The First Benchmarks Of The Intel-Powered ODROID-H2 $111 Board
Written by Michael Larabel in Intel on 28 November 2018 at 08:00 AM EST. 54 Comments
Last month ODROID announced an Intel-powered single board computer after their experimenting with a Ryzen SBC hadn't panned out for this company known for their high-performance ARM SBCs. The ODROID-H2 has begun shipping as this $111 USD Intel x86_64 quad-core board while for your viewing pleasure today are some initial performance benchmarks of this board.

The ODROID-H2 began shipping to customers this week. I don't yet have a ODROID-H2 for testing locally within a controlled environment but via a Phoronix reader got remote access for some initial benchmarking for the time being. Hopefully Hardkernel will be sending over an ODROID-H2 soon; they have also been in contact and in the days ahead will be running ODROID-XU4 benchmarks too.

Gemini Lake processor that is quad-core with a 1.5GHz base frequency and 2.5GHz turbo boost frequency and 4MB cache. The J4105 supports DDR4/LPDDR4 SO-DIMMs that are not included as part of the $111 price. So figure adding $30+ to the price depending upon your DDR4/LPDDR4 preferences or if you have any extra memory modules on hand. The ODROID-H2 has dual Gigabit Ethernet, NVMe and dual SATA 3.0 storage ports, two USB 2.0, and two USB 3.0 ports to make the connectivity options a heck of a lot better than most ARM SBCs in the ~$100 or less price point. With the Intel J4105 also comes the onboard UHD Graphics 600 via DisplayPort and HDMI outputs.

With being an x86_64 board, you can easily load up other Linux distributions on the ODROID-H2 while Ubuntu 18.04/18.10 are what come officially supported. For these quick remote benchmarks of the ODROID-H2, I ran some benchmarks compared to the SBCs in last week's Raspberry Pi 3 Model A+ testing.

The ODROID-H2 is able to easily surpass those other budget SBCs tested, especially in multi-thread workloads and the code-bases optimized for x86_64.

The performance of the ODROID-H2 is quite strong compared to these other ARM boards tested.

Below are some performance-per-dollar benchmarks of the ODROID-H2 compared to the other SBCs at their stock prices. For the ODROID-H2, $111 USD was used as the base price, but don't forget you need to supply your own (LP)DDR4 SO-DIMMs, so depending upon whether you have extra memory modules laying around, the price may be $30+ higher.

So even with the much higher price compared to the other ARM SBCs tested for this quick comparison, at $111 USD the ODROID-H2 offers good performance-per-Watt, even if knocking it down a bit further for the cost of DDR4 memory that needs to be supplied separately.

That's it for the remote benchmarks I have to share today of the ODROID-H2. Hopefully I'll have one locally soon for more extensive and controlled testing. Those wanting to learn more about this board can visit though as of writing is currently out-of-stock.

If you want to see how these boards compare to any hardware you may have, simply install the Phoronix Test Suite and run phoronix-test-suite benchmark 1811280-SK-ODROIDH2714 for your own fully-automated, side-by-side benchmark comparison.
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Michael Larabel is the principal author of and founded the site in 2004 with a focus on enriching the Linux hardware experience. Michael has written more than 20,000 articles covering the state of Linux hardware support, Linux performance, graphics drivers, and other topics. Michael is also the lead developer of the Phoronix Test Suite, Phoromatic, and automated benchmarking software. He can be followed via Twitter or contacted via

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