What is Seagate Surveillance HDD Sky Hawk AI 3.5" 18000 GB Serial ATA III? At the lowest price MI ATLANTIC EU

 Seagate hard drives Sky Hawk AI:

Compared with the old-style (parallel) ATA border, the serial  Seagate Surveillance ATA interface has several compensations. The main compensations comprise easy to install and organize, with true plug-and-play connectivity. No necessity to set any athletes or other configuration options. Solvent and more flexible cabling, which can recover the airflow of the cabinet and is easy to connect. Climbable to a higher presentation level.

In addition, Serial ATA makes it easy to change from Parallel ATA by if traditional software support. Serial ATA is envisioned to allow users to install Serial ATA host connectors and Serial ATA disk drives in their current schemes and expect all existing requests to work properly.

The Serial ATA border connects each disk drive to the Serial ATA host connecter in a point-to-point shape. Serial ATA devices do not have a master/slave association like parallel ATA. If two drives are linked to a serial ATA host adapter, the host working system will treat the two plans as "master devices" on two separate ports.

Notes:

The host connecter can choose to simulate the master/slave setting of the host software, in which two devices on a separate serial ATA port are signified as host software, as device 0 (master) and device 1 (slave) retrieved on the same host address. A host connecter that simulates a master/slave situation manages two sets of shadow lists.

This is not a characteristic Serial ATA situation. Serial ATA host adapters and drives share the aptitude to simulate the conduct of parallel ATA devices to provide retrograde compatibility with existing host systems and software. Knowledge and control block catalogs, PIO and DMA data transfer reset, and interjects are all replicated.

Drive specifications:

Unless then stated, all specifications are slow under ambient conditions, 25°C, and insignificant control. For suitability, the terms drive and this drive are used in this physical to refer to the Sky Hawk AI Serial ATA drive perfect.

Start/stop time:

The boot-to-ready time is based on typical working conditions, the default full-current startup curve, and a clean closure before dimension. To ensure complete closure, the flush cache, reserve, or direct standby command must be completed before eliminating the power from the interface.

Unforeseen power outage events, starting in dangerous cold or hot infections may cause the drive to exceed the typical and all-out preparation time by 5 to 20 seconds. The lengthy ready time depends on the state of the cache and ecological conditions before the unexpected power outage and during the following power-on period.

Use one of the following two methods to call Power Choice:

·         Involuntary power conversion is triggered by the expiration of various power disorder timers. You can use the Lengthy Power Condition (EPC) feature set to modify and enable these timer values ​​using a standardized setting purpose command border.

·         You can use the EPC location function "Go to Power Condition" sub-command to initiate an instant power change commanded by the host to enter any reinforced power condition. The old-style power commands Reserve Immediate and Idle Immediate also provide a way to straight convert the drive to a supported control condition.

Annual disappointment rate (AFR) and mean time among failures (MTBF):

Under the nursing and storage site circumstances subject to the following limits, the production disk drive should achieve an annualized disappointment rate of 0.44% (MTBF of 2,000,000 hours) within a 5-year service life:

• Ambient wet bulb fever <= 26°C

• 8760 times of turn-on time per year.

• HDA temperature stated by the drive <= 30°C

• Characteristic workload  AFR (MTBF) is the overall arithmetical data that has nothing to do with a single component

• ANSI/ISA S71.04-2013 G2 organization-level and dust pollution obey with ISO 14644-1 Class 8 standard (measured on the device)

The drive's MTBF requirement assumes that the operating environment is designed to maintain the nominal drive fever and humidity. The operating conditions between the rated MTBF circumstances and the maximum drive operating situations may occasionally deviate, but they will not have a significant impact on the rated MTBF.

Corrosive environment:

Users should be careful to expose any automatic components to uncontrolled chemical contaminants and corrosive chemicals because the reliability of electric drive components will be pretentious by the installation setting. The silver, copper, nickel, and gold films used in hard disk drives are particularly sensitive to the presence of sulfide, chloride, and nitrate contaminants.

Sulfur was found to be the most unhelpful. Materials used in cabinet industrial, such as vulcanized rubber, should minimize or eliminate gases that can release corrosive compounds. The service life of any electronic device can be extended by replacing the material near the journey with a sulfide-free extra.