Vszerda SFF-8654 to SFF-8087 SAS cable 1.6FT 2-pack
Two 1.6 ft cables link a 38-pin SFF-8654 host to a 36-pin SFF-8087 target, delivering four channels at 24 Gbps SAS and 8 GT/s PCIe 4.0 per lane
- Saves space inside the chassis with compact SFF-8654 connectors
- Delivers 24Gbps per channel across four lanes for high-throughput SAS links
- Compliant with SAS 3.0 and SFF-8654 specifications for reliable interoperability
- Connects 38-pin SlimSAS hosts to 36-pin Mini SAS targets without adapters
- Includes two 1.6FT cables for dual-port or redundant configurations
Connector Interface & Length
The Vszerda SFF-8654 to SFF-8087 cable bridges a 38-pin SlimSAS host port to a 36-pin Mini SAS target port. Each cable measures 1.6 ft and the pack contains two units. They operate at 24 Gbps for SAS and 8 GT/s for PCIe per channel.
Suitable Builds & Limits
This cable suits builders connecting modern SlimSAS controllers or backplanes to legacy Mini SAS drives or enclosures. It is not for systems that lack an SFF-8654 host connector or an SFF-8087 target port. Buyers needing different pin counts or longer runs should look elsewhere.
Deciding Specification
The cable meets the SAS 3.0 and Ultraport SlimSAS SFF-8654 specifications with four lanes of 24 Gbps SAS or 8 GT/s PCIe signalling. Verify that both host and target devices support these connector types and speeds before purchase.
How it compares
Measured against everything we stock in SAS, SCSI, InfiniBand & MCIO Cables, at today’s prices. Recalculated every night.
- Price $37.99
- Pricier than about 83% 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
Will the 38-pin SFF-8654 connector on this cable need periodic replacement?
The SFF-8654 connector is a passive component rated for standard mating cycles; no scheduled replacement is required unless physical damage occurs.
What is the first limit reached when running four channels at 24Gbps SAS continuously?
The cable meets SAS3.0 and SFF-8654 4.0 specifications, so the signalling limit of 24Gbps per channel is the design ceiling.
How much heat does the 1.6FT cable generate during all-day 8GT/s PCIe traffic?
As a passive copper assembly it produces negligible heat; any temperature rise comes from the connected controller or backplane, not the cable itself.
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