Discussion Overview
The discussion revolves around achieving speaker rounding in electric guitar amplifiers at lower volume levels. Participants explore the relationship between amplifier type, speaker characteristics, and the conditions necessary to produce a warm, rounded tone without disturbing neighbors.
Discussion Character
- Exploratory
- Technical explanation
- Debate/contested
Main Points Raised
- Some participants suggest that true speaker rounding requires driving the speaker hard, which is typically achieved at higher volumes.
- Others propose using an attenuator to reduce output volume while maintaining amp drive, although concerns about tone degradation are noted.
- Isolation cabinets are mentioned as a potential solution to contain sound while allowing for higher volume levels.
- A participant mentions the use of valve pedals to introduce warmth before the pre-amp stage, suggesting this could help achieve the desired tone.
- Some participants express skepticism about achieving the desired roundness at low volumes, citing the linear nature of solid-state amplifiers compared to tube amplifiers.
- Definitions of "speaker rounding" are discussed, with some describing it as a fullness in tone that occurs when the speaker is pushed, rather than distortion.
- Concerns are raised about the limitations of high-wattage amps when used at low volumes, suggesting that smaller amps may be better suited for practice.
- Participants note that speaker non-linearities contribute to the rounding effect, and that achieving this effect without high volume may be challenging.
Areas of Agreement / Disagreement
Participants generally agree that achieving speaker rounding at lower volumes is difficult, but multiple competing views exist regarding potential solutions and the effectiveness of various approaches. The discussion remains unresolved regarding the best methods to achieve the desired tone without high volume.
Contextual Notes
Some participants mention the importance of amplifier type (solid-state vs. tube) and speaker characteristics in producing warmth and rounding, indicating that these factors may limit options for achieving the desired sound at lower volumes.