Network Technology and Management: CAC Infrastructure Proposal

This report provides a detailed network infrastructure proposal for Color Ability Corporation (CAC), a marketing and advertising firm expanding to a new four-story building in Brisbane and a smaller office in Sydney. The proposal addresses the lack of existing network infrastructure in the new building and aims to enhance communication, security, resource sharing, and internet connectivity for CAC's 80 employees. It includes specifications for end-user devices, networking components like switches and routers, server requirements (mail, print, file), and an IP addressing scheme. The report also considers future scalability and recommends specific hardware models and local ISP options. The proposed network design emphasizes reliability, manageability, and security to support CAC's business operations effectively.

Network Technology and Management
Student Name
Institution

Executive Summary
The current growth in employees experienced at Color Ability Corporation (CAC) has led to the company
to look for a new building in Brisbane for their offices so that they are able to accommodate its
employees. The company has obtained a four storey building which does not have a network
infrastructure installed to it and therefore there is need for it to be put in place. This report therefore
provides a proposal of the network design that this company should implement by considering various
services required for CAC to run its business activities. The proposal looks at specifications of various end
users and networking devices, the local ISP that CAC could work with, the IP scheme and all the
necessary networking requirements needed for this project to be successful.

Table of Contents
Executive Summary.....................................................................................................................................2
Introduction.................................................................................................................................................3
Problem Statement.....................................................................................................................................4
Objectives....................................................................................................................................................4
Methodology...............................................................................................................................................4
Project Budget.............................................................................................................................................5
Activity 1......................................................................................................................................................5
Activity 2......................................................................................................................................................9
Activity 3....................................................................................................................................................10
Activity 4....................................................................................................................................................13
Activity 5....................................................................................................................................................14
Activity 6....................................................................................................................................................16
Activity 7....................................................................................................................................................17
Activity 8....................................................................................................................................................18
Future Plans...............................................................................................................................................18
Recommendation and Conclusion.............................................................................................................19
References.................................................................................................................................................20
Appendix: Subnet Calculations..................................................................................................................22
Tables
Table 1: Project Phases................................................................................................................................5
Table 2: Estimated budget...........................................................................................................................6
Table 3: General Specifications....................................................................................................................7
Table 4: Computer Specifications for Graphic Production Department.......................................................8
Table 5: Computer Specifications for Film production Department.............................................................9
Table 6: Specifications for Mail and FTP Server.........................................................................................10
Table 7: ISP Providers................................................................................................................................15
Table 8: Network Services.........................................................................................................................17
Table 9: Requirements...............................................................................................................................17
Table 10: CAC Network Subnets................................................................................................................18
Table 11: IP Address Scheme.....................................................................................................................19

Table of Figures
Figure 1: Dell Computer C3760n Color Laser Printer.................................................................................10
Figure 2: HP Laserjet Pro M452dn Color Printer........................................................................................11
Figure 3: CISCO SYSTEMS SG112-24-NA Ethernet Switch.........................................................................12
Figure 4: Cisco 890 Integrated Services Routers........................................................................................12
Figure 5: Cisco Small Business NSS3000 Series..........................................................................................13
Figure 6: Cisco Small Business WAP581.....................................................................................................13
Figure 7: Network Layout..........................................................................................................................14

Introduction
Being a marketing and advertising company, Color Ability Corporation (CAC) has experienced a
tremendous growth business wise as well as with its personnel. This growth therefore means that CAC
will have to move from x tower Brisbane CBD where they occupy level 10 and level 11 for their business
operations to the new four storey building which they recently acquired. This shift will therefore mean
that the company ought to have a proper network infrastructure in the new building in order to perform
their business operations in a more effective manner. In essence, a good network design provides a well
secured network that is easy to manage and monitor hence reducing chance of network failure which
could halt CAC business operations (Bird and Harwood, 2018). A proper network infrastructure should
therefore support the intended business operations as well as be reliable and available at all times. Such
network has its devices setup in a proper layout which makes it easy to troubleshoot in case of any
network issue.
This report therefore, provide a proposed network infrastructure which CAC should implement in their
newly acquired building at Brisbane in order to guarantee effective service delivery. This report
proposes quality networking components that the company should consider as well as the specific
specifications for these devices for various departments of the CAC. It also looks at the best network
design that will serve the company best as well as the IP addressing scheme and how the new proposed
network security could be improved using both public and private IP addresses. Finally the report looks
at the future plans of the proposed network in case the company will need to scale it up due to increase
in growth of the CAC business and employees.
Problem Statement
The new building that CAC recently acquired does not have any network infrastructure installed to it.
This will therefore not work for this company since all of its business operations relies on network hence
need for network installation for the four storey building.
Objectives
The main objective of setting up a proper network infrastructure for the new storey building nclude the
following:
 Enhance email communications across the network between the employees and the
management
 Provide a more secure connection which will guarantee CAC data privacy as well as
confidentiality.
 Enhance sharing of network resources such as the printers in order to minimize the operational
cost for the CAC.
 Provide internet connectivity to all the users within this organization both wired-connection and
wireless connection.
 Provide an enabling environment for file sharing as well as centralized file storage feature.

