Scotch XSM IV (1987-1989 US)

Scotch XSM IV Cassette Description

The Scotch XSM IV cassette tape, produced from 1987 to 1989 in the United States, is a high-quality audio cassette designed for professional and high-fidelity applications. This cassette tape features a magnetic coating on a polyester-type plastic film, ensuring reliable and clear audio recordings.

Scotch XSM IV Technical Specifications

• Width: The tape is 0.15 inches (3.81 mm) wide, accommodating two stereo pairs of tracks or two monaural audio tracks.
• Speed: The tape moves past the playback head at 1+7⁄8 inches per second (4.76 cm/s), maintaining compatibility with standard cassette players.
• Magnetic Properties: The Scotch XSM IV tape utilizes advanced magnetic formulations to enhance its dynamic range and signal-to-noise ratio, making it suitable for high-fidelity audio recordings.

User Reviews

• Users have praised the Scotch XSM IV for its excellent sound quality and durability. One reviewer noted, "The XSM IV provides a clear and detailed audio output, making it ideal for professional applications." Another user mentioned, "This tape has held up well over time, maintaining its quality even after multiple uses."

Scotch XSM IV Key Features

• Magnetic Coating: The tape features a high-quality magnetic coating that ensures reliable and clear audio recordings.
• Stereo and Monaural Compatibility: The cassette accommodates both stereo and monaural audio tracks, making it versatile for various recording needs.
• Advanced Magnetic Formulations: The use of advanced magnetic formulations enhances the dynamic range and signal-to-noise ratio, making it suitable for high-fidelity audio recordings.

Improvements Over Previous Generation

The Scotch XSM IV cassette tape represents an improvement over previous generations in terms of its advanced magnetic formulations and higher dynamic range. These enhancements ensure that the tape can handle a wider range of audio frequencies with greater clarity and precision, making it a reliable choice for professional audio applications.