Customer

Service PR3.C02/L

CAT5e

UTP 16.0

Business-

SW Switch

Business-

SW to SW3

Copper

Cross-Over

Business

Dev’t.

Business-

SW/L

CAT5e

UTP

51.5

PC3.B01 PC

PC3.B01 to

Business-

SW

Copper

Straight-

Through

Business

Dev’t. PC3.B01/L

CAT5e

UTP 20.0

PC3.B02 PC

PC3.B02 to

Business-

SW

Copper

Straight-

Through

Business

Dev’t. PC3.B02/L

CAT5e

UTP 22.0

PC3.B03 PC

PC3.B03 to

Business-

SW

Copper

Straight-

Through

Business

Dev’t. PC3.B03/L

CAT5e

UTP 24.5

PC3.B04 PC

PC3.B04 to

Business-

SW

Copper

Straight-

Through

Business

Dev’t. PC3.B04/L

CAT5e

UTP 32.0

PC3.B05 PC PC3.B05 to

Business-

Copper

Straight-

Business

Dev’t. PC3.B05/L

CAT5e

UTP 28.0

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SW Through

PC3.B06 PC

PC3.B06 to

Business-

SW

Copper

Straight-

Through

Business

Dev’t. PC3.B06/L

CAT5e

UTP 36.0

PR3.B01 Printer

PR3.B01 to

Business-

SW

Copper

Straight-

Through

Business

Dev’t. PR3.B01/L

CAT5e

UTP 18.5

PR3.B02 Printer

PR3.B02 to

Business-

SW

Copper

Straight-

Through

Business

Dev’t. PR3.B02/L

CAT5e

UTP 23.0

PR3.B03 Printer

PR3.B03 to

Business-

SW

Copper

Straight-

Through

Business

Dev’t. PR3.B03/L

CAT5e

UTP 26.0

PR3.B04 Printer

PR3.B04 to

Business-

SW

Copper

Straight-

Through

Business

Dev’t. PR3.B04/L

CAT5e

UTP 33.0

PR3.B05 Printer

PR3.B05 to

Business-

SW

Copper

Straight-

Through

Business

Dev’t. PR3.B05/L

CAT5e

UTP 29.0

PR3.B06 Printer

PR3.B06 to

Business-

SW

Copper

Straight-

Through

Business

Dev’t. PR3.B06/L

CAT5e

UTP 38.0

Conf-1 PC Conf-1 to

SW3

Copper

Straight-

Through

Conference

Room Conf-1/L

CAT5e

UTP 46.0

Conf-2 PC Conf-2 to

SW3

Copper

Straight-

Through

Conference

Room Conf-2/L

CAT5e

UTP 52.5

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Lounge WI-FI Lounge to

SW3

Copper

Straight-

Through

Lounge Lounge/L CAT5e

UTP 64.0

MAIN CONTROL ROOM

Host ID Host

Device Connection

Connection

Type

Location

Cable

ID

Cable

Type

Cut

Length

(m)

SW1 Switch SW1 to

HOLCIM

Copper

Cross-Over First Floor SW1/L

CAT5e

UTP 20.0

SW2 Switch SW2 to

HOLCIM

Copper

Cross-Over

Second

Floor SW2/L

CAT5e

UTP 15.0

SW3 Switch SW3 to

HOLCIM

Copper

Cross-Over Third Floor SW3/L

CAT5e

UTP 10.0

TOTAL CABLE LENGTH

Floor Number Total Length (m)

First Floor 1279.1

Second Floor 1396.0

Third Floor 1454.2

Total Length 4129.3

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CHAPTER 5:

IP ADDRESSING

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CLASSFUL ADDRESSING

FIRST FLOOR

Department Host ID IP Address Subnet Mask VLAN

Training Room

Network:

192.168.5.0

Broadcast:

192.168.5.31

PC1.T01 192.168.5.1 255.255.255.224 11

PC1.T02 192.168.5.2 255.255.255.224 11

PC1.T03 192.168.5.3 255.255.255.224 11

PC1.T04 192.168.5.4 255.255.255.224 11

PC1.T05 192.168.5.5 255.255.255.224 11

PC1.T06 192.168.5.6 255.255.255.224 11

PC1.T07 192.168.5.7 255.255.255.224 11

PC1.T08 192.168.5.8 255.255.255.224 11

PC1.T09 192.168.5.9 255.255.255.224 11

PC1.T10 192.168.5.10 255.255.255.224 11

PC1.T11 192.168.5.11 255.255.255.224 11

PC1.T12 192.168.5.12 255.255.255.224 11

PC1.T13 192.168.5.13 255.255.255.224 11

PC1.T14 192.168.5.14 255.255.255.224 11

PC1.T15 192.168.5.15 255.255.255.224 11

PC1.T16 192.168.5.16 255.255.255.224 11

Production

Bay

PC1.P01 192.168.5.33 255.255.255.224 12

PC1.P02 192.168.5.34 255.255.255.224 12

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Network:

192.168.5.32

Broadcast:

192.168.5.63

PC1.P03 192.168.5.35 255.255.255.224 12

PC1.P04 192.168.5.36 255.255.255.224 12

PC1.P05 192.168.5.37 255.255.255.224 12

PC1.P06 192.168.5.38 255.255.255.224 12

PC1.P07 192.168.5.39 255.255.255.224 12

Quality Control

Room

Network:

192.168.5.64

Broadcast:

192.168.5.95

PC1.Q01 192.168.5.65 255.255.255.224 13

PC1.Q02 192.168.5.66 255.255.255.224 13

PC1.Q03 192.168.5.67 255.255.255.224 13

PR1.Q01 192.168.5.68 255.255.255.224 13

PR1.Q02 192.168.5.69 255.255.255.224 13

PR1.Q03 192.168.5.70 255.255.255.224 13

Safety

Department

Network:

192.168.5.96

Broadcast:

192.168.5.127

PC1.Sa1 192.168.5.97 255.255.255.224 14

PC1.Sa2 192.168.5.98 255.255.255.224 14

PR1.Sa1 192.168.5.99 255.255.255.224 14

PR1.Sa2 192.168.5.100 255.255.255.224 14

Security Office

PC1.Se1 192.168.5.129 255.255.255.224 15

PC1.Se2 192.168.5.130 255.255.255.224 15

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5 IP

AD

DR

ESSI

NG

57

Network:

192.168.5.128

Broadcast:

192.168.5.159

PR1.Se1 192.168.5.131 255.255.255.224 15

Clinic

Network:

192.168.5.160

Broadcast:

192.168.5.191

Clinic 192.168.5.161 255.255.255.224 16

Clinic-P 192.168.5.162 255.255.255.224 16

Storage Room

Network:

192.168.5.192

Broadcast:

