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Sony EM59100CWW 14x 9.1GB 5.25-in Magneto Optical Media Rewritable
- Capacity: 9.1 GB
- Form Factor: 5.25-inch
- Media Type: Rewritable Magneto-Optical (MO)
- High-density storage for large datasets
- Supports multiple rewrites for data flexibility
- Durable and reliable for professional archiving
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Product Overview
The Sony EM59100CWW is a 5.25-inch rewritable magneto-optical (MO) disk media with a capacity of 9.1GB. It is designed for high-density data storage and offers the ability to rewrite data multiple times. This media provides a robust and high-capacity solution for professional archiving and backup needs.
Technical Information
| Capacity | 9.1 GB |
| Form Factor | 5.25-inch |
| Media Type | Rewritable Magneto-Optical |
Additional Specifications
| Brand | Sony |
| Model | EM59100CWW |
Product Description
The Sony EM59100CWW is a high-capacity 5.25-inch rewritable magneto-optical (MO) disk media, offering an impressive 9.1GB of storage space. This media was a significant advancement in removable storage technology, designed for professionals and organizations that required substantial storage for large datasets, complex projects, and extensive archives. The rewritable capability allows for efficient data management, enabling users to update, delete, and rewrite data multiple times, making it a versatile and cost-effective solution. Magneto-optical technology combines the benefits of optical and magnetic storage. It uses a laser to heat the disk surface, allowing a magnetic head to write data by changing the magnetic orientation of the heated area. This method provides high data density, fast read/write speeds (for its time), and excellent media longevity. MO disks are also known for their resistance to magnetic fields and environmental degradation, making them ideal for long-term data archiving and ensuring data integrity over many years. The EM59100CWW was intended for use with compatible 5.25-inch MO drives, which were common in high-end workstations and servers during the late 1990s and early 2000s. Its large capacity and rewritable nature made it a preferred choice for applications such as digital imaging, video production, scientific data storage, and enterprise backups. The media offered a reliable and robust platform for safeguarding critical information.