Methodology
This project will be carried out in phases one after the other in order to guarantee successful completion
of the new network implementation. Each phase will be given a certain timeframe as it is shown in the
table below.
Project Phase Timeline in days begins Ends
Requirement gathering
and Planning
10 10th October, 2018 20th October, 2018
Network Designing 15 20th October, 2018 5th November, 2018
Implementation 30 6th November, 2018 6th December, 2018
Functionality Testing 10 7th December, 2018 17th December, 2018
Project Documentation 85 10th October, 2018 20th December, 2018
Table 1: Project Phases
Project Budget
Components and services Cost in USD
Networking Components 28000
Subscription to internet service provider 500
Printers 3000
Installation 1000
Total budget 32500
Table 2: Estimated budget
Activity 1
Department: Overall Requirements
Location: Brisbane and Sydney
Component Recommendation

Processor: (Manufacturer, Model,
Speed) Intel Core i7-7700 3.6 GHz
Memory: (Type, Amount) 8 GB DDR4
Hard Drive (Type, Capacity) 1 TB SSHD
CD-ROM/DVD: (Read, Read/Write,
Speed) DVD/CD R/W
USB Ports (Number, Location) Total:4, right:2, left:2
Video Card (Manufacturer, Model,
Video RAM)
VisionTek Radeon 7750 SFF 1GB DDR3 5M VHDCI (4x DVI-D,
miniDP) Graphics Card – 900669 (Bach, 2013)
Sound Card: (Manufacturer,
Model) ALC3863-CG
Modem: (Internal/External, Speed,
Standard) Internal modem 4800 bps
Network Card: (Ethernet: speed,
Wireless, Standard)
Intel-82574-PCI-E-Gigabit-CT-Desktop-Network-Adapter-
EXPI9301CT - 10435019
Operating System: (Manufacturer,
Version, Compatibility) Windows 10 32/64 bits
Monitor: (Size, Resolution, Refresh
Rate) Size: 21, Resolution: 2560x 1600, Refresh rate: 60Hz
Printer: (Manufacturer, Model,
Type, Speed)
Dell Computer C3760n Color Laser Printer
HP Laserjet Pro M452dn Color Printer
Speakers: (Manufacturer, Model,
Type)
Enlight PC Internal Mini Onboard Speaker
4 pin speaker (Chapman, 2018)

Internet Connection: (USB,
Ethernet, Wireless) LAN: 1000 Base-T
Table 3: General Specifications
Department: Graphics Production
Location: Brisbane and Sydney
Component Recommendation
Processor: (Manufacturer, Model, Speed) Intel core i7 4.6GHz
Memory: (Type, Amount) 16 GB DDR4 (Upgradable to 32GB)
Hard Drive (Type, Capacity) 1TB 7200 rpm SATA
CD-ROM/DVD: (Read, Read/Write, Speed) DVD R/W
USB Ports (Number, Location) Total:4, right:2, left:2
Video Card (Manufacturer, Model, Video RAM) Intel HD Graphics 630 refresh rate: 60Hz
Sound Card: (Manufacturer, Model) ALC3863-CG
Modem: (Internal/External, Speed, Standard) Internal modem 4800 bps
Operating System: (Manufacturer, Version,
Compatibility) Windows 10 32/64-bits
Monitor: (Size, Resolution, Refresh Rate)
Size: 20 inch, Resolution: 1600x 900, Refresh
rate: 60Hz
Printer: (Manufacturer, Model, Type, Speed)
Dell Computer C3760n Color Laser Printer
HP Laserjet Pro M452dn Color Printer
Speakers: (Manufacturer, Model, Type)
Enlight PC Internal Mini Onboard Speaker
4 pin speaker
Internet Connection: (USB, Ethernet, Wireless) LAN Realtek RTL8111HSH-CG GbE

