Fujifilm DVCPRO videocassettes maximize the performance advantages of component digital recording, and deliver outstanding image quality from the world's most compact broadcast-use video format. Based on Fujifilm's proprietary ATOMM-II technology*, they represent the dawn of a new age in digital video excellence.Newly developed ultra-fine, high-energy metal magnetic particles offer significantly higher metal energy levels, with retentivity of 370mT and coercivity of 183KA/m. These superior performance characteristics allow high-density digital recording and playback with a tape that is only 6.35mm wide.Newly developed ultra-fine, high-energy metal magnetic particles offer significantly higher metal energy levels, with retentivity of 370mT and coercivity of 183KA/m. These superior performance characteristics allow high-density digital recording and playback with a tape that is only 6.35mm wide.A high-molecular binder material improves magnetic layer durability, and lubricants in the upper and lower layers enable the tape to withstand a wide range of operating conditions. In addition, a special backcoating keeps the friction coefficient consistently low. As a result, head wear is minimal, and tape transport stability, durability, and long-term storage characteristics are excellent.A high-molecular binder material improves magnetic layer durability, and lubricants in the upper and lower layers enable the tape to withstand a wide range of operating conditions. In addition, a special backcoating keeps the friction coefficient consistently low. As a result, head wear is minimal, and tape transport stability, durability, and long-term storage characteristics are excellent.A high-molecular binder material improves magnetic layer durability, and lubricants in the upper and lower layers enable the tape to withstand a wide range of operating conditions. In addition, a special backcoating keeps the friction coefficient consistently low. As a result, head wear is minimal, and tape transport stability, durability, and long-term storage characteristics are excellent.A high-molecular binder material improves magnetic layer durability, and lubricants in the upper and lower layers enable the tape to withstand a wide range of operating conditions. In addition, a special backcoating keeps the friction coefficient consistently low. As a result, head wear is minimal, and tape transport stability, durability, and long-term storage characteristics are excellent.Tightly sealed hig
- Ultra-Fine High-Energy Metal Magnetic Particles Designed Specifically for DVCPRO Recording
- Superior Transport Stability, Durability and Storage Characteristics
- Easy-to-Handle, High-Precision, High-Rigidity Cassette Shells