Updated: Dec 9, 2025 | Source: 2023-2027 Question Pool | Topic: G2E
G2E08G2E

In what segment of the 20-meter band are most digital mode operations commonly found?

Deep Dive: G2E08

The correct answer is D: Between 14.070 MHz and 14.100 MHz. In the 20-meter band, most digital mode operations are commonly found between 14.070 MHz and 14.100 MHz. This segment is designated for digital modes like FT8, JT65, RTTY, and others. For amateur radio operators, this is the standard digital segment on 20 meters. Understanding this helps when operating digital modes.

Why Other Answers Are Wrong

Option A: Incorrect. 14.230 MHz is in the SSTV (slow-scan TV) segment, not the main digital mode segment. Digital modes are lower in the band. Option B: Incorrect. 14.325 MHz is in the SSB phone segment, not the digital segment. Digital modes are in a separate segment. Option C: Incorrect. 14.100 MHz is at the top of the digital segment, not the middle. The digital segment is 14.070-14.100 MHz.

Exam Tip

20m digital modes = 14.070-14.100 MHz. Think '2'0m 'D'igital = '2'0.070-14.100 MHz 'D'esignated segment. Most digital mode operations are found between 14.070 and 14.100 MHz. Not SSTV segment, not phone segment - dedicated digital segment.

Memory Aid

20m digital modes = 14.070-14.100 MHz. Think '2'0m 'D'igital = '2'0.070-14.100 MHz. Most digital mode operations are found in this segment. Dedicated digital segment on 20 meters.

Real-World Example

You want to operate FT8 on 20 meters. You tune to 14.074 MHz, which is in the digital mode segment (14.070-14.100 MHz). This is where most digital mode operations occur - FT8, JT65, RTTY, and other digital modes. The segment is organized to keep digital modes together.

Source & Coverage

Question Pool: 2023-2027 Question Pool

Subelement: G2E

Reference: 2023-2027 Question Pool · G2 - Operating Procedures

Key Concepts

20-meter band Digital mode segment 14.070-14.100 MHz Digital modes

Verified Content

Question from the official FCC General Class pool. Explanation reviewed by licensed amateur radio operators and mapped to the G2E topic.