Table 4: Computer Specifications for Graphic Production Department
Department: Film Production
Location: Sydney
Component Recommendation
Processor: (Manufacturer, Model, Speed) Intel core i7-6700 3.4 GHz
Memory: (Type, Amount) 16-32 GB DDR 4
Hard Drive (Type, Capacity) 2TB SSHD
CD-ROM/DVD: (Read, Read/Write, Speed) DVD +/-RW DW316
USB Ports (Number, Location) Total:4, right:2, left:2
Video Card (Manufacturer, Model, Video RAM) AMD Radeon RX 570; refresh rate: 60Hz
Sound Card: (Manufacturer, Model) JJP Signature series XPS 27
Modem: (Internal/External, Speed, Standard) 4800 bps Internal modem
Operating System: (Manufacturer, Version,
Compatibility) Windows 10 pro 64- bit
Monitor: (Size, Resolution, Refresh Rate)
Size: 27”, Resolution: 3840x 2160, Refresh rate:
60Hz
Printer: (Manufacturer, Model, Type, Speed)
Dell Computer C3760n Color Laser Printer
HP Laserjet Pro M452dn Color Printer
Speakers: (Manufacturer, Model, Type) Internal speakers XPS 27
Internet Connection: (USB, Ethernet, Wireless) 10/100/1000 Ethernet
Table 5: Computer Specifications for Film production Department

Department: Email/FTP Server
Location: Brisbane
Component Recommendation
Processor: (Manufacturer, Model, Speed) Intel quad-core 2GHz vCPU
Memory: (Type, Amount) 8 GB DDR 4
Hard Drive (Type, Capacity) SATA 1TB
CD-ROM/DVD: (Read, Read/Write, Speed) RW DVD
USB Ports (Number, Location) Total:4, right:2, left:2
Video Card (Manufacturer, Model, Video RAM) AMD Radeon RX 570; refresh rate: 60Hz
Sound Card: (Manufacturer, Model) PCIe RX 7.1
Modem: (Internal/External, Speed, Standard) 9600 bps Internal modem
Operating System: (Manufacturer, Version,
Compatibility) Linux Kernel 2.6
Monitor: (Size, Resolution, Refresh Rate)
Size: 19”, Resolution: 1280x800, Refresh rate:
60Hz
Printer: (Manufacturer, Model, Type, Speed) Not needed
Speakers: (Manufacturer, Model, Type) Internal speakers Blaster Audigy
Internet Connection: (USB, Ethernet, Wireless) 1000 Ethernet
Table 6: Specifications for Mail and FTP Server
Activity 2
Considering the intensive printing tasks that CAC experiences every day as a result of being a marketing
and advertising company, the company will definitely need powerful printers that can handle large
printing tasks as well as scanning and copying for their service delivery. It is therefore proposed that the
company obtains either of the two types of printers given below.
Dell Computer C3760n Color Laser Printer

Figure 1: Dell Computer C3760n Color Laser Printer
This printer can print up to 35 pages per minute hence making it suitable for high volume printing
services. It has a resolution of 600x600 dpi and it supports input USB, wired and wireless connections.
The printer also comes with a 10 digit keypad that allows the users to set up a security password thus
ensuring a safe way of accessing the server since it supports LDAP protocol which is a Kerberos
authentication. The printer is also affordable hence making it appropriate for the CAC (WARD, 2017).
HP Laserjet Pro M452dn Color Printer
This is another printer that CAC can consider to have in their new network infrastructure. This printer is
cheap in price and it has a printing rate of 28 pages per minute and can support between three to ten
users hence making it suitable for the company. This printer also supports input interfaces such as the
USB, wired and wireless connections (WARD, 2017). This printer provides quality and excellent printouts
hence making it suitable for producing marketing materials for CAC clients.
Figure 2: HP Laserjet Pro M452dn Color Printer
Activity 3
Networking devices are very critical in every network infrastructure. It is these devices that determines
the performance of a company’s network as well as various services that the intended network can
provide. This therefore means that the choice of what model and types of the devices to be used is of
great importance as well as determining how these network devices should be interconnected in order
to provide quality service delivery (B, 2018). The following therefore are some of the networking devices
that are recommended for the new proposed network infrastructure.
Switches
Switches are networking devices that provides interfaces where end users and other networking devices
can be connected to in order to access the company’s LAN (blazinglist, 2018). Switches therefore comes

