| > but it is really hard to make a good sounding cassette It is unfortunate that cassettes are the lowest fidelity consumer medium (of modern times). But there is some room to optimize within that space. If you are curious: The cassettes available today are Type I, Type II ("high bias") and Type IV ("metal"), each being higher fidelity than the last, but not all portable players supported these types of tape. Dolby B/C noise reduction could improve the dynamic range of tapes a bit, but again not all portable players supported this. The ultimate was "dbx", which dramatically improved noise reduction and dynamic range ("tape hiss" was essentially inaudible), but now you're in the territory of needing dedicated rack-mount equipment to record and play your tapes. My dad was a bit of an audio buff, so I got to experience these things as a kid. Edit: according to gemini AI: * Type I had a dynamic range of about 50bB (roughly 8 bits) * High quality tape with Dolby B, C and dbx yielded roughly 65, 75, and 85dB SNR (about 11, 12.5, and 14 bits) So you could get pretty close to CD quality, but not quite. |
>* Type I had a dynamic range of about 50bB (roughly 8 bits)
>* High quality tape with Dolby B, C and dbx yielded roughly 65, 75, and 85dB SNR (about 11, 12.5, and 14 bits)
>So you could get pretty close to CD quality, but not quite.
Source? AI content without it is less than worthless.