Home>Consumer Electronics>XT-XINTE SSD Mounting Bracket Dual Bracket HDD Conversion Frame 2.5 to 3.5 SSD Mounting Kit Supports Any Computer Cases with an Available 3.5 Drive Bay

XT-XINTE SSD Mounting Bracket Dual Bracket HDD Conversion Frame 2.5 to 3.5 SSD Mounting Kit Supports Any Computer Cases with an Available 3.5 Drive Bay Item NO.: F29756

US$ 1.20

Quantity: Stock ( 9999999 )

Product Name	XT-XINTE SSD Mounting Bracket Dual Bracket HDD Conversion Frame 2.5 to 3.5 SSD Mounting Kit Supports Any Computer Cases with an Available 3.5 Drive Bay
Item NO.	F29756
Weight	0.095 kg = 0.2094 lb = 3.3510 oz
Category	Consumer Electronics
Brand	XT-XINTE
Creation Time	2019-07-06

XT-XINTE SSD Mounting Bracket Dual Bracket HDD Conversion Frame 2.5" to 3.5" SSD Mounting Kit Supports Any Computer Cases with an Available 3.5" Drive Bay

If you want to mount 2.5" drives into your PC and got a free 3.5" slot, then this conversion bracket is the optimal solution meeting you requirements.

Compatible and Efficient
The frame bracket provides ample space for two SSDs or laptop HDDs measuring 2.5".
Therefore ,the conversion frame is an efficient solution for the limited space of additional storage devices, especially Mini PC, Server racks, HTPCs or Cube cases.

Premium Quality
This dual bracket HDD frame is made of high-quality alloy, accurate alignment. Thus universally supports all common 2.5" drives.
At the same time, a uniform appearance of the PC's internal is guaranteed.

Installation Tools Included
Apart from the conversion frame itself, the package further includes one small screw driver and screws.
Please note:this product don't include power cables (ATX 4 pin to SATA) and SATA data cables

Features:
Power two SSD/SATA drives using the included power 4 Pin connection on the computer power supply
Supports any computer cases with an available 3.5" drive bay (both screw-on type or tool-less type)
Converts an available 3.5" HDD bay drive to accommodate two 2.5" HDD or SSD (Solid State Drive)

Constructed from robust SECC steel to ensure maximum structural integrity.