Cassette tapes have a limited frequency response compared to other formats, typically ranging from 50 Hz to 15 kHz.

Cassette tapes have a relatively low dynamic range compared to other formats, typically around 60 dB.

To avoid distortion, it is recommended to record onto a cassette tape at a level of -10 dB.

A limiter is used to prevent distortion by keeping the signal level below a certain threshold.

A bass boost and treble cut EQ curve is often used to compensate for the limited frequency response of cassette tapes.

A de-esser is a tool that specifically targets and reduces sibilance in a mix.

A compression ratio of 2:1 is typically used for mixing for cassette to avoid over-compression.

Tape emulator plugins can add warmth and character to a mix, simulating the sound of recording to tape.

Noise reduction plugins can effectively reduce noise from a mix, especially hiss and hum.

Listening to a mix on a car stereo can help identify any frequency imbalances or problems with the overall balance.

Exporting the mix at a high bit depth and sample rate will preserve the audio quality and allow for more headroom during mastering.

Cassette tapes should be stored in a cool, dry place to prevent damage from heat, moisture, and UV light.

Cleaning a cassette tape with a cotton swab and isopropyl alcohol is the safest and most effective method.

Using a tape splicing kit is the best way to splice a cassette tape, as it ensures a clean and secure splice.

Using a label maker is the best way to label a cassette tape, as it provides a clear and durable label.