MCIO 8X to Slim SAS SFF-8654 8i Cable (PCIe 4.0) – VTC-AMSEA0010001-K2

The VITALCONN VTC-AMSEA0010001-K2 MCIO 8X to Slim SAS SFF-8654 8i cable connects MCIO host ports to SlimSAS storage devices. PCIe Gen 4, 30 AWG, 85 ohm, OEM custom lengths available.

Product Type

MCIO 8X to Slim SAS SFF-8654 8i Cable

Protocol

PCIe Gen 4 (16 GT/s per lane); SAS 3.0 compatible

Channel Count

x8 (8 lanes)

Connector A

1x MCIO 8X (SFF-TA-1016 style)

Connector B

1x SlimSAS SFF-8654 8i

Conductor

30 AWG high-frequency copper, twin-axial

Differential Impedance

85 ohm

Cable Length

Standard lengths from stock (OEM custom available)

Applications

Data centers, enterprise storage, HPC, network equipment, embedded systems

Compliance

RoHS 2.0, China RoHS, REACH SVHC

The MCIO 8X to Slim SAS SFF-8654 8i cable VTC-AMSEA0010001-K2 from バイタルコン is a high-speed interconnect cable that bridges an MCIO 8X (8-lane) connector on the host side to a SlimSAS SFF-8654 8i connector on the device side. This cable is designed for PCIe Gen 4 environments where servers, storage arrays, and networking equipment need to communicate across different connector standards. The MCIO 8X to Slim SAS SFF-8654 8i cable supports data rates up to 16 GT/s per lane, providing up to 32 GB/s of aggregate bandwidth across the full 8-lane connection.

Built with 30 AWG high-frequency twin-axial conductors and an 85 ohm controlled-impedance system, the MCIO 8X to Slim SAS SFF-8654 8i cable maintains signal integrity at high data rates. The SlimSAS SFF-8654 8i connector is a compact, high-density interface defined by the SFF committee, optimized for cable management in dense server racks. The MCIO 8X connector follows the SFF-TA-1016 style interface, enabling greater front-panel port density than legacy PCIe connectors. Full EMI shielding suppresses crosstalk and external interference, while durable connector construction supports repeated mating cycles for long-term reliability in both production and field-service scenarios.

VITALCONN provides standard cable lengths from stock and OEM/ODM custom lengths to meet specific routing requirements in server chassis and data center racks. The MCIO 8X to Slim SAS SFF-8654 8i cable is compatible with both PCIe and SAS protocols, making it versatile across storage and computing topologies. Consult the SFF committee specifications for mechanical and signal-integrity details, and browse the complete High Speed Cable portfolio at VITALCONN for all your interconnect needs.


MCIO 8X to Slim SAS SFF-8654 8i Cable Specifications

  • Part Number: VTC-AMSEA0010001-K2
  • Supplier PN: AMSEA0010001
  • Connector A: 1x MCIO 8X (8-lane, SFF-TA-1016 style)
  • Connector B: 1x SlimSAS SFF-8654 8i
  • Conductor: 30 AWG high-frequency copper, twin-axial
  • Differential Impedance: 85 ohm
  • Protocol: PCIe Gen 4 (16 GT/s per lane); SAS 3.0 compatible
  • Bandwidth: Up to 32 GB/s aggregate (8 lanes)
  • Shielding: Full EMI shielding with drain wire
  • Cable Length: Standard lengths from stock; OEM/ODM custom available
  • Operating Temperature: -10 to +70 degC
  • Compliance: RoHS 2.0, China RoHS, REACH SVHC

Key Features of the MCIO 8X to Slim SAS SFF-8654 8i Cable

  • PCIe Gen 4 Performance: Supports 16 GT/s per lane for high-throughput server and storage workloads.
  • Cross-Standard Bridging: Connects MCIO (SFF-TA-1016) host ports to SlimSAS SFF-8654 8i device ports seamlessly.
  • 85 Ohm Controlled Impedance: Precision impedance matching ensures clean signal transmission at PCIe Gen 4 speeds.
  • 30 AWG Twin-Axial Conductors: Fine-gauge copper provides an optimal balance of signal performance and cable flexibility.
  • Compact SlimSAS Connector: The SFF-8654 8i form factor enables efficient cable routing in high-density rack environments.
  • Full EMI Shielding: Shielded differential pairs with drain wire minimize crosstalk and external electromagnetic interference.
  • Protocol Flexibility: Compatible with both PCIe and SAS signaling for versatile deployment across storage and computing infrastructures.
  • OEM/ODM Customization: Custom cable lengths, labeling, and packaging available upon request.

Packing Details

  • Standard Packaging: Individual anti-static bag per cable.
  • Bulk Packaging: Carton quantity configurable per customer requirement.
  • Labeling: Each cable labeled with VTC-AMSEA0010001-K2 part number and supplier PN AMSEA0010001.
  • Lead Time: Standard lengths ship within 3-5 business days; OEM custom within 2-3 weeks.
  • MOQ: Flexible; samples available for qualification.

MCIO 8X to Slim SAS SFF-8654 8i Cable Applications

  • Data Centers: Connect servers using MCIO host ports to storage arrays with SlimSAS SFF-8654 8i device interfaces.
  • Enterprise Storage: Link storage controllers to JBOD enclosures and NVMe backplanes across different connector standards.
  • High-Performance Computing: Enable high-bandwidth data paths between HPC compute nodes and shared storage subsystems.
  • Network Equipment: Bridge MCIO-based networking hardware to SlimSAS-connected peripheral modules.
  • Embedded Systems: Provide compact, high-speed interconnect in embedded platforms requiring cross-standard cable routing.

Frequently Asked Questions

What protocols does the MCIO 8X to Slim SAS SFF-8654 8i cable support?

The MCIO 8X to Slim SAS SFF-8654 8i cable supports PCIe Gen 4 at 16 GT/s per lane and is also compatible with SAS 3.0 signaling. This dual-protocol compatibility allows it to serve both storage and computing applications.

Is this cable backward compatible with PCIe Gen 3?

Yes, the MCIO 8X to Slim SAS SFF-8654 8i cable is fully backward compatible with PCIe Gen 3 at 8 GT/s per lane. The connectors and signal paths are designed to function across multiple PCIe generations.

Can I get custom cable lengths for my server rack?

Absolutely. VITALCONN offers OEM/ODM custom cable lengths tailored to your specific rack routing requirements. Contact us with your specifications for a quote and lead time.

What is the impedance of this cable?

The MCIO 8X to Slim SAS SFF-8654 8i cable uses 30 AWG twin-axial conductors with 85 ohm controlled differential impedance, meeting the signal-integrity requirements of both PCIe Gen 4 and SAS 3.0 standards.

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