LORDWORLD OCuLink SFF-8611 8x to Dual SFF-8639 U.2 Active Cable 50cm
Connects an OCuLink 8x controller to two U.2 drives at up to 16 Gbps over 50 cm with active latching
- Connects backplane to controller via OCuLink SFF-8611 8x
- Splits one 8x port into two U.2 SFF-8639 drives
- Delivers up to 16Gbps data transfer rate
- Active latch secures connection under vibration
- 50cm length fits standard chassis routing
Connectivity & Purpose
This active cable converts a single OCuLink SFF-8611 8x 80-pin port into two SFF-8639 U.2 connectors. It enables direct attachment of U.2 storage devices to a controller or backplane equipped with an OCuLink 8-lane interface. Data transfer rates reach up to 16Gbps across the link. The 50cm length suits typical chassis routing.
Suitability & Limits
Builders with a free OCuLink 8x 80-pin header who need to run two U.2 drives will find this cable fits the requirement. The active latch provides a secure lock to each mating part. Systems lacking an OCuLink 8x port cannot use this cable. Buyers who need more than two U.2 connections or a different host connector should look at other options.
Deciding Specification
The single specification that determines compatibility is the presence of an OCuLink SFF-8611 8x 80-pin male interface on the host side. Without that exact port the cable cannot be installed.
How it compares
Measured against everything we stock in Tech Gadgets & Accessories, at today’s prices. Recalculated every night.
- Price $103.99
- Pricier than about 89% of the 5,998 comparable items (median $24.99).
Specifications
| Product | |
|---|---|
| Brand name | LORDWORLD |
Questions about this item
Will the active latch on the SFF-8611 connector need periodic replacement?
The active latch is a mechanical lock built into the connector housing; it is not a separate wear item and requires no scheduled replacement.
What limits sustained throughput on this 16Gbps cable?
The cable is rated for up to 16Gbps; sustained speed will be capped by the slowest linked device or controller.
Does the active circuitry add noticeable heat or power draw during all-day operation?
The active components draw minimal power from the host interface and generate negligible heat inside a chassis.
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