with Ethernet ports hence supporting wired connections to various users. The recommended
networking switches for this network is CISCO SYSTEMS SG112-24-NA Ethernet Switch (Armstrong,
2018). This switch provides a high security and reliable connectivity since it has 24 connectivity ports.
The device is easy to install and with its rectangular design it can be installed anywhere within the
building.
Figure 3: CISCO SYSTEMS SG112-24-NA Ethernet Switch
Routers
A router is a very important part of the networking infrastructure. It is the router that makes
communication within a network possible as it also links various LANs in a company. The recommended
router for the new network is Cisco 890 Integrated Services Routers (Cisco, 2018). This router provides a
secure connection and supports a high performance service deliver as well as diverse WAN connectivity.
This router is easy to set up and affordable in cost hence making it appropriate for the proposed
network.
Figure 4: Cisco 890 Integrated Services Routers
Servers
Servers are the networking devices that determines what services the network will support. The
proposed network will consist of mail server, print server, and file server among others. It therefore

critical for the company to get the best server that will effectively perform these services without any
problems. This proposal therefore suggest that the company uses Cisco Small Business NSS3000 Series
(Cisco, 2018). This server provides a secure data storage environment as well as advance data backup
capabilities at an affordable price. The server supports up to 15 users concurrently and 4 TB of data
storage hence making it suitable for the company.
Figure 5: Cisco Small Business NSS3000 Series
Wireless Access Point
In order to support wireless connections, the company will need to have WAP devices that are reliable
and available at all times. Therefore, Cisco Small Business WAP581 (Nagao, 2018) is recommended
(Cisco, 2018). This devices supports secured wireless network connectivity which consist of 802.11ac and
802.3af network technologies (Choudhuri, 2012).
Figure 6: Cisco Small Business WAP581

All these devices and many others should be interconnected together in a three tier network
architecture which supports scalability and modularity as shown below.
Figure 7: Network Layout
Such network design will ensure that the installed network infrastructure is easy to maintain and
monitor as well as making it more secure since each module works independently hence making it fault
tolerant.
Activity 4
A network infrastructure is never complete without having an internet service provider (ISP) in place.
The ISP are those organizations that provide internet access or bandwidth which makes it possible for
the organizations to function via network (Allena, 2018). Therefore CAC should choose an ISP that is
reliable and affordable at all times in order to ensure smooth working environment. There are a number
of ISP based in Brisbane in which CAC can chose from. The table below shows two of the ISP in Brisbane.

Table 7: ISP Providers
Amongst the two ISP shown above, My Republic seems the best for the CAC since the cost per month is
affordable and it provides many services that will best suit the company. With this ISP the company will
have unlimited AUS landline calls, a Wi-Fi hub and unlimited data bandwidth.
Activity 5
The new proposed network infrastructure is expected to perform a number of services in order to
support all the business operations of the CAC. These services include, printing services, mailing, file
storage, application management, IP address management among others. Therefore, appropriate
networking devices and infrastructure should be in place in order to ensure that the organization enjoys
these services. The table below shows these services and what is needed for the network to perform
them.
Service Device Justification
Application Management Application Server Various CAC departments uses
different applications to
perform their daily business
activities. With the application

server in place, it will be easy to
access these applications via the
company’s network.
Mailing Mail Server Considering that the main mode
of communication between the
employ8ees and the
management is via emails, a
mail server should be put in
place in order to ensure that
the network is able to manage
incoming and outgoing emails
within the organization
Dynamic IP Management DHCP Server The DHCP server will ensure
that users are assigned IP
addresses automatically hence
making it possible for the
proposed network
infrastructure to properly
manage the available IP address
during network connectivity.
Printing Management Print Server There are many printing
services associated with CAC
since it is an advertising and
marketing company. Therefore,
a print server should be in place
to manage all the printing
queues so as reduce traffic and
ensure that users share the
printer as a network resource.
File Storage File Server CAC would like to have a
centralized file storage platform
in place. This therefore means

that the new network
infrastructure should be
installed with a file server that
will provide this service.
Table 8: Network Services
Activity 6
Requirement How many? Why?
Are wired
connections
required?
Wired connections are very critical in ensuring that end-users are connected to
the CAC network. There should be approximately 10 connection points per
office.
Are wireless
connections
required
Yes wireless connections are very important in ensuring that users are able to
connect to the company’s network using their smart phones, laptops and
tablets.
Wireless standard
802.11 ac and 802.3af are the two wireless technologies that should be
implemented due to their secured connections and stability.
is firewall
required?
A firewall is necessary since it will filter what goes in and out of the CAC
network thus guaranteeing network security.
ISP connectivity
Required
The ISP is necessary as it ensures that the company remains connected to the
internet hence making it possible to perform its business activities.
Type of ISP
connectivity A DSL connection should be considered when choosing an ISP.
Internal and
external modem
required?
Yes, both internal and external modem are needed in order to enhance network
connectivity.
Cables require?
Ethernet cables of type cat 6 is required to enhance wired connection
Battery backup
required?
Yes there should be a power backup in place in order to protect the end-users
and networking devices from power surge.
Table 9: Requirements

