Verbatim BD-RE DL 50GB 2 x 5 balenie jewel case 5 ks

Verbatim BD-RE DL 50GB (model 43760) are rewritable Blu-ray discs with a native capacity of 50 GB per disc and a blue laser wavelength of 405 nm. Supplied as a 5-pack in jewel cases, these BD-RE DL media support recording, rewriting and playback of high-definition video and large data sets, and are suitable for archiving important files, movies and other content that requires high-capacity optical storage.

Advantages

These BD-RE DL discs provide higher storage density than standard DVD media thanks to blue-laser technology, offering up to 50 GB on dual-layer media and rewritability for flexible reuse. The Verbatim discs are designed for reliable performance and durability, and the jewel-case 5-pack helps protect discs during storage and transport.

Suitable for

• Archiving high-definition video and movies
• Backing up large data sets and project files
• Creating rewritable optical backups for long-term storage
• Transporting or sharing large files in physical media form

Key specifications

• Brand: VERBATIM
• Model / MPN: 43760
• Format: BD-RE DL (rewritable, dual layer)
• Capacity: 50 GB (native per disc)
• Write speed: up to 2x
• Wavelength: 405 nm (blue laser)
• Pack size: 5 discs in jewel cases
• EAN: 0023942437604

How to use

Insert a Verbatim BD-RE DL disc into a compatible Blu-ray drive that supports BD-RE DL media. Use compatible burning or authoring software to erase, record, or rewrite data at the supported 2x write speed. Verify that your playback device or drive supports dual-layer BD-RE format for successful reading of recorded content. Handle discs by the edges and keep them in the provided jewel cases when not in use to reduce the risk of scratches or contamination.

Recommendations

For dependable results, use a Blu-ray drive and software that explicitly list support for BD-RE DL media, allow finalization when required for playback devices, and store discs horizontally in a dry, dust-free environment. Avoid exposure to direct sunlight and extreme temperatures to preserve recorded data integrity.