Computers Linux Reviews & Articles

There have been 231 Linux hardware reviews and benchmark articles on Phoronix for computers. Separately, check out our news section for related product news.

For those in the market for an AMD Ryzen 7040 series (Zen 4) laptop, the Framework 13 laptop is a great option for those wanting a Linux-friendly device and is a rare breed in being a completely upgradeable laptop similar to Framework's Intel laptop models. I've been testing out the Framework Laptop 13 the past month and after a BIOS update has been working out wonderfully on Linux.

With recently picking up the Lenovo ThinkPad P14s Gen 4 powered by the AMD Ryzen 7 PRO 7840U and given the recent release of Fedora 39, I found it to be a nice time to provide a Lenovo ThinkPad retrospect of how the AMD Ryzen laptop Linux performance has evolved the past few generations. In today's article is a look at how the AMD Ryzen 7 mobile series laptop performance has evolved going back to Zen 2 for various ThinkPad models while all testing was carried out on the brand new Fedora Workstation 39 Linux release.

After a difficult few years of global supply chain woes leading to limited available and heightened retail pricing on the Raspberry Pi single board computers, today there is finally an update to the family. Four years after the Raspberry Pi 4 shipped, today the Raspberry Pi 5 is launching with a much improved SoC leading to significant performance gains. Additional improvements with the Raspberry Pi 5 make this a very nice generational upgrade.

The past few weeks I've been putting the Lenovo ThinkPad P14s Gen 4 AMD mobile workstation through its paces that is powered by the AMD Ryzen 7 PRO 7840U SoC. Besides uncovering one BIOS issue that is in the process of being resolved, this latest-generation AMD-powered laptop that features 64GB of LPDDR5X memory, 1TB NVMe SSD, and integrated Radeon graphics with 2.8K OLED display has been working out well on modern Linux distributions. Here's a look at this AMD Zen 4 laptop running on Linux and plenty of performance benchmarks for this laptop.

SiFive's HiFive Unmatched development board was interesting when it began shipping in 2021 with 16GB of RAM and four U74-MC RISC-V cores along with one S7 core. But pricing was rather steep at $665 USD. Fast forward two years, the StarFive VisionFive 2 has begun to enjoy wide availability and for $100+ this RISC-V development board features a quad-core RISC-V processor via the StarFive JH7110 SoC with integrated GPU, up to 8GB of RAM, HDMI 2.0 output, dual Gigabit Ethernet, dual USB 3.0 ports, and more for around $100 USD. Here are some benchmarks of this most interesting RISC-V single board computer in the ~$100 space to be released yet.

This Patch Tuesday brings a new and potentially painful processor speculative execution vulnerability... Downfall, or as Intel prefers to call it is GDS: Gather Data Sampling. GDS/Downfall affects the gather instruction with AVX2 and AVX-512 enabled processors. At least the latest-generation Intel CPUs are not affected but Tigerlake / Ice Lake back to Skylake is confirmed to be impacted. There is microcode mitigation available but it will be costly for AVX2/AVX-512 workloads with GATHER instructions in hot code-paths and thus widespread software exposure particularly for HPC and other compute-intensive workloads that have relied on AVX2/AVX-512 for better performance.

The most common request from my recent ROG Ally benchmarking with the Ryzen Z1 SoC and also the Ryzen 7 7840U laptop SoC testing has been wanting to know how these Zen 4 mobile processors compete with Apple's M2 on Linux. Well, for those curious, here are some initial performance figures of the Apple M2 in a MacBook Air running Asahi Linux up against the AMD Ryzen Z1 Extreme and Ryzen 7 7840U SoCs on Linux.

With the ASUS ROG Ally gaming handheld that began shipping last month I've so far looked at the Linux support for this device as well as looking at the Windows 11 vs. Linux gaming performance as well as the Ryzen Z1 Extreme CPU performance. What many Phoronix readers have been most interested in seeing though are the side-by-side benchmarks for Valve's Steam Deck up against the ASUS ROG Ally. Today's benchmarks provide just that comparison plus some CPU benchmarks too.

Following last month's announcement, this week marks the start of the ASUS ROG Ally shipping as the most compelling alternative to date for Valve's Steam Deck. The ASUS ROG Ally features the new AMD Ryzen Z1 Extreme CPU that's interesting in its own right for being based on Zen 4 and RDNA3 integrated graphics. There will be many benchmark articles on Phoronix over the days ahead looking both at the ASUS ROG Ally itself for Linux gaming/performance as well as focusing more generally on the Ryzen Z1 Extreme. In today's article is a few words to get started on the Linux support.

