Seagate 1680, 2250 manual

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Marathon 2250 and Marathon 1680 Product Manual

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When the standby timer expires, the drive makes the transition to the Standby mode. The drive requires approximately 100–200 msec to return to Active mode from Idle mode.

Standby mode. The drive enters Standby mode when the host sends a Standby or Standby Immediate command. If the standby command has set the standby timer, the drive enters Standby mode automatically after the drive has been inactive for the specified length of time. In Standby mode, the buffer remains enabled, the heads are parked and the spindle is at rest. The drive accepts all commands and returns to Active mode any time a disc access command is received. The drive requires approximately 3 seconds to return to Active mode from Standby mode.

Sleep mode. The drive enters Sleep mode only after receiving a Sleep command from the host. The heads are parked and the spindle is at rest. The ROM and RAM codes are valid; however, the cache is flushed before going to sleep. The drive leaves Sleep mode when either a Hard Reset interface signal or a Soft Reset signal (Device Control register=04) is received from the host. After receiving a Soft Reset, the drive exits Sleep mode and enters Standby mode, with all current emulation and transla- tion parameters intact. After receiving a Hard Reset signal, the drive exits Sleep mode and enters Active mode. The drive is reinitialized to the default parameters. This is the same procedure as initial power-on and requires approximately 7 seconds to complete.

Idle and standby timers. The drive sets the default time delay for the idle timer at power-on to 5 seconds. If the idle timer reaches zero before any drive activity is required, the drive makes a transition to Idle mode. Each time the drive performs an Active function (read, write or seek), the idle and standby timers are reinitialized and begin counting down from their specified delay times to zero. If the standby timer has been set and no additional drive activity occurs, the drive remains in Idle mode for the time specified in the standby timer, then enters Standby mode.

If the host has not set the standby timer and no additional drive activity occurs, the drive remains in Idle mode for 30 minutes, then enters standby mode. In both Idle and Standby mode, the drive accepts all commands and returns to Active mode when disc access is necessary.

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Contents Marathon ATA Interface Drives Page Product Manual Page Contents ATA Attachment-3 Interface ATA-3 Drive mounting and configurationAppendix. Compatibility Notes Figures Marathon 2250 and Marathon 1680 Product Manual Introduction Drive Specification Marathon 2250 1680 Specification summary tableRead/Write power and current typical Marathon 2250 and Marathon 1680 Product Manual Supported CHS translation geometries Drive specificationsDefault logical geometry Formatted capacityRecording and interface technology Physical organizationMsec Physical characteristicsSeek time Seek type Typical readStart times Power specificationsPower consumption Watts Amps Mode At nominal voltageTypical current profile Power recoveryConducted noise Mode Heads Spindle Buffer Power-management modesVoltage tolerance Page Humidity Relative humidity Environmental tolerances Ambient temperatureTemperature gradient Wet bulb temperatureOperating vibration Operating shockNonoperating shock VibrationReliability Mode TypicalNonoperating vibration Drive acousticsElectromagnetic Compatibility Agency certification Safety certificationFCC verification Marathon 2250 and Marathon 1680 Product Manual Handling and static-discharge precautions Drive mounting and configurationJumper settings Master/slave configuration Pin Jumper For pins ConfigurationDrive mounting Remote LED configurationA40 A39 To tips of I/O connector pins Dim Description Inches Mounting dimension specificationsMounting dimension specifications Dimensions are in inches mm ATA interface connectorMarathon 2250 and Marathon 1680 Product Manual AT bus signal levels ATA interface signals and connector pinsATA Attachment-3 Interface ATA-3 O pins and supported ATA signals C4H ATA Interface commands Supported ATA commandsDrive Security Commands Command Supported by Marathon Command name CodeATA-standard power-management commands Word Description Contents Identify Drive commandXxxx H Word Bit Description if bit is set to Set Features command Page 4 S.M.A.R.T. commands Drive-Security commands Marathon 2250 and Marathon 1680 Product Manual Appendix. Compatibility notes ECC testingPage

2250, 1680 specifications

Seagate, a leader in data storage solutions, has consistently pushed the boundaries of technology to meet the demands of a rapidly evolving digital landscape. Among its innovative offerings, the Seagate 1680 and 2250 drives stand out, showcasing advanced features and high performance tailored for both personal and professional use.

The Seagate 1680 is a robust storage solution designed primarily for high-capacity needs. With a storage capacity reaching up to 16TB, it serves as an excellent choice for users requiring significant space for large files, backups, and multimedia content. This drive is particularly appealing for creatives and professionals in industries like video production and graphic design, where data management is pivotal.

On the other hand, the Seagate 2250 takes performance a step further, boasting up to 22TB of storage. This drive leverages Seagate's latest technology, including the innovative HAMR (Heat-Assisted Magnetic Recording) for enhanced storage densities. HAMR allows for more data to be stored in a single platter, resulting in increased capacity without compromising speed or reliability.

Both models support USB 3.2 interface, ensuring fast data transfer rates. With read speeds that can reach up to 250MB/s, users can effortlessly transfer large files, enhancing productivity and workflow efficiency. The drives also feature built-in security options that protect sensitive data through hardware encryption, making them suitable for businesses and individuals keen on maintaining data integrity and confidentiality.

In terms of durability, both the Seagate 1680 and 2250 are built to withstand high usage environments. They come equipped with features such as shock resistance and data recovery options, thus minimizing the risk of data loss due to accidental drops or technical failures.

Additionally, these drives are optimized for multi-device compatibility, offering seamless integration with various operating systems and applications. Users can easily connect the drives to PCs, laptops, and gaming consoles, ensuring that their data is accessible whenever needed.

In summary, the Seagate 1680 and 2250 represent the cutting edge of data storage technology, combining massive storage capacities with high-speed performance and robust security features. Whether for personal or professional use, these drives meet diverse storage needs, making them a valuable addition to any tech setup.
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