Panasonic AJ-HP33EMG Cassette Tape HD high reliability to wide range of professional applications like broadcasting or program production.
This 6.35-mm-wide metal particle digital tape.
Incorporates newly developed high-output metal magnetic particles that have made downsizing possible while delivering superb picture and sound quality also boasts excellent tape transport stability and outstanding durability and amazing digital audio characteristics
Panasonic AJ-HP33EMG Cassette Tape HD is just 1/4 the overall size and 1/6 the weight of the standard 1/2-inch cassette tape used in news gathering, yet it offers twice the recording time – 66 minutes. This combination of smaller size and longer recording time means extra flexibility in the field.
High-quality metal tapes are more cost effective. Their smaller size can mean lower costs in other areas, too, thanks to their easy portability in the field and minimal storage requirements after editing. This all adds up to higher performance with lower operating costs.
Panasonic AJ-HP33EMG Cassette Tape HD delivers significantly higher output and lower noise than conventional MP tape. The key is a newly developed ultra-fine metal magnetic particle that’s less than half the size of previous metal particles but has 70% more energy.
With remanent magnetization of 370 mT (3,700 Gauss) and coercivity of 183 kA/m (2,300 Oe). tape achieves output that’s 5 dB higher than previous tape. The high-energy particles are mounted in an extremely dense pattern on tape with an ultra-thin 0.2 micron magnetic coating.
The result is an exceptionally advanced tape with the low-noise, high-frequency characteristics needed in high-density digital recording. A tough cassette shell and sealed structure assure durability and prevent entry of dust or other particles into the cassette.
The cassette also features a reel-lock mechanism that prevents tape sagging and a slide-type erase-prevention mechanism to protect against mishaps. This means exceptional reliability in the most demanding environments and after long periods of storage.
- Base Film
- Magnetic Layer
- Back Coat
- Surface Resistivity
- Frequency Response (20 Hz / 20 kHz)
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