I spent the past few weeks testing the latest System76 Pangolin laptop that has been working out well as an all-AMD 15-inch laptop running the company's increasingly-popular Pop!_OS Linux distribution.

With an 8-core Rockchip RK3588S SoC, the Orange Pi 5 is leaps and bounds faster than the aging Raspberry Pi 4. With up to 32GB of RAM, the Orange Pi 5 is also capable of serving for a more diverse user-base and even has enough potential for assembling a budget Arm Linux developer desktop. I've been testing out the Orange Pi 5 the past few weeks and it's quite fast and nice for its low price point.

One of the new features introduced with Linux 6.2 is Call Depth Tracking and it can help extend the useful service life of Intel Skylake through Coffeelake era processors in providing better performance than is otherwise found out-of-the-box on Linux.

Last week I published initial Apple M2 vs. AMD Rembrandt vs. Intel Alder Lake Linux benchmarks using Asahi Linux and Arch Linux across the board. For ending out this week, here is a follow-up article looking more closely at the Apple M2 in the MacBook Air against the AMD Ryzen 7 PRO 6850U "Rembrandt" within the Lenovo ThinkPad X13 Gen3. This time around are also results from performance tweaks to each laptop for the CPUFreq governor and platform profile.

Given the significant interest from Phoronix readers about how well Apple M2 performs on Linux, especially after it was noted Linus Torvalds using an Apple MacBook Air M2, here are the first of many benchmark articles to come looking at how well Apple's M2 performs under Linux against Intel/AMD x86_64 competition. The new Apple MacBook Air with M2 was benchmarked for this article against the AMD Ryzen 7 PRO 6850U "Rembrandt" Zen 3+, Intel Core i7 1280P "Alder Lake P", an AMD Ryzen 9 5900HX "Cezanne H", and also for reference an Apple Mac Mini M1 model. All of these laptops were tested under Arch Linux (x86_64) and the Arch-based Asahi Linux (M1/M2).

I've begun testing the AMD Ryzen 7 PRO 6850U "Rembrandt" SoC under Linux and have some preliminary benchmarks of this Zen 3+ chip up against a variety of Intel and AMD notebooks on hand. Here is the first of several articles looking at the AMD Ryzen 7 PRO 6850U Linux performance using a Lenovo ThinkPad X13 Gen3.

Earlier this week Linux security researcher Matthew Garrett shared that Lenovo's newer AMD Rembrandt laptops with Microsoft's Pluton security co-processor would not boot Linux by default. The issue stems from the third-party UEFI certificate not being enabled by default and it turns out is something Microsoft is seemingly now enforcing. Fortunately, I had a Lenovo ThinkPad X13 Gen3 with Ryzen 7 PRO 6850U on the way and so was now able to test this experience under Linux.

With the very popular HP Dev One that is powered by an AMD Ryzen 7 PRO SoC and running Pop!_OS, a number of Phoronix readers inquired about seeing benchmarks of some of the alternative kernel flavors on the device. So here is a look at the stock Linux 5.17 kernel up against the Linux 5.18 and 5.19 (Git) kernels and then Liquorix and XanMod tossed in as alternative flavors running on the Pop!_OS 22.04 installation.

Back in March the folks at OnLogic announced the Factor 201 as a Raspberry Pi CM4 (Compute Module 4) fitted for industrial use-cases like IoT gateways and more. The past few weeks I have been testing out this Raspberry Pi powered device and indeed it opens the door for using the Raspberry Pi within more harsh and demanding environments.

Earlier this month marked the launch of the HP Dev One as an interesting collaboration between HP and System76 for a laptop optimized for Linux developers and running System76's Ubuntu-based Pop!_OS operating system. It's a very interesting laptop and well thought out for Linux use with an AMD Ryzen 7 PRO 5850U SoC and integrated Radeon graphics for satisfying the preferences of many Linux developers preferring a fully open-source driver stack. Thanks to the large scale manufacturing of HP, it's also a competitively-priced Linux laptop compared to many of the Linux laptops from smaller vendors that are based on Clevo or other white box laptop designs.

Bavarian PC vendor TUXEDO Computers that specializes in various Linux pre-loaded notebooks and desktop computers recently launched their Aura 15 Gen2 laptop focused on being an "affordable business allrounder" and powered by AMD Ryzen 5000 series processors with integrated Vega graphics to make for a nice open-source driver experience. TUXEDO sent over the Aura 15 Gen2 for a round of testing and here's a look at this Ubuntu Linux laptop's performance and capabilities.

