Maxtor 96147H6, 98196H8 specifications Physicalsector

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PHASEMARGIN

Measure in degrees of the amount of difference between excursions from the window center where flux reversals can occur and the edge of the data window. Similar to window margin.

PHYSICALSECTOR

The smallest grouping of data on the hard disk; always 512 bytes.

PIO

Programmable Input Output. A means of accessing device registers. Also describes one form of data transfers. PIO data transfers are performed by the host processor using PIO register accesses to the data register.

PLATEDTHINFILMMEDIA

Magnetic disk memory media having its surface plated with a thin coating of a metallic alloy instead of being coated with oxide.

PROCESSING

The process of the computer handling, manipulating and modifying data such as arithmetic calculation, file lookup and updating, and word pressing.

PULSECROWDING

Modification of playback amplitude due to super-positioning of adjacent flux reversal fields being sensed by the read/write gap.

PULSEDETECT

A digital pulse train in which each leading edge or each edge corresponds to a magnetic transition read from the disk. If transition qualification circuitry exists in the drive, this signal is the output of same. Also known as transition detect.

R

RANDOMACCESSMEMORY(RAM)

Memory designed so that any storage location can be accessed randomly, directly and individually. This is contrasted to sequential access devices such as tape drives.

READ

To access a storage location and obtain previously recorded data. To sense the presence of flux reversals on magnetic media. Usually implemented such that a dynamic flux amplitude will cause a proportional electrical output from the transducer.

READGATESIGNAL

A digital input signal which causes the drive circuitry to recover data.

READONLYMEMORY(ROM)

A form of memory which cannot be changed in formal operational modes. Many different types are available. RAM is used for permanent information storage. Computer control programs are often stored in ROM applications.

READ/WRITEHEAD

The recording element which writes data to the magnetic media and reads recorded data from the media.

RE-CALIBRATE

The action of moving the head of a disk drive to cylinder zero.

RECOVERABLEERROR

A read error, transient or otherwise, falling within the capability of an ECC mechanism to correct, or able to overcome by rereading the data in question.

ROTATIONALLATENCY

The amount of delay in obtaining information from a disk drive attributable to the rotation of the disk.

RUN-LENGTHLIMITED

An encoding process that repositions data bits and limits the length of zero bits in order to compress information being stored on disks.

RUN-LENGTHLIMITEDENCODING

A recording code. Sometimes meant to denote “2.7 RLL” which can signify 1.5 times the bits as MFM, given the same number of flux reversals in a given lineal distance.

GLOSSARY

S

SECTOR

A logical segment of information on a particular track. The smallest addressable unit of storage on a disk. Tracks are made of sectors.

SECTORPULSESIGNAL

A digital signal pulse present in hard sectored drives which indicates the beginning of a sector. Embedded servo pattern or other prerecorded information may be present on the disk when sector is active.

SEEK

A random access operation by the disk drive. The act of moving a set of read/write heads so that one of them is over the desired cylinder. The actuator or positioner moves the heads to the cylinder containing the desired track and sector.

SEEKCOMPLETESIGNAL

A digital signal level which indicates that the positioner is not moving and is located over a cylinder or offset position.

SEEKTIME

The amount of time between when a step pulse or seek command is issued until the head settles onto the desired cylinder. Sometimes is measured without settling times.

SEQUENTIALACCESS

The writing or reading of data in a sequential order such as reading data blocks stored one after the other on magnetic tape. This is contrasted to random access of information.

SERVOBURST

A momentary servo pattern used in embedded servo control systems usually positioned between sectors or at the end of a track.

SERVOCONTROL

A technique by which the speed or position of a moving device is forced into conformity with a desired or standard speed or position.

SERVOHEAD

A magnetic head designed specifically for accurately reading servo data.

SERVOPATTERN

A readback signal that indicates the position of a head relative to a track.

SERVOSURFACE

A recording surface in a multi-surface disk drive that only contains control information which provides timing, head position, and track- following information for the data surfaces.

SERVOSYSTEM

An automatic system for maintaining the read/write head on track; can be either “open loop,” “quasi-closed loop,” or “closed loop.”

SERVOTRACK

A track on a servo surface. The prerecorded reference track on the dedicated servo surface of a disk drive. All data track positions are compared to their corresponding servo track to determine “off track”/”on track” position.

SETTLINGTIME

The time it takes a head to stop vibrating, within specified limits, after it reaches the desired cylinder.

SILICON

Semiconductor material generally used to manufacture microprocessors and other integrated circuit chips.

SMALLCOMPUTERSYSTEMINTERFACE(SCSI)

An intelligent interface that incorporates controller functions directly into the drive.

S.M.A.R.T.CAPABILITY

Self-Monitoring Analysis and Reporting Technology. Prediction of device degradation and/or faults.