Activity 7
CAC has been assigned a public IP 194.30.90/28 by its ISP to be used for the new proposed network. It is
also give 192.168.0.0/24 IP address for their private network. This private network will be able to serve a
total of 254 users which surpasses the current 80 employees for the CAC hence making it the best IP
address to be used. Based on the organization structure of CAC, there will be five subnets hence this
means that the network mask will move to 255.255.255.224 which equal to 27 hence the network IP will
be 192.168.0.0/28 as seen in the appendix. The proposed IP address scheme will ensure that the
proposed infrastructure is scalable and secure hence protecting the company’s data. Each subnet will
have a total of 30 host who will be connected to the network as shown in the tables below.
Table 10: CAC Network Subnets

Table 11: IP Address Scheme
Activity 8
The use of both private and public IP address for this new network infrastructure will guarantee quality
network security (Mercer, 2018). The private IP address will only be assigned to the networking devices
within the CAC network hence no other external device can communicate with this private network. The
public IP 194.32.9.0/28 will ensure that the private IP is shielded from being accessed by an outsider
hence ensuring that the CAC network remains secure at all times (Pepelnjak, 2018). With a private IP
address it will not be possible for the intruders to attack the CAC network by releasing malicious codes
or information into the network since it is hard to trace the company’s private IP.
Future Plans
With the proposed network infrastructure setup, the company’s future plans of extending the network
in case the current population grows in to a higher number is properly addressed. The new proposed
network design can be extended from any of the three layers identified on the three-tier architecture
without affecting any part of the network. This network also will be easy to manage and monitor hence
making it easy to trace every activity that occurs via this network. This therefore guarantees
accountability and easy network troubleshooting.

Recommendation and Conclusion
It is therefore recommended that CAC implements the proposed network infrastructure in order to
experience good network service delivery that supports their daily business operations as well as reduce
the operation and maintenance cost required to run a network infrastructure.
In conclusion, the proposed network infrastructure will be affordable for the CAC and it will serve the
company effectively by providing all the services it needs. These services include; mailing, printing, and
centralized file storage, sharing of resources to minimize cost, data security and privacy among others.
Thus making it the best network infrastructure to be implemented on the new CAC building.

References
Allena (2018). Importance of ISP's. [online] Erply.com. Available at: https://erply.com/importance-of-
isps/ [Accessed 13 Oct. 2018].
Armstrong, R. (2018). Best Ethernet Switches of 2018 - Switches for Home Use, Small Networks. [online]
TopTenReviews. Available at: https://www.toptenreviews.com/computers/networking/best-
ethernet-switches/ [Accessed 13 Oct. 2018].
B, M. (2018). Best Ethernet Switches of 2018 – Managed, Unmanaged and Web-Smart – MBReviews.
[online] Mbreviews.com. Available at: https://www.mbreviews.com/best-network-switches/
[Accessed 13 Oct. 2018].
Bird, D. and Harwood, M. (2018). Networking Components and Devices | Introduction | Pearson IT
Certification. [online] Pearsonitcertification.com. Available at:
http://www.pearsonitcertification.com/articles/article.aspx?p=30191 [Accessed 13 Oct. 2018].
blazinglist (2018). Best Network/Ethernet Switch 2018 - 10 Best Gigabit Ethernet Switch Reviewed.
[online] Blazing List. Available at: https://blazinglist.com/best-network-switches/ [Accessed 13 Oct.
2018].
Choudhuri, S. (2012). WAPs: More than Simple Wireless Network Access. [online] blogs@Cisco - Cisco
Blogs. Available at: https://blogs.cisco.com/smallbusiness/waps-more-than-simple-wireless-
network-access [Accessed 13 Oct. 2018].
Cisco (2018). Cisco 890 Integrated Services Routers. [online] Cisco. Available at:
https://www.cisco.com/c/en/us/products/routers/890-integrated-services-routers-isr/index.html
[Accessed 13 Oct. 2018].
Cisco (2018). Cisco Small Business 100 Series and 300 Series Wireless Access Points Denial of Service
Vulnerability. [online] Tools.cisco.com. Available at:
https://tools.cisco.com/security/center/content/CiscoSecurityAdvisory/cisco-sa-20180815-csb-
wap-dos [Accessed 13 Oct. 2018].
Cisco (2018). Cisco Small Business NSS3000 Series Network Storage System. [online] Cisco. Available at:
https://www.cisco.com/c/en/us/products/collateral/storage-networking/small-business-network-
storage-systems/data_sheet_c78-509774.html [Accessed 13 Oct. 2018].
Cisco (2018). Small Business Solutions - IT Products and Services. [online] Cisco. Available at:
https://www.cisco.com/c/en/us/solutions/small-business.html [Accessed 13 Oct. 2018].
Mercer, E. (2018). The Advantages & Disadvantages of Using a Private IP Address Space. [online]
Smallbusiness.chron.com. Available at: https://smallbusiness.chron.com/advantages-
disadvantages-using-private-ip-address-space-46424.html [Accessed 13 Oct. 2018].
Nagao, M. (2018). New Cisco Small Business Update: WAP581/WAP125 now available with Umbrella.
[online] blogs@Cisco - Cisco Blogs. Available at: https://blogs.cisco.com/smallbusiness/cisco-small-
business-update-wap125-and-umbrella [Accessed 13 Oct. 2018].
Pepelnjak, I. (2018). Avoiding private IP security risks in public networks. [online] SearchTelecom.
Available at: https://searchtelecom.techtarget.com/tip/Avoiding-private-IP-security-risks-in-public-
networks [Accessed 13 Oct. 2018].

