1Y0-231 · Question #132
A Citrix Administrator needs to deploy a Citrix ADC appliance to the network through a single VLAN using a single subnet when clients and servers reside on the same subnet. How can the administrator…
The correct answer is A. One-arm. One-arm mode is correct because it allows the Citrix ADC to connect to the network via a single interface on a single VLAN, making it ideal when clients and servers share the same subnet - the ADC intercepts, processes, and returns traffic through that same interface without…
Question
A Citrix Administrator needs to deploy a Citrix ADC appliance to the network through a single VLAN using a single subnet when clients and servers reside on the same subnet. How can the administrator deploy the Citrix ADC in this environment?
Options
- AOne-arm
- BL2 mode
- CTwo-arm
- DMAC-based forwarding
How the community answered
(36 responses)- A75% (27)
- B14% (5)
- C3% (1)
- D8% (3)
Explanation
One-arm mode is correct because it allows the Citrix ADC to connect to the network via a single interface on a single VLAN, making it ideal when clients and servers share the same subnet - the ADC intercepts, processes, and returns traffic through that same interface without requiring network segmentation.
Two-arm (C) is wrong because it requires two separate interfaces typically connecting different VLANs or subnets (client-side and server-side), which contradicts the single-VLAN, single-subnet constraint here.
L2 mode (B) is a behavioral/forwarding mode that makes the ADC act as a transparent bridge - it doesn't describe a physical deployment topology and would not solve the single-VLAN placement requirement on its own.
MAC-based forwarding (D) is a technique used to handle asymmetric routing (when return traffic might bypass the ADC), not a deployment topology - it's a workaround for routing issues, not a solution for single-subnet placement.
Memory tip: Think "one arm, one VLAN" - if the whole environment lives on a single network segment, the ADC only needs one arm reaching into it. Two-arm = two segments; one-arm = one.
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