192.168.5.223

Storage-1 192.168.5.193 255.255.255.224 17

Storage-2 192.168.5.194 255.255.255.224 17

SECOND FLOOR


AZETech Solutions


CH

AP

TER

5 IP

AD

DR

ESSI

NG

58

Selling Room

Network:

192.168.5.224

Broadcast:

192.168.5.255

Cashier-1 192.168.5.225 255.255.255.224 21

Cashier-2 192.168.5.226 255.255.255.224 21

Cashier-3 192.168.5.227 255.255.255.224 21

Cashier-4 192.168.5.228 255.255.255.224 21

Cashier-5 192.168.5.229 255.255.255.224 21

Cashier-6 192.168.5.230 255.255.255.224 21

Cashier-P1 192.168.5.231 255.255.255.224 21

Cashier-P2 192.168.5.232 255.255.255.224 21

Cashier-P3 192.168.5.233 255.255.255.224 21

Cashier-P4 192.168.5.234 255.255.255.224 21

Cashier-P5 192.168.5.235 255.255.255.224 21

Cashier-P6 192.168.5.236 255.255.255.224 21

Documentation

Area

Network:

192.168.6.0

Broadcast:

192.168.6.31

PC2.D01 192.168.6.0 255.255.255.224 22

PC2.D02 192.168.6.1 255.255.255.224 22

PC2.D03 192.168.6.2 255.255.255.224 22

PC2.D04 192.168.6.3 255.255.255.224 22

PC2.D05 192.168.6.4 255.255.255.224 22

PC2.D06 192.168.6.5 255.255.255.224 22

PR2.D01 192.168.6.6 255.255.255.224 22

PR2.D02 192.168.6.7 255.255.255.224 22

Human PC2.H01 192.168.6.33 255.255.255.224 23

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

ESSI

NG

59

Resources

Department

Network:

192.168.6.32

Broadcast:

192.168.5.63

PC2.H02 192.168.6.34 255.255.255.224 23

PC2.H03 192.168.6.35 255.255.255.224 23

PC2.H04 192.168.6.36 255.255.255.224 23

PR2.H01 192.168.6.37 255.255.255.224 23

PR2.H02 192.168.6.38 255.255.255.224 23

PR2.H03 192.168.6.39 255.255.255.224 23

PR2.H04 192.168.6.40 255.255.255.224 23

Operations

Department

Network:

192.168.6.64

Broadcast:

192.168.6.95

PC2.Op1 192.168.6.65 255.255.255.224 24

PC2.Op2 192.168.6.66 255.255.255.224 24

PC2.Op3 192.168.6.67 255.255.255.224 24

PR2.Op1 192.168.6.68 255.255.255.224 24

PR2.Op2 192.168.6.69 255.255.255.224 24

PR2.Op3 192.168.6.70 255.255.255.224 24

Inventory

Room

Network:

192.168.6.96

Broadcast:

192.168.6.127

PC2.I01 192.168.6.97 255.255.255.224 25

PC2.I02 192.168.6.98 255.255.255.224 25

PR2.I01 192.168.6.99 255.255.255.224 25

PR2.I02 192.168.6.100 255.255.255.224 25

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

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60

THIRD FLOOR


Business

Development

Office

Network:

192.168.6.128

Broadcast:

192.168.6.159

PC3.B01 192.168.6.129 255.255.255.224 31

PC3.B02 192.168.6.130 255.255.255.224 31

PC3.B03 192.168.6.131 255.255.255.224 31

PC3.B04 192.168.6.132 255.255.255.224 31

PC3.B05 192.168.6.133 255.255.255.224 31

PC3.B06 192.168.6.134 255.255.255.224 31

PR3.B01 192.168.6.135 255.255.255.224 31

PR3.B02 192.168.6.136 255.255.255.224 31

PR3.B03 192.168.6.137 255.255.255.224 31

PR3.B04 192.168.6.138 255.255.255.224 31

PR3.B05 192.168.6.139 255.255.255.224 31

PR3.B06 192.168.6.140 255.255.255.224 31

Research

Department

Network:

192.168.6.160

Broadcast:

192.168.6.191

PC3.R01 192.168.6.161 255.255.255.224 32

PC3.R02 192.168.6.162 255.255.255.224 32

PC3.R03 192.168.6.163 255.255.255.224 32

PC3.R04 192.168.6.164 255.255.255.224 32

PR3.R01 192.168.6.165 255.255.255.224 32

PR3.R02 192.168.6.166 255.255.255.224 32

PR3.R03 192.168.6.167 255.255.255.224 32

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

ESSI

NG

61

PR3.R04 192.168.6.168 255.255.255.224 32

Executive

Office

Network:

192.168.6.192

Broadcast:

192.168.5.223

PC3.Ex1 192.168.6.193 255.255.255.224 33

PC3.Ex2 192.168.6.194 255.255.255.224 33

PC3.Ex3 192.168.6.195 255.255.255.224 33

PR3.Ex1 192.168.6.196 255.255.255.224 33

PR3.Ex2 192.168.6.197 255.255.255.224 33

PR3.Ex3 192.168.6.198 255.255.255.224 33

Marketing/

Distribution

Office

Network:

192.168.6.224

Broadcast:

192.168.6.255

PC3.M01 192.168.6.225 255.255.255.224 34

PC3.M02 192.168.6.226 255.255.255.224 34

PC3.M03 192.168.6.227 255.255.255.224 34

PR3.M01 192.168.6.228 255.255.255.224 34

PR3.M02 192.168.6.229 255.255.255.224 34

PR3.M03 192.168.6.230 255.255.255.224 34

Customer

Service

Network:

192.168.7.0

Broadcast:

192.168.7.31

PC3.C01 192.168.7.1 255.255.255.224 35

PC3.C02 192.168.7.2 255.255.255.224 35

PC3.C03 192.168.7.3 255.255.255.224 35

PR3.C01 192.168.7.4 255.255.255.224 35

PR3.C02 192.168.7.5 255.255.255.224 35

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

ESSI

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62

Legal

Department

Network:

192.168.7.32

Broadcast:

192.168.7.63

PC3.L01 192.168.7.33 255.255.255.224 36

PC3.L02 192.168.7.34 255.255.255.224 36

PC3.L03 192.168.7.35 255.255.255.224 36

PC3.L04 192.168.7.36 255.255.255.224 36

PR3.L01 192.168.7.37 255.255.255.224 36

Conference

Room

Network:

192.168.7.64

Broadcast:

