200-301 · Question #1192
A wireless access point is needed and must meet these requirements: - "zero-touch" deployed and managed by a WLC - process only real-time MAC functionality - used in a split-MAC architecture Which acc
The correct answer is C. lightweight. Lightweight access points are specifically designed for 'zero-touch' deployment and operate in a split-MAC architecture where a Wireless LAN Controller handles most MAC layer processing.
Question
Options
- Amesh
- Bautonomous
- Clightweight
- Dcloud-based
How the community answered
(30 responses)- A3% (1)
- B7% (2)
- C90% (27)
Why each option
Lightweight access points are specifically designed for 'zero-touch' deployment and operate in a split-MAC architecture where a Wireless LAN Controller handles most MAC layer processing.
Mesh access points are a type of lightweight AP used in specific outdoor or difficult-to-wire scenarios, but 'lightweight' is the broader category that fits all criteria.
Autonomous access points are self-contained and perform all MAC layer functions locally, requiring individual configuration and not supporting 'zero-touch' deployment via a WLC.
Lightweight access points rely on a Wireless LAN Controller (WLC) for centralized management and configuration ('zero-touch'), offloading significant MAC layer processing (split-MAC architecture) to the WLC, leaving the AP to handle only real-time MAC functions like beaconing and frame transmission/reception.
Cloud-based access points are managed by a cloud platform, not necessarily a local WLC, and while they can offer zero-touch deployment, the 'split-MAC' processing with a WLC is a key differentiator here.
Concept tested: Lightweight AP features
Source: https://www.cisco.com/c/en/us/td/docs/wireless/access_point/8-0/configuration/guide/AP80cg/ap_chap1.html
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