Bondo Network
Bondo Network
Bondo Network
In this assignment will identify correct and sufficient domain service features, tools,
and technologies suitable for the online gaming tournament directory services. We
will draw up network architecture and a network diagram to provide connection
between devices.
Question 1
1.1 – A brief description of the components of the floor plan and the motivation
behind it.
LAN: A local area network (LAN) is a group of computers and associated devices
that share a common communications line or wireless link to a server. Typically, a
LAN encompasses computers and peripherals connected to a server within a distinct
geographic area such as an office or a commercial establishment.
Crossover is something that crosses transmit and receive pairs of a cable. Like in
ethernet, or a serial cable (little more complicated!). In ethernet, pairs 1-2 cross with
3-6 on opposite ends of the cable crossing the TX/RX pairs. With a T1, it's 1-2 and
4-5 pairs.
100BASE-TX: Category 5
100BASE-T4: Category 3
Probably the most popular form of Fast Ethernet is 100BASE-TX. 100BASE-TX runs
on EIA/TIA 568 Category 5 unshielded twisted pair, sometimes called UTP-5. It uses
the same pair and pin configurations as 10Base-T, and is topologically similar in
running from a number of stations to a central hub.
As an upgrade to 10Mbps Ethernet over Multimode fiber (10Base-F), 100BASE-FX
is Fast Ethernet over fiber. Single duplex runs are supported up to 400m, and full
duplex runs are supported for up to 2km.
Create a network diagram. One of the most useful exercises for understanding
your library’s security situation is creating a network diagram. A network diagram
consists of symbols representing your hardware (PCs, servers, switches, routers,
printers, etc.) and the connections between them. The diagram should also include
some information about the model and configuration of each piece of hardware (e.g.,
name, IP address, function, etc.). For network connections, list the speed and
protocol of each link. For some examples, take a look at Rate My Network Diagram.
While you can map a small network with pencil and paper, it’s hard to extend and
update your diagram using this technique. Most network administrators employ
software to help them map their networks. We’ve listed some free and low-cost
options under Further Resources.
Understand your situation. A network diagram goes hand-in-hand with an
assessment and evaluation of everything that happens on your network. Who uses
your network? What types of hardware and software do they use? What kind of
Internet connection does your library have? Do you host your own Web site, your
own email server, your own OPAC? Do you allow patrons to connect to your network
with their own computers and peripheral devices? Is your staff network separated
from the public network? What types of security policies, procedures and equipment
do you already have in place?
Review your technology plan. Review this document, if available, to determine the
network services you’re currently providing and the plans for your network’s future.
Train your IT staff or hire a consultant. You must make sure that either your IT
staff receive appropriate training when it comes to network security or look for
outside IT support that can offer the necessary knowledge to secure your network.
Focus on protecting the high impact, high-risk areas of your network. For more
information, see Identifying Vulnerabilities and Risks on Your Network.
1.5 – Plan, design, and install the directory services.
The Infrastructure Planning and Design Guide for Active Directory Domain Services
include the following thirteen-step process:
Step 1: Determine the Number of Forests. This step involves determining whether
one or multiple forests are required to meet the organization’s objectives.
Step 2: Determine the Number of Domains. This step involves determining the
number of domains that are required to meet the organization’s objectives.
Step 3: Assign Domain Names. This step involves assigning names to each of the
domains.
Step 4: Select the Forest Root Domain. This step involves selecting the forest root
domain.
Step A1: Design the OU Structure. This step involves defining the OU structure for
each domain in the design.
Step B1: Determine Domain Controller Placement. This step involves deciding where
domain controller resources will be placed for each domain in each forest.
Step B2: Determine the Number of Domain Controllers. This step addresses how
many domain controllers to place in each location for each domain.
Step B3: Determine Global Catalogue Placement. This step involves deciding which
domain controllers in the forest will host global catalogue services.
Step B4: Determine Operations Master Role Placement. This step involves deciding
the placement of the operations master roles for the forest and each domain.
Step C1: Create the Site Design. This step involves examining each physical
location and deciding whether the location should be a new site within the directory
or should be associated to another site.
Step C2: Create the Site Link Design. This step involves defining links between all
sites through the use of one or more site links.
Step C3: Create the Site Link Bridge Design. This step involves creating the site link
bridge design.
Step D1: Determine Domain Controller Configuration. This step involves determining
the disk space, memory, processor, and the network requirements for each domain
controller.
Conclusion
We have briefly discussed in this assignment certain components that we used in the
network diagram and show how to install the online gaming tournament network and
then configuring the server, routers and roles displayed.