WARD, S. (2017). Here Are the Best Color Laser Printers for Small Businesses. [online] The Balance Small
Business. Available at: https://www.thebalancesmb.com/top-color-laser-printers-2948396
[Accessed 13 Oct. 2018].

Appendix: Subnet Calculations
Address: 192.168.0.0 11000000.10101000.00000000 .00000000
Netmask: 255.255.255.0 = 24 11111111.11111111.11111111 .00000000
Wildcard: 0.0.0.255 00000000.00000000.00000000 .11111111
=>
Network: 192.168.0.0/24 11000000.10101000.00000000 .00000000
Broadcast: 192.168.0.255 11000000.10101000.00000000 .11111111
HostMin: 192.168.0.1 11000000.10101000.00000000 .00000001
HostMax: 192.168.0.254 11000000.10101000.00000000 .11111110
Hosts/Net: 254
Subnets
Netmask: 255.255.255.224 = 27 11111111.11111111.11111111.111 00000
Wildcard: 0.0.0.31 00000000.00000000.00000000.000 11111
Network: 192.168.0.0/27 11000000.10101000.00000000.000 00000
Broadcast: 192.168.0.31 11000000.10101000.00000000.000 11111
HostMin: 192.168.0.1 11000000.10101000.00000000.000 00001
HostMax: 192.168.0.30 11000000.10101000.00000000.000 11110
Hosts/Net: 30
Network: 192.168.0.32/27 11000000.10101000.00000000.001 00000 Broadcast: 192.168.0.63
11000000.10101000.00000000.001 11111
HostMin: 192.168.0.33 11000000.10101000.00000000.001 00001
HostMax: 192.168.0.62 11000000.10101000.00000000.001 11110
Hosts/Net: 30
Network: 192.168.0.64/27 11000000.10101000.00000000.010 00000
Broadcast: 192.168.0.95 11000000.10101000.00000000.010 11111
HostMin: 192.168.0.65 11000000.10101000.00000000.010 00001
HostMax: 192.168.0.94 11000000.10101000.00000000.010 11110
Hosts/Net: 30
Network: 192.168.0.96/27 11000000.10101000.00000000.011 00000
Broadcast: 192.168.0.127 11000000.10101000.00000000.011 11111
HostMin: 192.168.0.97 11000000.10101000.00000000.011 00001
HostMax: 192.168.0.126 11000000.10101000.00000000.011 11110
Hosts/Net: 30
Network: 192.168.0.128/27 11000000.10101000.00000000.100 00000
Broadcast: 192.168.0.159 11000000.10101000.00000000.100 11111
HostMin: 192.168.0.129 11000000.10101000.00000000.100 00001

HostMax: 192.168.0.158 11000000.10101000.00000000.100 11110
Hosts/Net: 30