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DHCP and TCP/IP
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TCP/IP-DHCP Solution
Networking Services
Networking Services Design
Design Network Foundation
Designing Remote Access Connectivity
Creating Networking Services
translating Organizational Goals
Networking Services Conclusion
DNS Lookup
TCP/IP Protocol Suite
Design Decisions
TCP/IP Features
Design Functional TCP/IP Solution
IP Addressing Private Network
IP/Address Subnet Requirements
IP-Configuration Methodology
tcpip-solution-conclusion
TCP/IP Solution
Protect IP Traffic Filters
Protect Data with Ipsec
Ipsec Protection Levels
IPsec Internet Key Exchange
Enhance Design
TCP/IP Security Configuration
TCP/IP Design
Optimize Subnet Designs
IP Network Performance
Remote Subnets
Enhancing Performance QOS
DHCP Solution Design
DHCP Configuration Features
TCP/IP Design - Quiz
1.
If three instances of a video-conferencing application are required to run simultaneously between LocationA and LocationB, what is the additional bandwidth required to run those applications?
Please select the best answer.
A.
64 kbps
B.
128 kbps
C.
286 kbps
D.
512 kbps
2.
The link between LocationB and LocationD has an RTT of 430 ms. Logon and authentication traffic is preventing the use of applications because of poor performance. Which actions would you take to ascertain if the performance could be improved?
Please select all the correct answers.
A.
Run Network Monitor
B.
Position a domain controller in Location D
C.
Configure the Registry to use RTT Turbo Mode
D.
Use WINS as the domain locator service
3.
You are given the network ID 192.168.1.0. You have been asked to subnet this network ID so that you can create network segments that support at least 25 network clients each. At least three logical networks will be required. How many bits would you devote to the network ID and how many bits to the host ID?
Please select the best answer.
A.
5 bits for the host ID and 3 bits for the network ID
B.
3 bits for the host ID and 5 bits for the network ID
C.
4 bits for the host ID and 4 bits for the network ID
D.
8 bits for the host ID and 8 bits for the network ID