Virtakaapeli Silverstone PP05-E

The SilverStone PP05-E power cable set continues SilverStone's line of compact, modular PSU cables designed for small form factor systems. Building on the original PP05, the PP05-E uses flat, flexible cable arrays and compatible connectors to reduce clutter and improve routing inside compact cases while remaining compatible with SilverStone modular power supplies.

Advantages

The PP05-E provides improved flexibility for tight bends, minimizing interference with nearby components in small enclosures. Flat cable arrays save space and make cable management easier. The set includes multiple SATA connector orientations and several PCI‑E connectors so users can reduce the number of separate cables needed for upgrades and different drive types.

Suitable for (tasks / use cases)

• Small form factor (SFF) PC builds
• Systems with constrained cable routing or tight interior space
• Upgrading or replacing modular SilverStone PSU cables
• Configurations requiring multiple PCI‑E or slim optical drive connections

Key specifications

• Brand: SILVERSTONE
• Model / MPN: SST-PP05-E
• EAN: 4710007220559
• Colour: Black
• Cable type: Flat flexible cable arrays
• Connector compatibility: Designed for SilverStone modular power supplies
• Includes: Multiple SATA connectors (90° and 180° types) and six PCI‑E connectors

How to use

Install the PP05-E cables by connecting the female ends to the matching modular ports on a compatible SilverStone PSU and the male ends to the target components (motherboard, GPUs, drives). Route the flat cables along case contours to take advantage of their flexibility and keep bends as tight as needed to avoid obstructing other components. Use the included right‑angle or straight SATA connectors where access or space is limited.

Recommendations

Verify compatibility with your SilverStone modular power supply before installation. Avoid excessive pulling force on individual wires; secure cables with ties or channels provided in the chassis to maintain airflow and prevent stress on connectors.