Question 1
Refer to the exhibit.
A company needs a new wireless solution for its multi-site network. All branch sites must connect to the main site through secure tunnels over the Internet. The customer requires full redundancy for the Mobility Controllers (MC). Including stateful faiEoverand seamless roaming for the main site.
The architect plans to propose:
- 500 RAPS
- 100 APs at the main campus
- two 7205 MCs
- two 7210 MCS
- one MM appliance
The exhibit snows the existing wired network at the main site, which has a single building with two large floors.
Following the best-practices on design, performance and security, where should the architect plan to connect the MCs?
{Potential locations are numbered in the exhibit.)
A company needs a new wireless solution for its multi-site network. All branch sites must connect to the main site through secure tunnels over the Internet. The customer requires full redundancy for the Mobility Controllers (MC). Including stateful faiEoverand seamless roaming for the main site.
The architect plans to propose:
- 500 RAPS
- 100 APs at the main campus
- two 7205 MCs
- two 7210 MCS
- one MM appliance
The exhibit snows the existing wired network at the main site, which has a single building with two large floors.
Following the best-practices on design, performance and security, where should the architect plan to connect the MCs?
{Potential locations are numbered in the exhibit.)
Question 2
Match each hospital room with a potential issue for the AP design (Each match will be used once. )
Question 3
Refer to the exhibit.
The exhibit shows the current AP deployment In a warehouse that stores frozen food goods:
* APs are mounted on the ceiling, which is 15 feet (4.6 m) high.
* Shelves are 12 feet (3.7 m) high and are typically fully stocked.
This customer indicates that their current wireless performance is inadequate.
What should the network architect include in the new solution to resolve this issue?
The exhibit shows the current AP deployment In a warehouse that stores frozen food goods:
* APs are mounted on the ceiling, which is 15 feet (4.6 m) high.
* Shelves are 12 feet (3.7 m) high and are typically fully stocked.
This customer indicates that their current wireless performance is inadequate.
What should the network architect include in the new solution to resolve this issue?
Question 4
Refer to the exhibit.
A customer needs to create a proposal for a full wireless solution for a customer The customer has indicated that the MCs will connect to Aru&a CX Switches at the core and the APs will connect to PoE-i- switches at the edge. The customer requires that the wireless solution support at least 50 Mbps concurrently per AP. The architect has created a BOM tor a Mobility Master (MM), two MC 721os, and 400 AP-535S. me exhibit snows this BOM.
Which components has the architect forgotten?
A customer needs to create a proposal for a full wireless solution for a customer The customer has indicated that the MCs will connect to Aru&a CX Switches at the core and the APs will connect to PoE-i- switches at the edge. The customer requires that the wireless solution support at least 50 Mbps concurrently per AP. The architect has created a BOM tor a Mobility Master (MM), two MC 721os, and 400 AP-535S. me exhibit snows this BOM.
Which components has the architect forgotten?
Question 5
Refer to the exhibit.
A hospital needs an upgrade to 802.1tax for its wireless network. The wireless network supports:
* wireless medical devices
* medical staff voice communicators
* laptops in nurse stations
* medical staff tablets
* visitor and patient personal devices.
All of these devices support both the 2 4GHz and 5GH2 band. Assuming about a max throughput on50 Mbps per AP; the hospital would like. The architect has used VisualRF to plan the AP placement on one of the floors, which the hospital expects will need to suppod about 800 win to deploy APS in stairwells between floors.
How well does the plan meet the requirements?
A hospital needs an upgrade to 802.1tax for its wireless network. The wireless network supports:
* wireless medical devices
* medical staff voice communicators
* laptops in nurse stations
* medical staff tablets
* visitor and patient personal devices.
All of these devices support both the 2 4GHz and 5GH2 band. Assuming about a max throughput on50 Mbps per AP; the hospital would like. The architect has used VisualRF to plan the AP placement on one of the floors, which the hospital expects will need to suppod about 800 win to deploy APS in stairwells between floors.
How well does the plan meet the requirements?