benchmark

  • Linux on ARMLast week I provided a fresh look at the latest Linux performance on 22 Intel/AMD systems while for kicking off the benchmarking this week is a look at the current Linux performance on sixteen different ARM single board computers / developer boards from low-end to high-end.

  • Linux on ARMIn addition to Le Potato and Renegade, another line-up of ARM boards being offered by Libre Computer is Tritium. The Libre Computer Tritium boards are Allwinner-based boards with options from the H2+ for IoT use-cases, the H3 as a mid-range offering, or H5 for a better-performing ARM board that is well supported by the open-source Linux community.

  • Linux on ARMThe folks from LoverPi.com have sent out some of their newest ARM SBCs. What we're taking a look and benchmarking first is the Libre Computer Board ROC-RK3328-CC. Pricing on this board, which was developed between the Libre Computer Project and Firefly, starts at $35 USD with 1GB of DDR4 but at $80 USD a 4GB version can be acquired.

  • Linux on ARMOne of our major goals for Qt 5.9 LTS was to improve the performance and memory consumption compared to our previous long-term-support release Qt 5.6 LTS. In this blog post, I want to highlight the performance increase in modern embedded processors that support the 64-bit ARMv8 instruction set.

  • Linux on ARMLast week on Pi Day marked the release of the Raspberry Pi 3 Model B+ with a slightly higher clocked Cortex-A53 processors, dual-band 802.11ac WiFi, faster Ethernet, and other minor enhancements over its predecessor.

  • Linux on ARMA Phoronix reader granted us remote access to a FOXCONN C2U4N_MB system featuring two Cavium ThunderX 48-core SoCs. For those curious about the potential of a modern 96-core ARM platform, here are some basic benchmark results.

  • Linux on ARMSince I’ve just installed Ubuntu 17.10 on MeLE PCG35 Apo, I decided I should also run some benchmarks comparing with other ARM and x86 Linux platforms I’ve tested in the past.

  • Linux on ARMI’ve just showed how to install Debian, and build a Linux image from source on VS-RD-RK3399 board (akak Mecool VS-RK3399) last week-end, but at the time I did not run any benchmarks on the board. We already have plenty of benchmarks for Rockchip RK3399 in Android, so instead I started by installing the latest Phoronix Test Suite in Debian:

  • Linux on ARMEarlier this year ASUS announced the Tinker Board as their first step into the ARM single board computer world. Earlier this month I finally received a Tinker Board for testing and it has been quite interesting to say the least. The Tinker Board with its Rockchip SoC has been among the most competitive ARM SBCs we have tested to date in its price range and the form factor is compatible with the Raspberry Pi.

  • Linux on ARMI recently bought a new Raspberry Pi 3 and installed Slackware ARM current (hard float) on it. My goal was to compare the performance of the hard float port against Slackware ARM 14.2 (soft float), which is currently powering this RPi3 hosted website.

  • Linux on ARMDeveloper Arne Exton is today informing us about the availability of an updated build of his Android-Based RaspAnd operating system for Raspberry Pi 3 and Raspberry Pi 2 single-board computers that adds various improvements.

  • Linux on ARMI’ve received NanoPi NEO 2 boards, add-boards and sensor modules last week, where we could see how small the boards were, and how it could be suitable for IoT projects or “hardware hacking” education.  Before testing the board with the add-ons, I have to select the image to run on the board, and currently we have two choices: Ubuntu 16.04.2 FriendELEC image with Linux 3.10 “legacy” kernel, or Armbian Ubuntu 16.04.2 Xenial nightly build with Linux 4.10 “mainline” kernel.

  • Linux on ARMThe first and only planned point release to Phoronix Test Suite 7.0-Ringsaker is now available as a minor update to this cross-platform, open-source benchmarking software. Coming three weeks after the big Phoronix Test Suite 7.0 release, Phoronix Test Suite 7.0.1 contains a few fixes and other minor enhancements to our long-standing open-source benchmarking framework.

  • Linux on ARMFor some weekend benchmarking fun, I compared the Jetson TX2 that NVIDIA released this weekend with their ARM 64-bit "Denver 2" CPU cores paired with four Cortex-A57 cores to various other ARM single board computers I have access to. This is looking at the CPU performance in different benchmarks ranging from cheap ~$10 ARM SBCs to the Raspberry Pi to the Jetson TX1 and Jetson TX2.

  • Linux on ARMIn this brief hands-on review, Ben Martin takes the low cost, quad-core Orange Pi One hacker SBC for a spin, and benchmarks the board’s performance.

  • Linux on ARMARM servers are becoming increasingly common, making server technologies such as virtualization for ARM of growing importance. We present the first study of ARM virtualization performance on server hardware, including multi- core measurements of two popular ARM and x86 hypervisors, KVM and Xen. We show how ARM hardware support for virtualization can enable much faster transitions between VMs and the hypervisor, a key hypervisor operation.

  • Linux on ARMHere are benchmarks of ten different ARM SBCs/boards including the Banana Pi M3, ODROID-XU4, ODROID-C2, Raspberry Pi 3, Orange Pi PC, Orange Pi Plus, Orange Pi One, ODROID-C1+, Banana Pi M2, and the Raspberry Pi 2 using their respective flavors of Ubuntu/Debian/Raspbian/Armbian.

  • Linux on ARMThe folks at LoveRPi.com recently sent over an Orange Pi One when they had also sent over the ODROID-C2 $40 64-bit ARM development board for review. Here are some benchmarks of the Orange Pi One compared to several other ARM boards.

  • Linux on ARMAs an alternative to the Raspberry Pi 3 for a low-cost 64-bit ARM (AArch64) development board is the PINE 64, which was successfully Kickstarted as a "$15 64-bit single board super computer" that generated more than 1.7 million dollars. The PINE 64 is still shipping out in limited quantities for now, but the folks behind this project were kind enough to send over a sample of their PINE 64 1GB SBC for some benchmarking.

  • Linux on ARMOn Friday my Raspberry Pi 3 arrived for benchmarking. For our first benchmarks of this Cortex-A53 64-bit ARM $35 development board is a comparison against eight other ARMv7 and ARMv8 development boards running their official Linux distributions while carrying out a range of benchmarks. Here are those raw performance results along with a performance-per-dollar comparison for additional insight into this low-cost ARM development board.


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Linux on ARM