QNAP Debuts TS-x19P+ Series Of Affordable Turbo NAS Servers
QNAP Systems today announced the TS-x19P+ lineup of affordable Turbo NAS servers targeted primarily for home and SOHO users. The new models utilize Marvell's new 1.6GHz embedded processor and include 512MB of DDRIII memory and Gigabit LAN ports, mustering up transfer rates exceeding 100MB/sec and offering a unique blend of performance and features at very affordable price points. The new models include the 1-drive TS-119P+, 2-drive TS-219P+ and 4-drive TS-419P+. With up to 8TB of networked storage, the TS-x19P+ series NAS servers combine an attractive industrial design, outstanding performance, consumer-friendly features, and above all, legendary QNAP quality and reliability.

NAS servers are becoming a popular addition to home and SOHO networks as they solve the problem of how to share digital pictures, music, and videos among computers in the home without resorting to a USB keychain drive. QNAP's new TS-x19P+ models are easy to attach to an existing home network and provide easy file sharing between PCs, Macs, Linux, and UNIX-based computers. QNAP's TS-x19P+ NAS servers can also provide automatic backup of all computers on the network, host websites, record home security surveillance video from IP cameras on the network, be a UPnP-compliant media server, and act as a stand-alone file server for BT/FTP/HTTP and eMule downloads.
Leveraging more than 50 years of design and qualification experience, Hitachi Global Storage Technologies (Hitachi GST) today announced its new Ultrastar solid state drive (SSD) family. The new Ultrastar SSD400S family comes in 100GB, 200GB and 400GB capacities, featuring both 2.5-inch 6Gb/s Serial Attached SCSI (SAS) and 3.5-inch 4Gb/s Fibre Channel (FC) interfaces. As the world’s first jointly developed SAS and FC enterprise-class SSDs, the Ultrastar SSD400S family combines Hitachi’s proven enterprise hard disk drive (HDD) expertise with Intel®’s extensive capabilities in developing high-endurance 34-nanometer (nm), single-level cell (SLC) NAND flash memory and advanced SSD technology. This combination provides unique value to customers who are increasingly looking to tiered storage as a method of managing the escalating performance, capacity, endurance and reliability demands of today's data centers.

