Welcome Stranger to OCC!Login | Register

PowerColor Devil Box Review

   -   
» Discuss this article (0)

PowerColor Devil Box Testing:

Testing the PowerColor Devil Box will consist of using the device as intended by installing a supported video card and running it through some game testing to see what kind of FPS performance the card delivers when connected through a Thundebolt 3 connection. Additionally, I will look at data transfer speeds to a solid state drive connected via the USB 3.0 ports on the back of the Devil Box to a USB 3.0 dock. Pretty simple testing, when you get down to it. To completely use this device from PowerColor, you will need to ensure that you have the latest Thunderbolt firmware and drivers, along with at least AMD driver package 16.2.2 or above. My testing will be run at 2560 x 1440 instead of 1920 x 1080 to see where the performance level falls by comparison to the installed card residing in the motherboard's 16x PCIe 3.0 slot. The driver I am using for the installed PowerColor Red Devil RX 480 8GB is the 16.10.2 Crimson software suite. Game setting information can be seen in the PowerColor Red Devil RX 480 review.

Testing Setup:

 

To be able to use an external enclosure such as the Devil Box or even the Razer Core, first and foremost you will need a PC that has a working Thunderbolt 3 connection and a graphics driver that supports the use of an external enclosure. To set my system up, I had to first install the Thunderbolt 3 driver and then update the firmware to the latest version. At that point, I removed all of the discrete video cards from the system, installed the latest Intel integrated graphics driver for the Intel Core i7 6700K, and started making the appropriate connections between the Devil Box and the PC I am using. Connecting to a Thunderbolt 3 laptop would have been ideal, but is easily simulated with my gaming setup.

Once the PC is on and you have the power turn on the Devil Box, all you have to do to put the Devil Box into play is to plug in the 40Gbps Thunderbolt 3 cable and install the driver for the video card you are using, either AMD or NVIDIA-based. Then, set your gaming resolution and start fraggin'. These are the video card results running at 2560 x 1440.

 

Improving gaming performance when you have a great laptop or mini system hampered with integrated graphics is easy with the Devil Box. However, that is not the only thing it can do with the Thunderbolt 3 connection. The robust connectivity on the rear I/O does work as it should, providing pretty decent USB 3.0 performance when connected to a USB 3.0 docking station, as seen in this ATTO screenshot.

 

PowerColor Devil Box Conclusion:

After spending some time playing around with the Devil Box, it's clear that as a means to improve gaming performance, there really is not that much more to do than to just plug in and play. Of course, you have the validation of your Thunderbolt 3 firmware, driver, and the installation of the discrete GPU and storage drive, but other than that, using the Devil Box is a piece of cake.

Once set up, all you have to do is power on the Devil Box and plug in the Thunderbolt 3 cable to your laptop, mini PC, or desktop, just like you would plug in a flash drive. Once connected, the 40Gbps Thunderbolt 3 data path allows the Devil Box to function not only as a discrete graphics card, but you can configure it to use as an external storage solution to connect your USB accessories and LAN cable while only having one connection to the PC. This one connection can also serve as a means to charge your laptop, as long as you stay under the 60 watt limit provided across the cable.

Visually, the Devil Box is a solidly built, good looking piece of hardware. Once you crank it up, the pulsing LEDs inside the chassis give it a little bit of life. Red LEDs would enhance this heartbeat, but that's my opinion!

As far as gaming performance is concerned, the sky is really the limit as long as you use a discrete card with a less than 375W TDP. This gives you a lot of flexibility with the amount of newer cards out in the market that fall in this range. I found that running over the Thunderbolt connection is going to give you playable frame rates above 30FPS in every game I tested at 2560 x 1440. Running at a resolution of 1920 x 1080 that is available on plenty of high-end laptops now only gives you a better performance curve, especially when you tone down the visual quality settings just a touch. With the settings I used, the Red Devil RX 480 delivered anywhere between 2/3 to 3/4 of the performance of the same card when installed in the test PC. When I tried running any of the testing with the integrated GPU, there was not a game that played higher than about 10-12 FPS over a DisplayPort 1.2 connection to the monitor. In that respect you have a winning combination of the RX 480 and Devil Box.

If you are using a laptop, you get single connection to everything you need via Thunderbolt 3. External storage, connecting USB peripherals, Gigabit LAN connectivity, display output, and charging all through one cable. Pricing will come in at $375 US for just the Devil Box enclosure and included Thunderbolt 3 40Gbps cable. Add in the cost of a good, solid $200 GPU and you fast approach $600. As a means to improve a gaming PC, the Devil Box is not the easiest way to go about it from a cost perspective. But if you are devoted to using a laptop and want to game without spending upwards of $1300 to $2000 or more for a power hungry and heavy gaming-centric laptop, the Devil Box is a very viable solution with added benefits. By the time you read this, the Devil Box should be available for purchase!

 

Pros:

  • Big improvement in gaming performance
  • One cable connectivity
  • Works with both AMD and NVIDIA
  • USB 3.0 functionality
  • Ease of use
  • Looks
  • Robust build

 

Cons:

  • Weight, if travelling
OCC Gold



  1. PowerColor Devil Box: Introduction & Closer Look
  2. PowerColor Devil Box: Testing & Conclusion
Related Products
Random Pic
© 2001-2017 Overclockers Club ® Privacy Policy
Elapsed: 0.0477941036   (xlweb1)