Arkeia Software CEO Bill Evans has watched Symantec roll out a steady stream of backup appliances over the last year, and he asks, “What took so long?”
By submitting your personal information, you agree that TechTarget and its partners may contact you regarding relevant content, products and special offers.
Arkeia began delivering its backup software on appliances four years ago, and this week launched its third generation of appliances. They include the data deduplication that Arkeia added to its software a year ago, solid state drives (SSDs) to accelerate updates to the backup catalog, and up to 20 TB of internal disk on the largest model.
“Since 2007, we’ve been telling everybody that appliances would be big,” Evans said. “Symantec has validated the market for us.”
Evans said about 25% of Arkeia’s customers buy appliances. Because they take less time to set up and manage, he said appliances are popular in remote offices and among organizations without much IT staff.
The new appliances are the R120 (1 TB usable), the R220 (2 TB, 4 TB or 6 TB), the R320 (8TB or 16 TB) and the R620 (10 TB or 20 TB). The two smaller models include optional LTO-4 tape drives while the two larger units support 8 Gbps Fibre Channel to move data off to external tape libraries and RAID 6. They all include Arkeia Network Backup 9 software and built-in support for VMware vSphere. Arekeia’s progressive dedupe for source and target data is included with the R320 and R620, and optional with the R220. Pricing ranges from $3,500 for the R120 to $47,000 to the R620 with 20 TB.
The R620 includes 256 GB SSDs, enough to manage the backup catalog. “We would never put backup sets on SSDs, that would be too expensive,” Evans said. “But it makes sense to use SSDs to manage our catalog, which is a database of our backups. The catalog is random, and updating the catalog could be a performance bottleneck.”
“If we were simply a cloud gateway and combined SSDs and disk in a single package, we wouldn’t know what incoming data should live on SSD and what should live on disk. It all looks the same. Because we wrote the [backup] application, we could say ‘this data lives on disk and this data lives on SSD.’”
For disaster recovery, the appliances can be used to boot a failed machine by downloading software from a backup server to the failed machine. The appliances can also replicate data to cloud service providers.