SATA Cable Kit for RAID Controller FUJITSU PY-CBS107 — 4× SATA 6Gb/s

SATA Cable Kit for RAID Controller FUJITSU PY-CBS107 — 4× SATA 6Gb/s provides four direct SATA 6 Gb/s connections intended to link drives to a compatible RAID controller or motherboard. The kit contains the cabling required to connect up to four SATA devices, enabling short-range high-speed data transfer for server and storage configurations. It is designed for use where stable SATA 6 Gb/s links are needed to build RAID arrays or to expand available drive ports in rack-mount or tower systems.

Advantages

The cable kit offers four dedicated SATA 6 Gb/s channels to ensure consistent data throughput between drives and the RAID controller. Cables are optimized for short internal routing within servers or chassis, minimizing signal loss and interference. The design simplifies installation by providing the correct connectors and lengths for standard drive bays, reducing the need for custom cable assemblies. These characteristics support reliable operation in multi-drive RAID setups.

Suitable for

• Connecting up to four SATA drives to a compatible RAID controller
• Server and storage enclosures requiring short internal SATA 6 Gb/s connections
• Implementing RAID arrays (0, 1, 5, 6, 10 depending on controller support)
• Expanding available drive ports on motherboards or controllers with internal SATA headers

Key specifications

• Number of SATA connections: 4
• Interface speed: SATA III up to 6 Gb/s per channel
• Connection type: internal SATA data connectors suitable for RAID controller headers and SATA drives
• Intended cable routing: short-range internal server/chassis connections
• Compatibility: designed for use with FUJITSU RAID controller series that accept internal SATA cabling and standard SATA drives

How to use

Power down the system and disconnect mains power before installation. Route each SATA cable from the RAID controller’s internal SATA ports to the corresponding drive connector, ensuring secure engagement of the locking tabs where present. Avoid sharp bends or tight kinks; maintain gentle cable curves to preserve signal integrity. After connecting data cables, reconnect power leads to the drives, power on the system, and verify that the controller detects all connected drives in its configuration utility or the host operating system.

Recommendations

Use the cables only for internal connections inside server racks or chassis. Keep cable lengths short and organized to reduce airflow obstruction and EMI. Verify RAID controller firmware and RAID configuration settings after cabling to ensure optimal performance and drive recognition.