192.168.7.95

Conf-1 192.168.7.65 255.255.255.224 37

Conf-2 192.168.7.66 255.255.255.224 37

CONTROL ROOM

HOST ID Interface IP Address Subnet Mask VLAN

HOLCIM

Fa0/0/1.1 192.168.5.30 255.255.255.224 11

Fa0/0/1.2 192.168.5.126 255.255.255.224 12

Fa0/0/1.3 192.168.5.174 255.255.255.224 13

Fa0/0/1.4 192.168.5.214 255.255.255.224 14

Fa0/0/1.5 192.168.5.222 255.255.255.224 15

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

ESSI

NG

63

Fa0/0/1.6 192.168.5.230 255.255.255.224 16

Fa0/0/1.7 192.168.5.246 255.255.255.224 17

Fa0/0/2.1 192.168.5.62 255.255.255.224 21

Fa0/0/2.2 192.168.5.78 255.255.255.224 22

Fa0/0/2.3 192.168.5.94 255.255.255.224 23

Fa0/0/2.4 192.168.5.198 255.255.255.224 24

Fa0/0/2.5 192.168.5.206 255.255.255.224 25

Fa0/1/1.1 192.168.5.46 255.255.255.224 31

Fa0/1/1.2 192.168.5.110 255.255.255.224 32

Fa0/1/1.3 192.168.5.142 255.255.255.224 33

Fa0/1/1.4 192.168.5.158 255.255.255.224 34

Fa0/1/1.5 192.168.5.182 255.255.255.224 35

Fa0/1/1.6 192.168.5.190 255.255.255.224 36

Fa0/1/1.7 192.168.5.238 255.255.255.224 37

AZETech Solutions


CH

AP

TER

5 IP

AD

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ESSI

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64

CLASSLESS IP ADDRESSING (DHCP)

GROUND FLOOR

Area Network

Address

Range of

Addresses

Broadcast

Address Subnet Mask VLAN

Training

Room 192.168.5.0

192.168.5.1 -

192.168.5.30 192.168.5.31 255.255.255.224 11

Production

Bay 192.168.5.112

192.168.5.113 -

192.168.5.126 192.168.5.127 255.255.255.240 12

Quality

Control

Room

192.168.5.160 192.168.5.161 -

192.168.5.174 192.168.5.175 255.255.255.240 13

Safety

Department 192.168.5.208

192.168.5.209 -

192.168.5.214 192.168.5.215 255.255.255.248 14

Security

Office 192.168.5.216

192.168.5.217 -

192.168.5.222 192.168.5.223 255.255.255.248 15

Clinic 192.168.5.224 192.168.5.225 -

192.168.5.230 192.168.5.231 255.255.255.248 16

Storage

Room 192.168.5.240

192.168.5.241 -

192.168.5.246 192.168.5.247 255.255.255.248 17

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

ESSI

NG

65

SECOND FLOOR

Area Network

Address

Range of

Addresses

Broadcast


Selling

Room 192.168.5.48

192.168.5.49 -

192.168.5.62 192.168.5.63 255.255.255.240 21

Documenta-

tion Area 192.168.5.64

192.168.5.65 -

192.168.5.78 192.168.5.79 255.255.255.240 22

Human

Resources

Department

192.168.5.80 192.168.5.81 -

192.168.5.94 192.168.5.95 255.255.255.240 23

Operations


192.168.5.201 -

192.168.5.206 192.168.5.207 255.255.255.248 24

Inventory

Room 192.168.5.192

192.168.5.193 -

192.168.5.198 192.168.5.199 255.255.255.248 25

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

ESSI

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66

THIRD FLOOR

Area Network

Address

Range of

Addresses

Broadcast


Business

Develop-

ment Office

192.168.5.32 192.168.5.33 -

192.168.5.46 192.168.5.47 255.255.255.240 31

Research


192.168.5.97 -

192.168.5.110 192.168.5.111 255.255.255.240 32

Executive

Room 192.168.5.128

192.168.5.129 -

192.168.5.142 192.168.5.143 255.255.255.240 33

Marketing/

Distribution

Office

192.168.5.144 192.168.5.145 -

192.168.5.158 192.168.5.159 255.255.255.240 34

Customer

Service 192.168.5.176

192.168.5.177 -

192.168.5.182 192.168.5.183 255.255.255.248 35

Legal


192.168.5.185 –

192.168.5.190 192.168.5.191 255.255.255.248 36

Conference

Room 192.168.5.232

192.168.5.233 –

192.168.238 192.168.5.239 255.255.255.248 37

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

ESSI

NG

67

CLASSLESS IP ADDRESSING (STATIC)

FIRST FLOOR


Training Room

Network:

192.168.5.0

Broadcast:

192.168.5.31

PC1.T01 192.168.5.1 255.255.255.224 11

PC1.T02 192.168.5.2 255.255.255.224 11

PC1.T03 192.168.5.3 255.255.255.224 11

PC1.T04 192.168.5.4 255.255.255.224 11

PC1.T05 192.168.5.5 255.255.255.224 11

PC1.T06 192.168.5.6 255.255.255.224 11

PC1.T07 192.168.5.7 255.255.255.224 11

PC1.T08 192.168.5.8 255.255.255.224 11

PC1.T09 192.168.5.9 255.255.255.224 11

PC1.T10 192.168.5.10 255.255.255.224 11

PC1.T11 192.168.5.11 255.255.255.224 11

PC1.T12 192.168.5.12 255.255.255.224 11

PC1.T13 192.168.5.13 255.255.255.224 11

PC1.T14 192.168.5.14 255.255.255.224 11

PC1.T15 192.168.5.15 255.255.255.224 11

PC1.T16 192.168.5.16 255.255.255.224 11

Production

Bay

PC1.P01 192.168.5.113 255.255.255.240 12

PC1.P02 192.168.5.114 255.255.255.240 12

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

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68

Network:

192.168.5.112

Broadcast:

192.168.5.127

PC1.P03 192.168.5.115 255.255.255.240 12

PC1.P04 192.168.5.116 255.255.255.240 12

PC1.P05 192.168.5.117 255.255.255.240 12

PC1.P06 192.168.5.118 255.255.255.240 12

PC1.P07 192.168.5.119 255.255.255.240 12

Quality Control

Room

Network:

192.168.5.160

Broadcast:

192.168.5.175

PC1.Q01 192.168.5.161 255.255.255.240 13

PC1.Q02 192.168.5.162 255.255.255.240 13

PC1.Q03 192.168.5.163 255.255.255.240 13

PR1.Q01 192.168.5.164 255.255.255.240 13

PR1.Q02 192.168.5.165 255.255.255.240 13

PR1.Q03 192.168.5.166 255.255.255.240 13

Safety

Department

Network:

192.168.5.208

Broadcast:

192.168.5.215

PC1.Sa1 192.168.5.209 255.255.255.248 14

PC1.Sa2 192.168.5.210 255.255.255.248 14

PR1.Sa1 192.168.5.211 255.255.255.248 14

PR1.Sa2 192.168.5.212 255.255.255.248 14

Security Office

PC1.Se1 192.168.5.217 255.255.255.248 15

PC1.Se2 192.168.5.218 255.255.255.248 15

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

ESSI

NG

69

Network:

192.168.5.216

Broadcast:

