SATA to SAS 90 Degree Elbow Adapter for SFF-8482 Ports
Fit a SATA drive into a tight small-form-factor build without bending a cable into a corner. This 90 degree SATA to SAS adapter seats on an SFF-8482 port, screws in at both ends and holds the drive inside the chassis footprint.
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Fit a SATA drive into a tight small-form-factor build without bending a cable into a corner. This 90 degree SATA to SAS adapter seats on an SFF-8482 port, screws in at both ends and holds the drive inside the chassis footprint.
Connects a SATA drive to a SAS port on a small-form-factor motherboard via a compact 90 degree elbow adapter
- SATA drive does not fit or connect to a SAS (SFF-8482) port
- limited clearance in small cases that needs a right-angle connection
- need for a compact, screw-mountable adapter
Fit a SATA drive where a straight plug won't reach
Before: a SATA drive that won't seat on a small SFF-8482 board, or bends a cable into a cramped case. After: a compact 90 degree adapter that screws in and connects the drive cleanly.
A right angle that clears the case wall
- Right angle that fits tight cases
The 90 degree elbow lets the SATA connection sit flush where a straight plug would stick out past the case wall. You get the drive connected without bending a cable into a corner.
- Screw-mounted, latched secure
Mounting screw holes sit on both ends, and latch clips grip the connection. The adapter stays put during case handling, so the drive does not work loose on the port.
- Gold-plated contacts
The contacts are gold-plated and set into a clean black molded housing. Gold resists oxidation better than bare metal, which keeps the signal path consistent across repeated seating.
Seat the adapter in four steps
- 1Confirm the SFF-8482 port
Check that the board has a SFF-8482 SAS port before you touch the adapter.
- 2Seat the elbow
Line up the 29-pin SAS male connector with the port and press with even pressure until it sits flush.
- 3Connect the drive
Plug the SATA drive into the 7+15 pin female socket on the other end of the elbow.
- 4Screw both ends
Fasten the mounting screws at both ends, then confirm the drive is detected in BIOS or the operating system.
A straight plug stops at the case wall

The drive that won't reach
You have the drive, the board and a case that is nearly full. A straight SATA plug hits the wall before it reaches the port, so the cable gets bent, pulled or left hanging. Each option either fails to seat or puts strain on the connector you are trying to protect.

A fit that holds
The 90 degree elbow seats on the SFF-8482 port and turns the drive connection toward the open side of the case. Latch clips hold the connector in place, and the mounting screw holes at both ends lock the adapter down so it does not wobble when the chassis is moved.
From first fit to a stable connection
- First useSeats on the SAS port
The elbow should slide onto the SFF-8482 port with gentle, even pressure. If it resists, stop and check orientation rather than forcing it.
- After installDrive connects at the angle
The SATA drive connects to the elbow's female socket and sits inside your case clearance. Secure the screws and confirm detection in BIOS or the OS.
- OngoingStable through regular use
With the latch clips and screws in place, the connection holds through normal case handling. Recheck the screws if the system is moved or serviced.
Why a fixed elbow beats a bent cable
| This | Straight SATA cable | Bent SATA cable | |
|---|---|---|---|
| Holds a right angle at the port | — | — | |
| Screw-mounted at both ends | — | — | |
| Latch clips hold the connection | — | — | |
| Stays inside tight clearance | Partial | Partial |
Characteristics
Reviews
Questions and answers
Yes, if your board has an SFF-8482 port. The 29-pin SAS male connector is keyed to that port type, so check the board manual or the port label before ordering. Do not force it onto a different connector.
The drive side is a 7+15 pin SATA female socket, the standard connector used by SATA SSDs and hard drives. Plug in the drive's SATA data and power connectors as you would on a normal cable run.
That is the reason it exists. The elbow turns the drive connection toward the open side of the chassis, so a case wall or a neighboring card does not block it. Measure the gap between the port and the wall before you buy if your case is very tight.
Gold-plated contacts resist oxidation and keep a steady connection over many insertions. Seat the adapter with even pressure and avoid wiggling it, since that wear comes from force rather than from normal use.
A basic cable cannot hold a right angle, screw down or latch, so it either sags into the case or gets bent until the contacts strain. The cost of one adapter is small compared with a damaged port on a board or a drive that keeps dropping out of the system.
A bent cable moves when the case moves, and the stress lands on the port. The elbow is fixed at 90 degrees, screws into place and holds the drive where the build needs it.
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