H19-435_V1.0 · Question #1
How many 4Mbps video input channels can a single node support for a single node in the video surveillance scenario ()
The correct answer is A. 500. Option A (500) is correct because in Huawei's video surveillance architecture, a single node is specified to support up to 500 channels of 4Mbps video input - this is a defined capacity limit tied to the node's processing power, bandwidth, and storage throughput design. Options…
Question
How many 4Mbps video input channels can a single node support for a single node in the video surveillance scenario ()
Options
- A500
- B600
- C400
- D300
How the community answered
(27 responses)- A89% (24)
- B7% (2)
- C4% (1)
Explanation
Option A (500) is correct because in Huawei's video surveillance architecture, a single node is specified to support up to 500 channels of 4Mbps video input - this is a defined capacity limit tied to the node's processing power, bandwidth, and storage throughput design.
Options B (600) and C (400) are wrong because they misrepresent the spec: 600 exceeds the actual node limit (which would risk overload), while 400 understates capacity (leaving 20% unused headroom unaccounted for). Option D (300) is significantly below spec and likely reflects confusion with a lower-tier or differently configured component.
Memory tip: Think "5 hundred for surveillance" - a single node handles 500 × 4Mbps channels. If you remember the node ceiling is exactly half of 1000, it's harder to confuse with neighboring round numbers like 400 or 600.
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