192.168.5.223

PR1.Se1 192.168.5.219 255.255.255.248 15

Clinic

Network:

192.168.5.224

Broadcast:

192.168.5.231

Clinic 192.168.5.225 255.255.255.248 16

Clinic-P 192.168.5.226 255.255.255.248 16

Storage Room

Network:

192.168.5.240

Broadcast:

192.168.5.247

Storage-1 192.168.5.241 255.255.255.248 17

Storage-2 192.168.5.242 255.255.255.248 17

SECOND FLOOR


Selling Room

Cashier-1 192.168.5.49 255.255.255.240 21

Cashier-2 192.168.5.50 255.255.255.240 21

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

ESSI

NG

70

Network:

192.168.5.48

Broadcast:

192.168.5.63

Cashier-3 192.168.5.51 255.255.255.240 21

Cashier-4 192.168.5.52 255.255.255.240 21

Cashier-5 192.168.5.53 255.255.255.240 21

Cashier-6 192.168.5.54 255.255.255.240 21

Cashier-P1 192.168.5.55 255.255.255.240 21

Cashier-P2 192.168.5.56 255.255.255.240 21

Cashier-P3 192.168.5.57 255.255.255.240 21

Cashier-P4 192.168.5.58 255.255.255.240 21

Cashier-P5 192.168.5.59 255.255.255.240 21

Cashier-P6 192.168.5.60 255.255.255.240 21

Documentation

Area

Network:

192.168.5.64

Broadcast:

192.168.5.79

PC2.D01 192.168.5.65 255.255.255.240 22

PC2.D02 192.168.5.66 255.255.255.240 22

PC2.D03 192.168.5.67 255.255.255.240 22

PC2.D04 192.168.5.68 255.255.255.240 22

PC2.D05 192.168.5.69 255.255.255.240 22

PC2.D06 192.168.5.70 255.255.255.240 22

PR2.D01 192.168.5.71 255.255.255.240 22

PR2.D02 192.168.5.72 255.255.255.240 22

Human

Resources

Department

PC2.H01 192.168.5.81 255.255.255.240 23

PC2.H02 192.168.5.82 255.255.255.240 23

PC2.H03 192.168.5.83 255.255.255.240 23

AZETech Solutions


CH

AP

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5 IP

AD

DR

ESSI

NG

71

Network:

192.168.5.80

Broadcast:

192.168.5.95

PC2.H04 192.168.5.84 255.255.255.240 23

PR2.H01 192.168.5.85 255.255.255.240 23

PR2.H02 192.168.5.86 255.255.255.240 23

PR2.H03 192.168.5.87 255.255.255.240 23

PR2.H04 192.168.5.88 255.255.255.240 23

Operations

Department

Network:

192.168.5.192

Broadcast:

192.168.5.199

PC2.Op1 192.168.5.193 255.255.255.248 24

PC2.Op2 192.168.5.194 255.255.255.248 24

PC2.Op3 192.168.5.195 255.255.255.248 24

PR2.Op1 192.168.5.196 255.255.255.248 24

PR2.Op2 192.168.5.197 255.255.255.248 24

PR2.Op3 192.168.5.198 255.255.255.248 24

Inventory

Room

Network:

192.168.5.200

Broadcast:

192.168.5.207

PC2.I01 192.168.5.201 255.255.255.248 25

PC2.I02 192.168.5.202 255.255.255.248 25

PR2.I01 192.168.5.203 255.255.255.248 25

PR2.I02 192.168.5.204 255.255.255.248 25

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

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72

THIRD FLOOR


Business

Development

Office

Network:

192.168.5.32

Broadcast:

192.168.5.47

PC3.B01 192.168.5.33 255.255.255.240 31

PC3.B02 192.168.5.34 255.255.255.240 31

PC3.B03 192.168.5.35 255.255.255.240 31

PC3.B04 192.168.5.36 255.255.255.240 31

PC3.B05 192.168.5.37 255.255.255.240 31

PC3.B06 192.168.5.38 255.255.255.240 31

PR3.B01 192.168.5.39 255.255.255.240 31

PR3.B02 192.168.5.40 255.255.255.240 31

PR3.B03 192.168.5.41 255.255.255.240 31

PR3.B04 192.168.5.42 255.255.255.240 31

PR3.B05 192.168.5.43 255.255.255.240 31

PR3.B06 192.168.5.44 255.255.255.240 31

Research

Department

Network:

192.168.5.96

Broadcast:

192.168.5.111

PC3.R01 192.168.5.97 255.255.255.240 32

PC3.R02 192.168.5.98 255.255.255.240 32

PC3.R03 192.168.5.99 255.255.255.240 32

PC3.R04 192.168.5.100 255.255.255.240 32

PR3.R01 192.168.5.101 255.255.255.240 32

PR3.R02 192.168.5.102 255.255.255.240 32

PR3.R03 192.168.5.103 255.255.255.240 32

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

ESSI

NG

73

PR3.R04 192.168.5.104 255.255.255.240 32

Executive

Office

Network:

192.168.5.128

Broadcast:

192.168.5.143

PC3.Ex1 192.168.5.129 255.255.255.240 33

PC3.Ex2 192.168.5.130 255.255.255.240 33

PC3.Ex3 192.168.5.131 255.255.255.240 33

PR3.Ex1 192.168.5.132 255.255.255.240 33

PR3.Ex2 192.168.5.133 255.255.255.240 33

PR3.Ex3 192.168.5.134 255.255.255.240 33

Marketing/

Distribution

Office

Network:

192.168.5.144

Broadcast:

192.168.5.159

PC3.M01 192.168.5.145 255.255.255.240 34

PC3.M02 192.168.5.146 255.255.255.240 34

PC3.M03 192.168.5.147 255.255.255.240 34

PR3.M01 192.168.5.148 255.255.255.240 34

PR3.M02 192.168.5.149 255.255.255.240 34

PR3.M03 192.168.5.150 255.255.255.240 34

Customer

Service

Network:

192.168.5.176

Broadcast:

192.168.5.183

PC3.C01 192.168.5.177 255.255.255.248 35

PC3.C02 192.168.5.178 255.255.255.248 35

PC3.C03 192.168.5.179 255.255.255.248 35

PR3.C01 192.168.5.180 255.255.255.248 35

PR3.C02 192.168.5.181 255.255.255.248 35

AZETech Solutions


CH

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TER

5 IP

AD

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74

Legal

Department

Network:

192.168.5.184

Broadcast:

192.168.5.191

PC3.L01 192.168.5.185 255.255.255.248 36

PC3.L02 192.168.5.186 255.255.255.248 36

PC3.L03 192.168.5.187 255.255.255.248 36

PC3.L04 192.168.5.188 255.255.255.248 36

PR3.L01 192.168.5.189 255.255.255.248 36

Conference

Room

Network:

192.168.5.232

Broadcast:

