JHHP1B PCIe 4.0 x16 SlimSAS 8i x2 Adapter Card SFF8654 Riser Card PCIe Gen4 Expansion Card for Graphics Card GPU Network Card 6-Pin Power 4x NVMe SSD U.2 Drive

Product Description:

JHHP1B 2-port SlimSAS 8i x2 to PCIe x16 adapter card for connecting compatible server hardware with PCIe 4.0 or PCIe 3.0 expansion configurations. It converts two SFF8654 SlimSAS 8i connections into a full-bandwidth PCIe x16 interface for graphics, video, network, or storage applications.

Core Selling Points:

Supports a full-bandwidth PCIe x16 connection with PCIe Gen4 performance and compatibility with Gen3. The low-profile PCB design helps minimize space usage in servers. A high-density, low-impedance 4-layer circuit board, step-down IC, and high-current inductor support the adapter's power design. The card includes a power-on LED indicator and supports multiple riser card arrays. It can support one full-bandwidth graphics card or two x8 bandwidth graphics cards, and can connect four NVMe solid-state drives or four U.2 hard drives when used with the applicable configuration.

Technical Specifications:

Model: JHHP1B. Interface conversion: PCIe Gen4 x16 to 2-port SlimSAS 8i x2. PCIe compatibility: PCIe 4.0 and PCIe 3.0. SlimSAS connector: SFF8654 SlimSAS 8i. PCIe connector: PCIe Gen4 x16. Circuit board: High-density, low-impedance 4-layer PCB. Power features: PCIe 6-pin power supply port, step-down IC, and high-current inductor. Indicator: Power-on LED. Supported splitting modes: x16, x8x8, x4x4x8, and x4x4x4x4. Supported configurations include 2-port SFF8654 conversion to full-bandwidth PCIe x16, four NVMe solid-state drives or four U.2 hard drives, one full-bandwidth graphics card, or two x8 bandwidth graphics cards.

Before Purchase:

Confirm that the motherboard BIOS supports PCIe splitting and the required working mode. Verify that the motherboard, graphics or storage hardware, SlimSAS SFF8654 connections, PCIe slot, and PCIe 6-pin power connection match the intended configuration. Supported performance and device arrangements depend on the selected PCIe splitting mode.