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<p>This international standard defines the mechanical, electrical, timing, and protocol requirements of the</p>
<p>SCSI parallel interface to allow conforming devices to interoperate. The SCSI parallel interface is a local</p>
<p>I/O bus that may be operated over a wide range of transfer rates. The objectives of the SCSI parallel</p>
<p>interface are</p>
<p>a) To provide host computers with device independence within a class of devices. Thus, different disk</p>
<p>drives, tape drives, printers, optical media drives, and other devices may be added to the host</p>
<p>computers without requiring modifications to generic system hardware. Provision is made for the</p>
<p>addition of special features and functions through the use of vendor-specific options. Reserved areas</p>
<p>are provided for future standardization.</p>
<p>b) To provide compatibility such that properly conforming SCSI-2 devices may interoperate with</p>
<p>SCSI-3 devices given that the systems engineering is correctly done. Properly conforming SCSI-2</p>
<p>devices should respond in an acceptable manner to reject SCSI-3 protocol extensions. SCSI-3</p>
<p>protocol extensions are designed to be permissive of such rejections and thus allow the SCSI-2</p>
<p>devices to continue operation without requiring the use of the extension.</p>
<p>The interface protocol includes provision for the connection of multiple initiators (SCSI devices capable of</p>
<p>initiating an I/O process) and multiple targets (SCSI devices capable of responding to a request to perform</p>
<p>an I/O process). Distributed arbitration (i.e., bus-contention logic) is built into the architecture of SCSI. A</p>
<p>default priority system awards interface control to the highest priority SCSI device that is contending for</p>
<p>use of the bus and an optional fairness algorithm is defined.</p>
<p>This standard defines the physical attributes of an input/output bus for interconnecting computers and</p>
<p>peripheral devices.</p>
<p>Figure 1 is intended to show the general structure of SCSI standards. The figure is not intended to imply a</p>
<p>relationship such as a hierarchy, protocol stack, or system architecture.</p>
<p>Common Access Method</p>
<p/>
<p/>
<p/>
<p/>
<p/>
<p> <b>Figure 1 - General Structure of SCSI</b></p>
<p>This international standard is intended as an alternate to the SCSI-3 Parallel Interface Standard. This</p>
<p>international standard, in addition to containing all the information in the SCSI-3 Parallel Interface Standard</p>
<p>contains information and specifications for LVD and fast-40 along with many other improvements.</p>
Reģistrācijas numurs (WIID)
35308
Darbības sfēra
<p>This international standard defines the mechanical, electrical, timing, and protocol requirements of the</p>
<p>SCSI parallel interface to allow conforming devices to interoperate. The SCSI parallel interface is a local</p>
<p>I/O bus that may be operated over a wide range of transfer rates. The objectives of the SCSI parallel</p>
<p>interface are</p>
<p>a) To provide host computers with device independence within a class of devices. Thus, different disk</p>
<p>drives, tape drives, printers, optical media drives, and other devices may be added to the host</p>
<p>computers without requiring modifications to generic system hardware. Provision is made for the</p>
<p>addition of special features and functions through the use of vendor-specific options. Reserved areas</p>
<p>are provided for future standardization.</p>
<p>b) To provide compatibility such that properly conforming SCSI-2 devices may interoperate with</p>
<p>SCSI-3 devices given that the systems engineering is correctly done. Properly conforming SCSI-2</p>
<p>devices should respond in an acceptable manner to reject SCSI-3 protocol extensions. SCSI-3</p>
<p>protocol extensions are designed to be permissive of such rejections and thus allow the SCSI-2</p>
<p>devices to continue operation without requiring the use of the extension.</p>
<p>The interface protocol includes provision for the connection of multiple initiators (SCSI devices capable of</p>
<p>initiating an I/O process) and multiple targets (SCSI devices capable of responding to a request to perform</p>
<p>an I/O process). Distributed arbitration (i.e., bus-contention logic) is built into the architecture of SCSI. A</p>
<p>default priority system awards interface control to the highest priority SCSI device that is contending for</p>
<p>use of the bus and an optional fairness algorithm is defined.</p>
<p>This standard defines the physical attributes of an input/output bus for interconnecting computers and</p>
<p>peripheral devices.</p>
<p>Figure 1 is intended to show the general structure of SCSI standards. The figure is not intended to imply a</p>
<p>relationship such as a hierarchy, protocol stack, or system architecture.</p>
<p>Common Access Method</p>
<p/>
<p/>
<p/>
<p/>
<p/>
<p> <b>Figure 1 - General Structure of SCSI</b></p>
<p>This international standard is intended as an alternate to the SCSI-3 Parallel Interface Standard. This</p>
<p>international standard, in addition to containing all the information in the SCSI-3 Parallel Interface Standard</p>
<p>contains information and specifications for LVD and fast-40 along with many other improvements.</p>
