Ampliación de ranura Intel CYP1URISER1STD compatibilidad con sistemas de servidor Intel

Riser card for Riser Slot #1 designed for Intel server systems. The Slot Expander Intel CYP1URISER1STD provides a single low-profile, half-length, single-width add-in card slot with x16 electrical and x16 mechanical connections, intended to extend expansion capability on compatible Intel Server System models.

Advantages

The riser card supports a full x16 electrical and mechanical connection in a low-profile, half-length form factor, enabling installation of a PCIe x16 add-in card where chassis space or motherboard layout restricts direct mounting. It is compatible with specified Intel server models and is classified under ECCN EAR99.

Suitable for

• Adding a single PCIe x16 add-in card to Riser Slot #1
• Expanding server I/O or accelerator capabilities in constrained chassis layouts
• Upgrading compatible Intel Server System M50CYP1UR212 and M50CYP1UR204

Key specifications

• Model: Intel CYP1URISER1STD
• Supported slot: Riser Slot #1 only
• Supported card size: low profile, half length, single width
• Electrical interface: x16
• Mechanical interface: x16
• Compatible systems: Intel Server System M50CYP1UR212, M50CYP1UR204
• Brand: INTEL
• MPN: CYP1URISER1STD
• EAN: 5032037210188
• Export classification: ECCN EAR99

How to use

Install the riser card into Riser Slot #1 of a compatible Intel server following the server manufacturer’s service manual for riser installation. Ensure the server is powered off and disconnected from power before installation. Secure the riser in the chassis and insert the PCIe x16 add-in card into the riser slot, fastening any retention brackets as required. After installation, reconnect power and verify that the server BIOS/UEFI recognizes the add-in card.

Recommendations

Use this riser only in the specified Riser Slot #1 and in supported Intel Server System models to ensure proper fit and electrical compatibility. Verify compatibility of the add-in card with low-profile, half-length, single-width constraints before purchase.