192.168.5.239

Conf-1 192.168.5.233 255.255.255.248 37

Conf-2 192.168.5.234 255.255.255.248 37

CONTROL ROOM

HOST ID Interface IP Address Subnet Mask VLAN

HOLCIM

Fa0/0/1.1 192.168.5.30 255.255.255.224 11

Fa0/0/1.2 192.168.5.62 255.255.255.240 12

Fa0/0/1.3 192.168.5.94 255.255.255.240 13

Fa0/0/1.4 192.168.5.126 255.255.255.248 14

Fa0/0/1.5 192.168.5.158 255.255.255.248 15

AZETech Solutions


CH

AP

TER

5 IP

AD

DR

ESSI

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75

Fa0/0/1.6 192.168.5.190 255.255.255.248 16

Fa0/0/1.7 192.168.5.222 255.255.255.248 17

Fa0/0/2.1 192.168.5.254 255.255.255.240 21

Fa0/0/2.2 192.168.6.30 255.255.255.240 22

Fa0/0/2.3 192.168.6.62 255.255.255.240 23

Fa0/0/2.4 192.168.6.94 255.255.255.248 24

Fa0/0/2.5 192.168.6.126 255.255.255.248 25

Fa0/1/1.1 192.168.6.158 255.255.255.240 31

Fa0/1/1.2 192.168.6.190 255.255.255.240 32

Fa0/1/1.3 192.168.6.222 255.255.255.240 33

Fa0/1/1.4 192.168.6.254 255.255.255.240 34

Fa0/1/1.5 192.168.7.30 255.255.255.248 35

Fa0/1/1.6 192.168.7.62 255.255.255.248 36

Fa0/1/1.7 192.168.7.94 255.255.255.248 37

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CHAPTER 6:

CONFIGURATION

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ROUTING CONFIGURATION

--- System Configuration Dialog --- Continue with configuration dialog? [yes/no]: no Press RETURN to get started! Router>enable %enter the privileged mode Router#configure terminal %enter the global mode Enter configuration commands, one per line. End with CNTL/Z. Router(config)#hostname MainRouter %hostname configuration MainRouter(config)#banner motd * %banner configuration Enter TEXT message. End with the character '*'. Authorized access only! Unauthorized access is punishable by law. * MainRouter(config)#enable secret holcim %encrypted privileged access password MainRouter(config)#line con 0 %set the console password MainRouter(config-line)#password holcim MainRouter(config-line)#login MainRouter(config-line)#exit MainRouter(config)#line vty 0 4 %set the vty lines password MainRouter(config-line)#password holcim MainRouter(config-line)#login MainRouter(config-line)#exit MainRouter(config)#description Main Router on the Third floor %set router description MainRouter(config)#interface fa0/0 %interface configuration MainRouter(config-if)#no shutdown %LINK-5-CHANGED: Interface FastEthernet0/0, changed state to up %LINEPROTO-5-UPDOWN: Line protocol on Interface FastEthernet0/0, changed state to up MainRouter(config)#int fa0/1.1 %vlan configuration %LINK-5-CHANGED: Interface FastEthernet0/0.1, changed state to up MainRouter(config-subif)#encapsulation dot1q 11 MainRouter(config-subif)#ip address 192.168.5.30 255.255.255.224 MainRouter(config-subif)#exit

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SERVER SWITCH CONFIGURATION

Switch con0 is now available Press RETURN to get started. Switch>enable %enter the privileged mode Switch#configure terminal %enter the global mode Enter configuration commands, one per line. End with CNTL/Z. Switch(config)#hostname ServerSwitch1 %hostname configuration ServerSwitch1(config-line)#banner motd * %banner configuration Enter TEXT message. End with the character ‘*’. Authorized access only! Unauthorized access is punishable by law. * ServerSwitch1(config)#enable secret holcim %encrypted privileged access password ServerSwitch1(config)#line con 0 %set the console password ServerSwitch1(config-line)#password holcim ServerSwitch1(config-line)#login ServerSwitch1(config-line)#exit ServerSwitch1(config)#line vty 0 4 %set the vty lines password ServerSwitch1(config-line)#password holcim ServerSwitch1(config-line)#login ServerSwitch1(config-line)#exit ServerSwitch(config)#vlan 11 %vlan configuration ServerSwitch(config-vlan)#name TrainingRoom ServerSwitch(config-vlan)#exit ServerSwitch(config)#vlan 12 ServerSwitch(config-vlan)#name ProductionBay ServerSwitch(config-vlan)#exit ServerSwitch(config)#vlan 13 ServerSwitch(config-vlan)#name QualityControl ServerSwitch(config-vlan)#exit ServerSwitch(config)#vlan 14 ServerSwitch(config-vlan)#name SafetyDepartment ServerSwitch(config-vlan)#exit ServerSwitch(config)#vlan 15 ServerSwitch(config-vlan)#name SecurityOffice ServerSwitch(config-vlan)#exit ServerSwitch(config)#vlan 16 ServerSwitch(config-vlan)#name Clinic ServerSwitch(config-vlan)#exit ServerSwitch(config)#vlan 17 ServerSwitch(config-vlan)#name StorageRoom ServerSwitch(config-vlan)#exit ServerSwitch(config)#vlan 99

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ServerSwitch(config-vlan)#name Native&Management ServerSwitch(config-vlan)#exit ServerSwitch(config)# ServerSwitch(config)# ServerSwitch(config)# ServerSwitch(config)#int range fa0/1-3 %interface assignment ServerSwitch(config-if-range)#switchport mode trunk ServerSwitch(config-if-range)#switchport trunk native vlan 99 ServerSwitch(config-if-range)#exit ServerSwitch(config)#int fa0/4 ServerSwitch(config-if)#switchport mode access ServerSwitch(config-if)#switchport access vlan 11 ServerSwitch(config-if)#exit ServerSwitch(config)#int fa0/5 ServerSwitch(config-if)#switchport mode access ServerSwitch(config-if)#switchport access vlan 12 ServerSwitch(config-if)#exit ServerSwitch(config)#int fa0/6 ServerSwitch(config-if)#switchport mode access ServerSwitch(config-if)#switchport access vlan 13 ServerSwitch(config-if)#exit ServerSwitch(config)#int fa0/7 ServerSwitch(config-if)#switchport mode access ServerSwitch(config-if)#switchport access vlan 14 ServerSwitch(config-if)#exit ServerSwitch(config)#int fa0/8 ServerSwitch(config-if)#switchport mode access ServerSwitch(config-if)#switchport access vlan 15 ServerSwitch(config-if)#exit ServerSwitch(config)#int fa0/9 ServerSwitch(config-if)#switchport mode access ServerSwitch(config-if)#switchport access vlan 16 ServerSwitch(config-if)#exit ServerSwitch(config)#int fa0/10 ServerSwitch(config-if)#switchport mode access ServerSwitch(config-if)#switchport access vlan 17 ServerSwitch(config-if)#exit

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CHAPTER 7:

EQUIPMENTS

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Router

CISCO 881 Ethernet Security Router

Part#: CISCO881-SEC-K9

Overview

For a business like yours that depends on technology, Cisco 800 Series

Integrated Services Routers (ISRs) combine data, security, and wireless services

onto a single device that’s simple to use and easy to manage.

