Pasywny Riser Supermicro 1U LHS 1xPCI-E 3.0 x16 P-6

The passive Supermicro 1U LHS 1xPCI-E 3.0 x16 P-6 riser is designed for 1U TwinPro server platforms that require a stable and electrically transparent PCI Express extension. It enables installation of a single PCI-E 3.0 x16 expansion card in a left-hand side (LHS) slot position while maintaining signal integrity and mechanical compatibility with 1U chassis.

This riser operates passively, without additional active components, minimizing potential points of failure and reducing electrical noise. It is dedicated to environments where predictable behavior, compatibility with server platforms and strict thermal control are critical.

• Form factor and compatibility: Optimized for 1U chassis in the TwinPro category, with LHS slot placement for precise mechanical alignment and cable routing in dense server configurations.
• Interface: PCI-E x16 input and PCI-E x16 output, supporting PCI Express 3.0 signaling as provided by the host platform. Suitable for standard PCI-E x16 expansion cards within the platform’s limitations.
• Thermal monitoring: Integrated thermal sensor enables temperature monitoring of the riser area, supporting system-level thermal management and helping maintain operational stability in high-density racks.
• Auto-detection: Auto-detection capability facilitates correct identification and integration of the riser by the server platform, simplifying configuration and reducing risk of installation errors.
• Usage constraints: No support for GPU, NVMe or M.2 devices, making the riser suitable primarily for compatible PCI-E expansion cards that do not require dedicated GPU or storage-specific interfaces.

This riser is intended for administrators and integrators building or upgrading 1U TwinPro-based systems who require a predictable, passive PCI-E 3.0 x16 extension with integrated monitoring features. It supports efficient airflow management and structured component layout in compact rack environments, while providing essential telemetry through its thermal sensor and auto-detection functions.