OCuLink SFF-8611 Right Angle Male to OCuLink SFF-8611 Female Straight

‌The OCuLink SFF-8611 connector is a high-speed interconnect standard primarily used in storage and networking applications, facilitating PCI Express (PCIe) connectivity over longer distances. Here's a detailed description of the OCuLink SFF-8611 Right Angle Male to OCuLink SFF-8611 Female Straight cable:

Specifications:

Connector Type:

Male Connector: OCuLink SFF-8611 Right Angle

Designed to connect to devices such as SSDs or host adapters where space constraints require a right-angle connection.

Allows for a cleaner installation with minimal bending stress on the cable.

Female Connector: OCuLink SFF-8611 Female Straight

Provides a straight-through connection to a motherboard or other PCIe-compatible devices.

Pin Count: 16 pins

Data Rate: Supports PCIe Gen 3 (up to 8 GT/s per lane), allowing for high-speed data transfer.

Maximum Bandwidth: Up to 32 Gbps (using all four lanes).

Cable Length: Varies based on specific requirements (commonly available lengths range from 0.5m to 3m).

Cable Type: Shielded twisted pair (STP) or unshielded twisted pair (UTP) for minimized interference.

Material: Usually constructed with a high-quality PVC jacket and copper conductors for durability and efficient signal transmission.

Applications:

Used in high-performance computing environments, such as data centers, server farms, and enterprise storage solutions.

Suitable for connecting NVMe drives to PCIe slots over extended distances without compromising speed or performance.

Features:

Right Angle Design: Ideal for space-constrained setups, helping to reduce strain on the connectors and improve airflow.

Secure Connection: The design ensures a robust and reliable connection, minimizing the risk of accidental disconnection.

Considerations:

When selecting this type of cable, ensure compatibility with your specific hardware to avoid issues with data transfer rates or connection stability.

Check for cable quality and shielding to ensure optimal performance, especially in environments with potential electromagnetic interference.