Toshiba AL Series Performance 600GB SAS AL15SEB06EQ Enterprise Drive

For business systems, failure just isn’t an option – so when you have mission-critical applications you need storage solutions that meet your needs. Toshiba AL Series Performance 600GB SAS AL15SEB06EQ Hard Drive – AL Series delivers high storage densities with rapid data transfer speed, backed up by a 5-year warranty. You can trust the AL Series to deliver day in and day out, 24/7, even in the most demanding high-performance server and storage systems.

Especially when traffic is high, the Toshiba AL Series Performance 600GB SAS AL15SEB06EQ hard drives have the speed needed to perform simultaneous transactions smoothly and efficiently. Toshiba AL Series Performance 600GB SAS AL15SEB06EQ has Additionally, proprietary technologies like the Toshiba Persistent Write Cache Technology and crypto options provide the assurance that your data will stay in safe hands.

Use for:
• Enterprise server and storage systems
• Business database server with high workloads
• Big data analytics
• Virtualized storage systems

• 2.5” SAS Hard Drive
• Dual-port SAS interface
• 24/7 operation
• Unlimited workload (TB/year)
• MTTF of 2 mill. hours
• Persistent Write Cache technology
• Flexibility in block size and SIE and SED options
• 5-year warranty

With a range of capacities starting at 300 GB and reaching 2.4 TB and flexible, advanced technology options the Toshiba AL Series Performance 600GB SAS AL15SEB06EQ offers the right solution for demanding high-performance and mission-critical enterprise applications.

Because data never sleeps, your storage solutions need to be ready at any time of the day or night, 24/7. We understand that your company needs to be ready to perform demanding business server operations, that’s why the Toshiba AL Series Performance 600GB SAS AL15SEB06EQ delivers high performance at a workload of 550 TB/year and comes with a 128 MB cache. The Toshiba AL Series Performance 600GB SAS AL15SEB06EQ is specifically engineered for mission-critical IT operations, where low latency is of highest priority.