MCR3230SS Magneto Optical Drives 4
| Part | RoHS | Manufacturer | Product Color | Brand Name | Product Line | Product Model | Product Type | Storage Capacity | Data Transfer Rate | Drive Supported | Buffer | Limited Warranty | Platform Supported | Depth | Packaged Quantity | Form Factor | Access Time | Width | Bays Required | USB | Media Capacity | SCSI | Rack Height | Weight (Approximate) | Disk Sector Size | Product Condition | Input Voltage | Latency | Disk Size | Height | Product Name |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
Fujitsu |
Fujitsu |
MCR3230SS |
Magneto Optical Drive |
2.3 GB |
2.07 MB/s, 6.21 MB/s, 5 MB/s, 20 MB/s |
Read/Write |
7600 KB |
1 Year |
150 mm |
20 |
Internal |
101.6 mm |
1 |
2.3 GB |
Yes |
480 g |
2048 Byte |
3.5" |
25.4 mm |
MCR3230SS Magneto Optical Drive |
|||||||||||
|
Fujitsu |
Fujitsu |
MCR3230SS |
Magneto Optical Drive |
2.3 GB |
20 MB/s |
Read/Write |
8 MB |
1 Year |
150 mm |
Internal |
101.6 mm |
1 |
2.3 GB |
Yes |
480 g |
2048 Byte |
5 V DC |
8.2 ms |
3.5" |
25.4 mm |
MCR3230SS Magneto Optical Drive |
||||||||||
|
Fujitsu |
Fujitsu |
MCR3230SS |
Magneto Optical Drive |
2.3 GB |
8.39 MB/s, 2.07 MB/s, 6.21 MB/s |
Read/Write |
7600 KB |
PC |
150.0 mm |
1 |
Internal |
23 Second |
101.6 mm |
1 |
2.3 GB |
Yes |
480 g |
2048 Byte |
5 V DC |
8.2 ms |
3.5" |
25.4 mm |
MCR3230SS Magneto Optical Drive |
||||||||
|
Fujitsu |
Fujitsu |
MCR3230SS |
Magneto Optical Drive |
2.3 GB |
2.07 MB/s, 6.21 MB/s, 5 MB/s, 20 MB/s |
Read/Write |
7600 KB |
1 Year |
5.9 " |
24 |
Internal |
4 " |
1 |
2.3 GB |
Yes |
1.1 lb |
2048 Byte |
3.5" |
1 " |
MCR3230SS Magneto Optical Drive |
Magneto-optical drives are storage devices that use a combination of magnetic and optical technologies to read and write data to magneto-optical disks. These drives were popular in the 1990s for their high-capacity storage and data reliability. Magneto-optical disks use a magneto-optical layer to store data magnetically, which can then be read and written using a laser beam. These drives were commonly used for data backup, archival, and document storage in industries such as healthcare, finance, and government where data integrity and longevity are critical.