Cisco 800 Series Integrated Services Routers Support

Concurrent services at broadband speed: Get the most from your

broadband connection

Strong Security: Reduce business risks associated with viruses and other

security threats.

VPN support: Give remote staff and teleworkers secure access to

company assets over a highly secure connection.

Wireless networking: Enable employees to access applications and

information even when they’re away from their desks.

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Product Features

Cisco 800 Series Integrated Services Routers offer a range of features including:

Choice of 10/100 Mbps or ADSL2/2+ WAN connections

4-port 10/100 Mbps managed switch

Strong security features, including Cisco IOS Firewall and VPN

Optional Wireless Connectivity

Cisco 881, 887, and 888 modes add:

Choice of VDSL2 and G.SHDSL WAN connections

Intrusion prevention with advanced IP services

Cisco IOS Content Filtering

Cisco Dynamic Multipoint VPN (DMVPN), Cisco Group Encrypted Transport

VPN (GET VPN), and SSL VPN

Cisco 891 and 892 modes add:

High performance for secure broadband and Metro Ethernet Access

Dual WAN connections

Optional high-speed 80.11n wireless access point with dual radios

8-port 10/100 Mbps managed switch

Optional support for 4 Power over Ethernet (PoE) switch ports

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Specifications

Cisco 881 Ethernet Security Router Specifications

Part#CISCO881-SEC-K9

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Switches

Cisco Catalyst 2960G-24TC 20 Port Switch

Part#: WS-C2960G-24-TC-L

Overview

Switches That Support Your Business Needs

Cisco Catalyst 2960-S, 2960 and 2960-C switches support voice, video, data, and

highly secure access. They also deliver scalable management as your business

needs change.

Cisco Catalyst 2960-S, 2960, and 2960-C Series Switches support:

All-in-one Communications: Data, wireless, and voice support so when

you are ready to deploy these you have one network that supports all

your business needs.

Intelligence: Prioritize voice traffic or data exchange so delivery of

information is aligned with your business requirements.

Enhanced Security: Protect important information, keep unauthorized

users off the network, and maintain uninterrupted operation.

Reliability: Take advantage of standards-based methods or FlexStack

stacking for increasing dependability and rapid recovery from problems.

You can also add redundant power supply for extra reliability.

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Easy Configuration: Use Cisco Catalyst Smart Operations and Cisco

Network Assistant to simplify set-up, upgrades, and troubleshooting.

Peace of Mind: All Catalyst 2960-S, 2960 and 2960-C Series switches are

protected for the life of the product by the Cisco Limited Lifetime

Hardware Warranty and unlimited software updates.

Product Features

Cisco Catalyst 2960 Series Switches offer a range of features, including:

Data, wireless, and voice communications support so you can install a

single network for all your network and communication needs.

Power over Ethernet with up to 15 watts per port so you can easily deploy

new functionality like voice and wireless without having to rewire

The choice of Fast Ethernet (100 megabits per second data transfer) or

Gigabit Ethernet (1000 megabits per second data transfer), depending on

your price and performance needs

Multiple model configurations with the ability to connect desktops, servers,

IP phones, wireless access points, closed-circuit TV cameras, or other

network devices

Integrated security to protect network traffic and limit network access

Network monitoring capabilities and enhanced troubleshooting for

connectivity issues

Limited lifetime hardware warranty including Software updates at no

additional charge

The Cisco Catalyst 2960-S Series contains the features of the Catalyst 2960 plus a

number of additional enhancements. Including:

Gigabit Ethernet and 10 Gigabit Ethernet uplink flexibility offering business

continuity and fast transaction to 10 Gigabit Ethernet

Cisco FlexStack stacking allowing you to manage multiple switches using

a single, common interface

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PoE+ with up to 30W per port that allows you to support the latest PoE+

capable devices

USB storage for file backup, distribution, and simplified operations

Enhanced Limited Lifetime Hardware Warranty, including next-business-

day replacement and 90-day service and support

Cisco 2960-C Series Compact Switches offer a range of features, including:

Power over Ethernet pass-through, so you can power devices and extend

you network to workspaces with limited power supply available

Compact size for replacement in space-constrained areas

Fanless, silent operations, allowing the switch to blend seamlessly into the

work environment

Enhanced Limitid Lifetime Hardware Warranty, including next-business-day

replacement and 90-day service and support

Cisco Catalyst 2960-G-24TC 20 Port Switch Features

Auto Sensing per Device

DHCP Support

Auto Negotation

VLAN support

IGMP Snooping

Cisco Catalyst 2960-G-24TC 20 Port Switch Included Items


Catalyst 2960 Switch Getting Started Guide

Regulatory Compliance and Safety Information for the Catalyst 2960

Switch

AC power cord

ONE RJ-45-to-DB-9 adapter cable

Mounting kit containing:

o Four rubber feet for mounting the switch on a table

o Two 19-inch rack-mounting brackets(also used for wall mounting)

o Six Phillips flat-head screws for attaching the brackets to a rack

o One cable guide to one of the mounting brackets

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o One Redundant Power System (RPS) connector (for wall mounting)

o Two Phillips pan-head screws (for attaching the RPS cover)

o Four Phillips truss-head screws (for wall-mounting brackets)

Specifications

Cisco Catalyst 2960G-24TC 20 Port Switch Specifications

Part# WS-C2960G-24TC-L

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Part#: WS-C2960G-8TC-L

Overview

Switches That Support Your Business Needs

Cisco Catalyst 2960-S, 2960 and 2960-C switches support voice, video, data, and

highly secure access. They also deliver scalable management as your business

needs change.

Cisco Catalyst 2960-S, 2960, and 2960-C Series Switches support:

All-in-one Communications: Data, wireless, and voice support so when

you are ready to deploy these you have one network that supports all


Intelligence: Prioritize voice traffic or data exchange so delivery of

information is aligned with your business requirements.

Enhanced Security: Protect important information, keep unauthorized

users off the network, and maintain uninterrupted operation.

Reliability: Take advantage of standards-based methods or FlexStack

stacking for increasing dependability and rapid recovery from problems.

You can also add redundant power supply for extra reliability.

Easy Configuration: Use Cisco Catalyst Smart Operations and Cisco

Network Assistant to simplify set-up, upgrades, and troubleshooting.

Peace of Mind: All Catalyst 2960-S, 2960 and 2960-C Series switches are

protected for the life of the product by the Cisco Limited Lifetime

Hardware Warranty and unlimited software updates.

