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Overview |
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The SCSI (Small Computer System Interface) interface is the workhorse of the computing industry. Over the years the interface has evolved to keep pace with system requirements. The data path has been widened and transfer speeds have been increased.
SCSI has evolved continuously through the years. As SCSI technology evolved, it moved from single-ended (SE) signaling to differential signaling (high voltage differential) which provides for faster speeds, longer cables lengths, improved noise immunity and on to Low Voltage Differential (LVD). LVD fulfills the need for speed and does so with seamless backward and forward compatibility. The robust LVD design significantly enhances SCSI I/O performance, power consumption, data integrity, and device connectivity. Multimode cables can operate in either low voltage differential, high voltage differential (HVD) or single-ended (SE) modes of operation.
Product
number |
Technology |
Connector |
Gender |
Length |
Buy online |
| C2978B |
SCSI Cable LVD, HVD or SE (Multimd) |
HDTS68 |
M/M |
0.5m |
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| C2911C |
SCSI Cable LVD, HVD or SE (Multimd) |
HDTS68 |
M/M |
1m |
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| C2924C |
SCSI Cable LVD, HVD or SE (Multimd) |
HDTS68 |
M/M |
2.5m |
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| C2361B |
SCSI Cable LVD, HVD or SE (Multimd) |
VHDTS68/HDTS68 |
M/M Adptr |
1m |
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| C2362B |
SCSI Cable LVD, HVD or SE (Multimd) |
VHDTS68/HDTS68 |
M/M Adptr |
2.5m |
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| C2365B |
SCSI Cable LVD, HVD or SE (Multimd) |
VHDTS68/HDTS68 |
M/M Adptr |
5m |
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| C2363B |
SCSI Cable LVD, HVD or SE (Multimd) |
VHDTS68/HDTS68 |
M/M Adptr |
10m |
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| C2364A |
SCSI Terminator SE or LVD |
HDTS68 |
M |
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Technical specifications |
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HP SCSI Multimode cables are compatible with many servers and mass storage device. HP SCSI multimode cables are designed to stringent specifications and tested to specifically connect your Hewlett-Packard computing devices, insuring 100% compatibility.
| Spec |
Description |
| Conductor material |
30 AWG 7/38 tin plated copper |
| Diameter |
.385 + .01 Inches
.385 + .01 inches |
| Mutual capacitance |
14 pF/ft Maximum at 100 MHz and 1 MHz |
| Characteristic impedance |
125 ohms ± 10% |
| Number of conductors |
68 |
| Time delay |
1.5 ns/ft Maximum |
| Time delay skew |
.025 ns/ft Maximum |
| Attenuation |
.022dB/ft Nominal@ 5 MHz
.031dB/ft Nominal@ 10 MHz
.044dB/ft Nominal@ 20 MHz
.063dB/ft Nominal@ 40 MHz
.090dB/ft Nominal@ 80 MHz
.129dB/ft Nominal@ 160 MHz
.180dB/ft Nominal@ 100 MHz |
| Near-end crosstalk |
3% Maximum |
| Dielectric withstand |
500 Volts DC for 3 seconds |
| Conductor DC resistance |
.10 Ohms/ft at 20 degrees C |
| Supported distance |
12 meters |
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Printable version