Over the past nearly 18 years of running Phoronix, I have come across many interesting Linux-based products from Linux embedded in motherboards for instant-on use to the BlackDog USB port pen drive Linux servers to solar-powered super-computers in trash cans. The most fun and promising Linux-powered gaming device for the masses though is launching today: Valve's Steam Deck. I've been fortunate to be testing out this Arch Linux derived handheld game console the past month and it has been working out very well -- both as a portable Steam gaming device but making it even more compelling from the Linux enthusiast angle is its "developer mode" that effectively turns it into a general Linux handheld and also being free to load your own Linux distribution of choice.

Yesterday Google Cloud launched their C2D instance type as their newest compute-optimized instances powered by AMD EPYC 7003 series processors. here are some quick benchmarks looking at the C2D performance against the existing Intel Xeon powered C2 instance type and the former EPYC 7002 based N2D instance type.

When it comes to small form factor (SFF) industrial PCs and IoT computers, it's been an area where Intel has traditionally dominated and served quite well. But now with the continued success of AMD's Ryzen processors, we are beginning to see more AMD-powered industrial computer solutions become available such as the recent OnLogic ML100 series with AMD SoC options. I've been testing out the OnLogic ML100G-41 powered by a Ryzen 7 4800U SoC for many weeks now and this fanless, industrial-grade computer has been running very well for a diverse variety of workloads.

The long time Phoronix reader, with an excellent long-term memory, may remember an odd article from back in August 2017 on buying a passively cooled computer. It tells the tale of the consumer who decided to buy a rather niche, fanless, therefore passively cooled computer.

Next month marks two years since AMD introduced the Ryzen Threadripper 3990X 64-core / 128-thread processor. All of our testing of the 3990X on Linux over the past two years has been with the System76 Thelio Major, which continues holding up well with that US-assembled workstation with hand-crafted enclosure from Colorado. With System76 having recently released Pop!_OS 21.10 as the latest update to their Ubuntu Linux derived operating system and upcoming two year anniversary of the 3990X, it made for an interesting time to see how the performance of the Ryzen Threadripper 3990X and Radeon RX 5700 XT within that workstation has evolved.

At the end of October came the pleasant surprise of the introduction of the Raspberry Pi Zero 2 W. This drop-in replacement to the original Raspberry Pi Zero features a more powerful 1.0GHz quad-core Cortex-A53 compared to the miniscule 1GHz single-core design of the original Pi Zero while boasting 512MB of LPDDR2 RAM. Here are some initial benchmarks of the Raspberry Pi Zero 2 W for those curious about its performance.

While many Linux users were excited years ago around EOMA68 and in part the possibility of an open, upgradeable laptop design, it has yet to ship and looking like it never will -- not to mention being very outdated specifications by today's standards. Entirely unrelated to that prior upgradeable hardware effort but continuing in similar goals is The Framework Laptop. The Framework Laptop is a thin, upgradeable notebook that is Linux-friendly and allows the user to easily upgrade their own components. I was testing The Framework Laptop for a while and from the hardware perspective is a very nice device and running well under Linux.

With the in-development Linux 5.15 kernel there is now support for ACPI Platform Profiles on supported ASUS laptops. This ASUS laptop platform profile support joins the likes of HP, Dell, and Lenovo laptops already having this support exposed under Linux that allows users to control their power/performance preference. Here are some tests with the ASUS ROG Strix G15 AMD Advantage laptop with the platform profile options under Linux 5.15.

A few weeks ago I finally received the HiFive Unmatched from SiFive as their flagship RISC-V development board. As a reminder this is their mini-ITX development board that is powered by their U740 SoC and features 16GB of DDR4 system memory, one PCI Express x16 slot that can work with AMD Radeon graphics cards on Linux, and other features. It's been a delight playing with this developer platform and enclosed are some early benchmarks as well showing off the U740 performance as well as how the Linux software support/performance has been evolving.

This summer we have been testing the Tyan Transport CX GC68B8036-LE as one of the company's newest options for those in the market for an AMD EPYC 7003 "Milan" 1U 1P barebones server. Across our wide range of Linux and BSD benchmarking this Tyan Transport CX GC68B8036-LE with Tyan S8036GM2NE motherboard has been holding up well and meeting our requirements and proven reliability in having tested Tyan products now at Phoronix for over the past 16 years.