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Product Features

Cisco Catalyst 2960 Series Switches offer a range of features, including:

Data, wireless, and voice communications support so you can install a

single network for all your network and communication needs.

Power over Ethernet with up to 15 watts per port so you can easily deploy

new functionality like voice and wireless without having to rewire

The choice of Fast Ethernet (100 megabits per second data transfer) or

Gigabit Ethernet (1000 megabits per second data transfer), depending on

your price and performance needs

Multiple model configurations with the ability to connect desktops, servers,

IP phones, wireless access points, closed-circuit TV cameras, or other

network devices

Integrated security to protect network traffic and limit network access

Network monitoring capabilities and enhanced troubleshooting for

connectivity issues

Limited lifetime hardware warranty including Software updates at no

additional charge

The Cisco Catalyst 2960-S Series contains the features of the Catalyst 2960 plus a

number of additional enhancements. Including:

Gigabit Ethernet and 10 Gigabit Ethernet uplink flexibility offering business

continuity and fast transaction to 10 Gigabit Ethernet

Cisco FlexStack stacking allowing you to manage multiple switches using

a single, common interface

PoE+ with up to 30W per port that allows you to support the latest PoE+

capable devices

USB storage for file backup, distribution, and simplified operations

Enhanced Limited Lifetime Hardware Warranty, including next-business-

day replacement and 90-day service and support

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Cisco 2960-C Series Compact Switches offer a range of features, including:

Power over Ethernet pass-through, so you can power devices and extend

you network to workspaces with limited power supply available

Compact size for replacement in space-constrained areas

Fanless, silent operations, allowing the switch to blend seamlessly into the

work environment

Enhanced Limitid Lifetime Hardware Warranty, including next-business-day

replacement and 90-day service and support

Cisco Catalyst 2960-G-24TC 20 Port Switch Features

Auto Sensing per Device

DHCP Support

Auto Negotation

VLAN support

IGMP Snooping

Specifications

Cisco Catalyst 2960G-8TC 8 Port Switch Specifications

Part# WS-C2960G-8TC-L

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Printer

Epson WorkForce 520 Multifunction Inket Printer

Part#: C11CA78241

Epson WorkForce 520 Multifunction Inkjet Printer Features

Save time – world’s fastest all-in-one with ISO print speed of 15 ISO pp

(black) and 5.4 ISO ppm (color)

Easy wireless printing – connect to your wireless network in seconds with

Easy Epson Wi-Fi

Get more done – 30-page Auto Document Feeder to quickly copy, scan

or fax

PC-Fax – fax documents directly from your computer

High-speed faxing – as fast as 3 sec per page; speed dial storage up to 60

numbers; fax memory up to 180 pages

Protect important documents – smudge, fade and water resistant prints;

documents rival those from a laser printer

Save energy – uses up to 70% less power than laser printers

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Save paper – save up to 50% of your paper supply with manual, two-sided

printing

Epson WorkForce 520 Multifunction Inkjet Printer Included Items

Epson WorkForce 520 Multifunction Inkjet Printer

Two 125 Black Ink cartridges (T125120)

One 125 Cyan Ink cartridge (T125220)

One 125 Magenta Ink cartridge (T125320)

One 125 Yellow Ink cartridge (T125420)

Instruction Manual

CD-ROM containing drivers and bonus software

Telephone cord

Power cable

Specifications

Epson WorkForce 520 Multifunction Inket Printer

Part#: C11CA78241

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Computer

Novatech PC 1001U

Processor

Description :Intel Pentium Dual Core G840 Processor

Cache :3MB

Clockspeed :2.80Ghz

Manufacturer :Intel

No. of Cores :2

Memory

Description :2 X 2GB DDR3 1333Mhz Memory

Speed :1333Mhz

Harddrive

Description :500GB 2.5" Hard Drive

Interface :SATA

Case

Description :Novatech USFF Case

Colour :Black

Dimensions :250 x 265 x 95 (WxDxH)

Drive Bays 3 1/2" :

Drive Bays 5 1/4" :

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Optical Drives

Description :8x SATA DVD Writer

Formats :DVD-RW / CD-RW

Interface :SATA

Motherboard

Description :Intel H61 Chipset Motherboard

Form Factor :mini-ITX form factor 6.75 inch x 6.75 inch

CPU Support :Intel® Sandybridge processors

Chipset :Intel H61 Chipset

Audio :5.1 channel HDA

IO :

1X PS/2 keyboard port

1X DVI-I port

1X VGA port

1X RJ45 Lan port.

1X Audio jack support 3 jacks

6X USB2.0 ports

LAN :Gigabit Lan

USB :6

SATA Ports :2

PCI-EX :1* PCIe2.0 x16

Max FSB :Dual channel DDR3 1333/1066

Memory Slots :2

Max Memory Capacity :8GB

Keyboard & Mouse

Description :Novatech Wired Keyboard And mouse

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Server

Dell PowerEdge R210 II

Serious Business

Optimize your business with PowerEdge™ R210 II. Easy to manage and fully

scalable, with the performance and features to run applications and facilitate

data sharing and protection, it’s ideal for small businesses and remote offices

alike.

Business Value

Dell™ PowerEdge™ R210 II offers a range of options that deliver value, the

processor performance for business applications and the scalability to meet


Specifications

Processor

Intel® Celeron® G530 2.40 GHz, 2M Cache, Dual Core (65W)

Memory2

2GB Memory (1x2GB), 1333MHz, Single Ranked UDIMM

Hard Drive

http://www.dell.com/mc.ashx?id=technotes:graphics-and-system-memory&c=us&l=en&s=bsd&modalwidth=400&modalHeight=150&ovropac=0&modalscroll=yes&modaltarget=div&modaltype=tooltip&position=bottom&title=Important%20Details&flip=false&eventType=rollover

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500GB 7.2K RPM SATA 3.5in Cabled Hard Drive

Chassis

PowerEdge R210II Chassis with Cabled 2x3.5 HDs and Quad-Pack LED

Diagnostics

NIC

On-Board Dual Gigabit Network Adapter

CCTV Wireless Camera

WCCTV 3G Mini Dome

Wireless CCTV's 3G Mini Dome Camera System provides the user with complete

flexibility and portability. The system can be deployed in any location and is

ideal for rapid installation and temporary surveillance applications. The Dome

system has an integrated camera and transmission unit offered as a 'one box'

solution. Users are able to dial in remotely, and access live or stored digital

footage from the integral hard drive or Compact Flash card. The camera itself

can be controlled remotely with full pan, tilt and zoom functionality and a 360°

field of vision.

Transmission methods

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The variety of cutting edge transmission methods provided by WCCTV makes

the product portfolio extremely flexible and cost effective. Wireless CCTV utilises

its expertise in telecoms and CCTV to provide state of the art products and

systems which are capable of operating over multiple remote transmission

media.

