Vszerda Mini SAS HD SFF-8088 to SFF-8643 cable 1m
Connects Mini SAS HD SFF-8088 to SFF-8643 at 6Gbps with 28AWG shielded cable for server storage
- 6Gbps high-speed transfer via SFF-8088 to SFF-8643 connectors
- Durable 28AWG construction with strong shielding for stable signals
- Low 10 ohm resistance ensures efficient data transfer
- 1m length fits typical server and storage configurations
- Universal compatibility with servers, RAID controllers and external storage
Connection standard
This cable connects a Mini SAS HD SFF-8088 external port to a SFF-8643 internal connector. It is built for administrators wiring 6Gbps SAS links between servers, RAID controllers and external storage enclosures. The 1 metre length suits typical rack-to-rack or rack-to-shelf runs in enterprise IT systems.
Signal integrity
A 28AWG conductor with strong shielding keeps resistance at 10 ohm for stable transmission. The flat connector profile eases routing in dense cable trays without adding bulk. Passive construction means no active components to fail or draw power during normal operation.
Deployment flexibility
Length options of .5, 1, 2 and 3 metres let installers match exact chassis spacing and avoid excess slack. Black jacket and flat ends simplify visual tracing in crowded racks. The cable arrives ready to terminate without additional tools or software configuration.
How it compares
Measured against everything we stock in SAS, SCSI, InfiniBand & MCIO Cables, at today’s prices. Recalculated every night.
- Price $18.99
- Cheaper than about 70% of the 1,224 comparable items (median $26.99).
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Specifications
No published specifications for this item yet.
Questions about this item
How do I connect the SFF-8088 end to an external enclosure without bending the flat connector?
Align the SFF-8088 plug with the external port key, press straight in until the latch clicks, and route the 28AWG cable so the flat connector stays straight — forcing it sideways bends the pins and breaks the 6Gbps link.
What wears out first on a 1m 28AWG assembly used daily in a server rack?
The latch springs on the SFF-8088 and SFF-8643 ends fatigue after repeated mating cycles; the 28AWG conductors and 10 ohm spec remain stable, so plan to replace the cable when the latch no longer holds firmly.
At what point does a 1m 28AWG run hit its signal limit during continuous 6Gbps SAS traffic?
The 10 ohm characteristic impedance and 28AWG gauge keep attenuation within the SAS spec at 1 metre, so the practical limit is the 6Gbps signalling rate itself — sustained loads simply run at that ceiling without further degradation.
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