What is the maximum single-fiber capacity of the Super C band of the OptiXtransE9600 platform?

Question

Options

• A10T
• B48T
• C96T
• D16T

• A
  3% (1)
• B
  83% (29)
• C
  9% (3)
• D
  6% (2)

Explanation

Option B (48T) is correct because the Huawei OptiXtrans E9600's Super C band leverages an extended spectrum with high-density wavelengths, achieving a maximum single-fiber capacity of 48 Tbps. Option A (10T) is far too low and reflects older, narrower-band systems rather than the advanced Super C band technology. Option C (96T) is a common trap - it may represent a dual-fiber (bidirectional) system total or a future roadmap figure, not the single-fiber maximum. Option D (16T) is also insufficient and does not match the E9600's high-capacity design specifications.

Memory tip: Think "Super C = 48" by associating it with a speed limit sign - 48 is a distinctive number that sits between the obviously too-low (10, 16) and too-high (96) distractors. You can also remember: 48 = 48 channels × high baud rate, and "Super" implies it's beyond basic but not doubled - ruling out both 10/16T (too basic) and 96T (doubled).

No community discussion yet for this question.