Every WCCTV product contains 3G HSUPA mobile technology (with automatic

fallback to HSDPA, UMTS and GPRS) plus an additional transmission medium to

maximise flexibility and portability. This unique approach provides the ability to

transmit fluid, high-resolution images wirelessly without geographical restrictions.

WCCTV equipment is future-proofed and will take full advantage of the next

generation HSPA+ and LTE networks.

Each WCCTV system has an IP address allowing it to utilise broadband

technology, which offers high-speed, fixed-cost transmission networks for live

24/7 monitoring. Broadband technology is ideal for remote surveillance

operations where there is access to a telephone line with broadband

connection. The WCCTV 3G Mini Dome can alternatively also be operated on

private networks as a LAN/WAN-only option.

Features & Benefits

Complete, lightweight integrated unit

Portable and Rapidly Deployable

Built in Self-Testing Diagnostics

Remote access to evidential, removable, digital recording

360o field of vision

Remote control with full pan, tilt and zoom functionality

Remote access to live and recorded digital footage

3G HSUPA, 3G HSDPA, 3G UMTS, GPRS, WiFi and IP connectivity

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Digital Video Recording

AVC796B 8CH H.264 DVR

Mobile Surveillance with EagleEyes – Compatible with many popular platforms

such as iPhone, BlackBerry, Windows Mobile, Symbian and Android

High Performance Design

Definable Rosolution/Quality/IPS by channels at your preference to increase the

recording efficiency, and avoid any important scenes to be missed

Backup Function

Supports DVD writer, USB flash drive and network backup

Audio/Video Support – 4 audio-in 2 audio-out to record sounds

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CHAPTER 8:

BILL OF

MATERIALS

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Device Product

Name

Qty. Price per

Unit (Php)

Total Price

(Php) PC Novatech PC

1001U

83 12942.00 1074186.00

Printer Epson

WorkForce 520

Multifunction

Inkjet Printer

44 5607.77 246741.82

Switch’24 Cisco Catalyst

2960G-24TC 20

Port Switch

3 88177.73 264533.19

Switch’8 Cisco Catalyst

2960G-8TC 8

Port Switch

17 37531.37 638033.27

Router Cisco 881

Ethernet

Security Router

4 22216.67 88866.67

Server Dell PowerEdge

R210 II

3 25884 77652

Wireless

CCTV

WCCTV 3G Mini

Dome

16 4700 75200

Digital

Video

Recording

AVC796B 8CH

H.264 DVR

2 14270 28540

Total Cost of Design 2,404,886.28

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Company Description

AZETech Solutions engages in providing both wired and wireless high

quality access equipments, services and solutions for data communications and

telecom applications. AZETech manages many of the real time community

networks in the pacific, enabling hassle-free connections from among the

departments of the companies to between different industries. It provides simple

and secured interactions and access to needed data and applications over

managed platforms.

AZETech begins its quality services by building up its facilities to meet the

growing demand for information technology products. The company is currently

offering LAN and other data communication services that include the use of

high quality data communications equipments which include servers, routers,

switches, modems, hubs, UPS and internet appliances. The connection as

desired by the client is AZETech’s priority.

Mission

AZETech aims to provide solutions by offering high quality access

networks, with high quality equipments for data communications and

telecommunication applications. It also aims to provide expertise in engineering

design and installation for the telecommunications industry.

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Vision

The company envisions itself to be one of the largest solutions agencies

that provides communication not just within the company but between

industries. It envisions itself as the world’s most in demand solution provider in

data communications and telecom applications.

Company History

The company started out with its director’s connecting and establishing

communication between departments of a newly established company. Engr.

Abegail Dapito, having a background of networking was hired by a colleague

to establish the said first project. She then hired and invited Engr. Mark Zaidy

Serdon, who is a general manager of one international supplier of LAN products,

to join her. Thus, the company was first known as AZTech.

However, AZTech did not make it to the top companies within the first

three years of its existence. Thus, this lead Engr. Serdon and Engr. Dapito to hire

another colleague, Engr. Erica Lee de los Reyes to manage legal issues and to

assess potential clients. The company climbed to success and thus, changing its

name to AZETech.

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Core Values

AZETech Solutions CARES :

Commitment – AZETech commits on rolling quality products and

services that impact lives within and outside the company. The

company was established in a commitment that it would

continuously offer and innovate quality services to meet the

growing demand in information technology.

Accountability – AZETech holds responsible for the actions of the

company as a whole that may influence the life of both workers

and customers.

Respect – AZETech respects itself and others to maintain good

nature in team work and growth.

Efficiency – AZETech is efficient and effective in all approaches to

give the best solutions in data communications services.

Service Excellence – AZETech does not settles for being the “better”,

it always aims for being the “best”. Giving world class service and

achieving excellence each passing day.

Most Recent/Major Projects and Clients

The major client of AZETech Solutions is Anglo Filipino Logistics. AZETech

holds responsible for data communication within the manufacturing company,

retailers and resellers of the said company.

AZEtech recently engages in international company and communications

as well. One international company that AZETech serves is Digital Lifestyle

Products International Corporation, which has trading sites and branches in Asia.

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The company is currently supporting major contractors engaged in major

telecommunications projects and is progressing into a multi-disciplined telecoms

and power engineering groups.

Organizational Chart

DAPITO, Abegail

Director

TAYLOR, Ashton

Chief Finance Officer

AHOY, Chips

SVP, Corporate Affairs

UY, Alexander

SVP, Worldwide and Strategy Planning

TROLL, Manika

Principal Accounting Officer

SPENCER, Annabelle

Chief Strategy Officer

DE LOS REYES, Erica Lee

Director

PETERS, Nathaniel

Chief Operating Officer

WALKER, Amber

EVP, Operations, Processes and

Systems

HYPE, Percival

SVP, Advanced Services

LEE, Eldrin

SVP, Corporate Communications

JET, Lag

VP, Global Strategy and Planning

MOORE, Liam James

EVP for Worldwide Operations

SERDON, Mark Zaidy

Director

PRESTON, Clay

Chief Globalization Officer

WRECJER, Trina

SVP, Transformation and Global Partners

JERJER, Gerber

SVP, Global Customer Markets THOMAS, Riley Jane

Chief Technology Officer

AZETech Solutions


DES

IGN

ERS’

PR

OFI

LES

108

ABEGAIL DAPITO

Directress

BS Electronics Engineering

at the Mapua Institute of

Technology

MS Technology Innovation

Management

AZETech Solutions


DES

IGN

ERS’

PR

OFI

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109

ERICA DELOS REYES

Directress

Legal Consultant


BS Political Science

AZETech Solutions


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ERS’

PR

OFI

LES

110

ZAIDY SERDON

Director


MS Information

Networking

AZETech Solutions (LAN Design)

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