802.11n, SSL-VPN, 802.1x
Question
An engineer is reviewing the implementation requirements for an upcoming project.
The basic requirements identified by the customer include the following: -> WLAN architecture supporting speeds in excess of 150 Mbps -> Clientless remote network access -> Port-based network access control Which of the following solution sets properly addresses all of the identified requirements?
A.
802.11a, IPSec VPN, 802.1x B.
802.11ac, MPLS, 802.3 C.
802.11b, PPTP, 802.1x D.
802.11g, MS-CHAP, 802.16 E.
802.11n, SSL-VPN, 802.1x.
E.
Explanations
An engineer is reviewing the implementation requirements for an upcoming project.
The basic requirements identified by the customer include the following: -> WLAN architecture supporting speeds in excess of 150 Mbps -> Clientless remote network access -> Port-based network access control Which of the following solution sets properly addresses all of the identified requirements?
A.
802.11a, IPSec VPN, 802.1x
B.
802.11ac, MPLS, 802.3
C.
802.11b, PPTP, 802.1x
D.
802.11g, MS-CHAP, 802.16
E.
802.11n, SSL-VPN, 802.1x.
E.
The question is asking which solution set properly addresses the identified requirements for an upcoming project. The requirements are:
- WLAN architecture supporting speeds in excess of 150 Mbps
- Clientless remote network access
- Port-based network access control
Let's review each answer option to see which one meets all of these requirements:
A. 802.11a, IPSec VPN, 802.1x 802.11a supports speeds up to 54 Mbps, which is below the required 150 Mbps. IPSec VPN provides remote network access but is not clientless. 802.1x provides port-based network access control. Therefore, this option does not meet the first requirement and only partially meets the other two requirements.
B. 802.11ac, MPLS, 802.3 802.11ac supports speeds up to 1 Gbps, which exceeds the required 150 Mbps. MPLS is not clientless remote network access, and 802.3 does not provide port-based network access control. Therefore, this option does not meet any of the requirements.
C. 802.11b, PPTP, 802.1x 802.11b supports speeds up to 11 Mbps, which is below the required 150 Mbps. PPTP provides remote network access but is not clientless. 802.1x provides port-based network access control. Therefore, this option only partially meets the first requirement and only partially meets the other two requirements.
D. 802.11g, MS-CHAP, 802.16 802.11g supports speeds up to 54 Mbps, which is below the required 150 Mbps. MS-CHAP provides remote network access but is not clientless. 802.16 does not provide port-based network access control. Therefore, this option only partially meets the first requirement and does not meet the other two requirements.
E. 802.11n, SSL- VPN, 802.1x. 802.11n supports speeds up to 600 Mbps, which exceeds the required 150 Mbps. SSL- VPN provides clientless remote network access, and 802.1x provides port-based network access control. Therefore, this option meets all three requirements and is the correct answer.
In conclusion, the solution set that properly addresses all of the identified requirements for the upcoming project is: 802.11n, SSL- VPN, 802.1x.
