SAS Hard Disk Drives Market Introduction
In a SAS Hard Disk Drives, SAS refers to the interface and is used to transfer data to and from hard disk drives. SAS stands for Serial Attached SCSI. The market for the SAS hard disk drives increased significantly in the last decade after it became evident that it became very difficult to improve upon data transfer speeds based on Parallel SCSI interface.
The unparalleled increasing demand to store data is undisputable. The need to store data spans different applications and environments — each with their own unique requirements. Thus, with continuously developing requirements of the end-users, there is a constant demand for HDD products featuring higher storage capacity as well as performance.
SAS Hard Disk Drives Market- Competitive Landscape
In January 2019, Toshiba Corporation announced industry’s first hard drive featuring a 16 TB capacity. It features a 512 MB DRAM buffer, 7200 RPM spindle speed, and a SAS 12 Gbps interface or SATA 6 Gbps (on the basis of model)
Toshiba Electronic Devices & Storage Corporation
Toshiba Electronic Devices & Storage Corporation offers storage products, ASSPs, sensors, microcomputer products, MOSFETs, optical semiconductor devices, diodes, wireless communication equipment integrated circuits, bipolar transistors/IGBTs/IEGTs, brushless DC motors, logic and linear integrated circuits, and radio-frequency devices. It operates as a subsidiary of Toshiba Corporation
Seagate Technology plc.
Established in 1979, Seagate Technology plc offer solid state drives (SSDs) and hard disk drives including serial attached small computer system interface and non-volatile memory express SSDs.
Western Digital Technologies Inc.
Established in 1986, Western Digital Technologies, Inc. develops and manufactures storage solutions. The Company offers desktop, portable drives, mobile, data center, surveillance, workstation hard drives, and internal drive kits.
Improved Reliability, Performance, and Cost Driving Demand for SAS Hard Disk Drives
As compared to SATA, SAS drives are designed with more robust mechanical components which aids them to operate for a longer time without failure. Also, they are less susceptible to rotational vibration. Furthermore, only SAS supports validation from the host to physical storage media. Additionally, only SAS supports full SCSI command set, full duplex I/O, and dual path connectivity. Owing to these features, the data can be transferred quickly and accurately.