MITAC Y Intel Cable Kit 2U 1x MCIO su 2x SlimSAS (dritto/8x NVMe SSD) 1x SFF-TA-1016 su 2x SFF-8654 8i

Server builds often hit a wall: you need to wire up eight NVMe drives in a 2U chassis, but the motherboard only offers a single MCIO port. This MITAC cable kit solves that problem directly. It splits one SFF-TA-1016 (MCIO) host connection into two SlimSAS 8i (SFF-8654) target connectors, giving you a clean, high‑density path to your backplane or drive cages. No adapters, no clutter—just a purpose‑built Y‑cable that keeps airflow moving and signal integrity intact.

Who is it for

System integrators, data center technicians, and homelab enthusiasts working with Intel‑based 2U servers will find this kit essential. It is especially useful for Supermicro platforms where MCIO motherboard headers need to feed multiple NVMe backplanes. If you are building a high‑performance storage node or upgrading an existing server to all‑flash NVMe, this cable removes the guesswork from internal wiring.

Main features

• 1x SFF‑TA‑1016 (MCIO) host connector to 2x SFF‑8654 8i (SlimSAS) target connectors
• Supports up to 8x NVMe SSDs via backplane or drive adapter
• PCIe Gen4 / Gen5 ready, backward compatible with earlier generations
• Straight SlimSAS connector orientation for easy routing in 2U chassis
• 700 mm length provides reach without excess slack
• Black copper conductors with RoHS compliance
• Optimized for Intel server platforms, including Supermicro motherboards

Specifications

• Cable type: Internal data Y‑cable
• Host connector: 1x SFF‑TA‑1016 (MCIO)
• Target connectors: 2x SFF‑8654 8i (SlimSAS)
• Data protocol: PCIe (NVMe)
• PCIe generation: Gen4 / Gen5 (backward compatible)
• Number of lanes: 8 lanes (1x 8i host to 2x 4i equivalent targets)
• Supported devices: Up to 8x NVMe SSDs
• Target connector orientation: Straight
• Cable length: 700 mm
• Server form factor: 2U optimized
• Compatibility: Supermicro motherboards and NVMe backplanes
• Cable colour: Black
• Conductor material: Copper
• RoHS compliance: Yes

Tips

Before installation, verify that your motherboard's MCIO port supports the required PCIe bifurcation to split the 8 lanes into two x4 links. Route the cable away from fan modules and sharp edges to prevent signal degradation and physical damage. For optimal airflow in 2U enclosures, use the straight connector orientation and secure excess length with cable ties.