GL – 5

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Contents Hard Disk Drive Specifications Models 98196H8 and 96147H6 Revisions U T I O N Before You BeginContents Handling and Installation Product SpecificationsInterface Commands AT Interface DescriptionHost Software Interface Glossary Service and SupportFigures Abbreviations IntroductionMaxtorCorporation ManualOrganizationConventions Product Description KeyFeaturesProduct Features Functional / InterfaceMOD ELS CYL SPT MAX L BA Apac IT Y CacheManagement MajorHDAComponents SubsystemConfiguration Jumper Location / ConfigurationCylinderLimitationJumperDescription ModelsandCapacities ProductSpecificationsDriveConfiguration PerformanceSpecificationsAram E TE R Stan D ARD ME T RIC PhysicalDimensionsmaximumEnvironmentalLimits PowerRequirementsPowerModeDefinitions EPA Energy Star ComplianceReliabilitySpecifications Shock and VibrationParam E TE R OP ER AT ING ON- OPE R AT ING EMC/EMI SafetyRegulatoryComplianceHandlingandInstallation HardDriveHandlingPrecautionsElectro-StaticDischargeESD Multi-pack Shipping Container UnpackingandInspectionRepacking PhysicalInstallationHook up Before You BeginStart up Set upPIN IGN AL InterfaceConnectorATInterfaceDescription PinDescriptionSummaryPin Description Table PIN Name Signal Name Signal Desc RiptionPIO Timing IM in G Paramet ERS ModeDMATiming Imin G Paramet ERS ModeMode Ultra DMA TimingSustained Ultra DMA Data In Burst Device Terminating an Ultra DMA Data In Burst Initiating an Ultra DMA Data Out Burst Device Pausing an Ultra DMA Data Out Burst Device Terminating an Ultra DMA Data Out Burst HostSoftwareInterface Task File RegistersPOR T EAD WR ITE Conten TS LBA Bits CommandRegister M M a N D N a M E M M a N D code PA R a M E T E R S U S E D SummaryControl Diagnostic Registers Reset and Interrupt Handling InterfaceCommands ReadCommands Read DMA WriteCommands Write Multiple ModeSet/CheckCommands VAL UE DES C RIP TionLE VE L VAL UE Omman D Timer VAL UE TIME-OUT Period PowerModeCommandsSleep Mode Or D ENT Desc Ription InitializationCommandsOr D 15- 10, as c urrently defined Initialize Drive Parameters ER ROR Code Desc Ription Seek,FormatandDiagnosticCommandsKey Register A.R.T. CommandSetSupport ServiceandSupportServicePolicy NoQuibbleServiceFrom Dial Glossary AccesstimeCorrectableerror Fetch Landingzoneorlzone Physicalsector Softerror

96147H6, 98196H8 specifications

The Maxtor 98196H8 and 96147H6 are notable hard drive models that were part of Maxtor's diverse range of storage solutions. Both models were designed to cater to various computing needs and display characteristics that made them reliable, high-performance options during their time in the market.

The Maxtor 98196H8 is a 19.1 GB hard drive that utilizes the IDE interface, which is known for its ease of use and compatibility with a broad range of motherboards. This model features a rotational speed of 5400 RPM, striking a balance between performance and power consumption. With a data transfer rate of up to 33 MB/s, the 98196H8 is capable of efficiently handling average workloads, making it suitable for everyday computing tasks such as word processing, web browsing, and media playback.

One standout characteristic of the 98196H8 is its shock protection technology, which enhances durability and reduces the risk of data loss from accidental drops. The drive uses fluid dynamic bearing (FDB) motors for quieter operation and increased reliability. Additionally, Maxtor's proprietary technology, including the SoftSonic feature, allows for reduced operational noise levels, making it an appealing choice for users who prioritize a quiet working environment.

On the other hand, the Maxtor 96147H6 boasts a slightly larger capacity of 14.7 GB and shares similar interface traits and rotational speed as the 98196H8. With a focus on providing reliable storage for desktop applications, this model leverages Maxtor's advanced data recovery solutions, which help ensure that users can restore lost data in the event of drive failures. Its high-capacity storage makes it well-suited for users dealing with larger files or needing additional space for various applications and media.

Both models are equipped with Maxtor's Error Recovery Control technology, which actively manages potential read/write errors, ensuring data integrity during storage and retrieval processes. This is especially beneficial for users handling critical information or relying on the storage for important projects.

In conclusion, the Maxtor 98196H8 and 96147H6 hard drives exemplified Maxtor's dedication to creating dependable storage solutions for consumers. With their variety of capacities, advanced technologies, and characteristics tailored to improve reliability and performance, they served many users well during their availability in the market.