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Intel Celeron N3050 Braswell Linux Performance

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Graphics/Benchmarks

This week has been fun testing out the Braswell-powered NUC5CPYH. This NUC features the Celeron N3050 SoC and in this article are some of the first benchmarks of this new Intel design when testing under Linux.

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More in Tux Machines

Security and FUD: Updates, Keeper, WireGuard and Concerns About 2038

  • Security updates for Friday

    Security updates have been issued by CentOS (java-1.7.0-openjdk and ppp), Debian (libimobiledevice, libusbmuxd, and pure-ftpd), Fedora (caddy, firejail, golang-github-gorilla-websocket, golang-vitess, hugo, mingw-libpng, php, and proftpd), openSUSE (chromium, enigmail, ipmitool, libsolv, libzypp, zypper, weechat, and yast2-rmt), Oracle (java-1.7.0-openjdk and ppp), Red Hat (java-1.7.0-openjdk and ppp), Scientific Linux (java-1.7.0-openjdk and ppp), and SUSE (java-1_8_0-ibm, kernel, mariadb, mariadb-100, openssl, php5, python, rsyslog, and texlive-filesystem). 

  • Keeper – A Robust, Security-Centric Password Manager [Ed: This 'article' from FOSSmint (not FOSS) is referral SPAM. Proprietary software promoted for a fee. This -- yes, this -- is what kills journalism.]

    We’ve covered several password managers over the years with popular names like RememBear, Buttercup, Pass, and Enpass, and I am happy about the positive feedback from readers over the years. Today, I would like to introduce you to a strong password generator and security-centric manager application and it goes by the convenient name of Keeper. Keeper is a top-rated freemium password manager designed to provide personal users, families, students, and businesses with a reliable application for generating strong passwords as well as storing them while ensuring protection from cyberthreats and password-related data breaches.

  • WireGuard – A Fast, Modern and Secure VPN Tunnel for Linux

    WireGuard is a modern, secure, cross-platform and general-purpose VPN implementation that uses state-of-the-art cryptography. It aims to be speedy, simpler, leaner and more functional than IPsec and it intends to be more performant than OpenVPN. It is designed for use in various circumstances and can be deployed on embedded interfaces, fully loaded backbone routers, and supercomputers alike; and runs on Linux, Windows, macOS, BSD, iOS, and Android operating systems. It presents an extremely basic yet powerful interface that aims to be simple, as easy to configure and deploy as SSH. Its key features include a simple network interface, crypto key routing, built-in roaming and container support. Note that at the time of writing, it is under heavy development: some of its parts are working toward a stable 1.0 release, while others are already there (working fine).

  • Modern Computers Might Stop Working on January 19, 2038

    Nearly every computer in the history of computers keep time using a 32-bit integer, counting forward from 00:00:00 UTC on the 1st of January 1970, referred to as the epoch. This instant of time was set as the standard for modern computing systems, but there's a major problem. Seven seconds after 3:14 am UTC on the 19th of January 2038, the 32-bit integer storing this time data will run out of positions. The problem is similar to the Y2K issue where a 2-digit value could no longer be used to encode the years 2000 or later, but different in that this 32-bit bug is related to Unix-like systems and the Unix time format. These similarities to the Y2K bug have widely lead to the 2038 problem being known as the Unix Millennium Bug. [...] Embedded systems like those in cars and appliances are designed to last the lifecycle of the device without a software update. Connected electronics can be quickly fixed with a software update when the time comes, but these embedded systems will likely wreak the most havoc in 2038 since most won't be updated. One option is to change the data storage system of the 32-bit integer to an unsigned 32-bit integer. This would theoretically allow for date storage all the way to 2106, but any system that used a date prior to 1970 would run into issues accessing this data. If we increased the data storage to 64-bit, we would run into compatibility storage issues between older systems that only use 32-bit data storage. There's no current universal solution to the problem and even the most widely accepted fixes still have bugs in certain usage areas. There is positive news at the end of this.

The Chrome Cast 50: Linux on Chromebooks and the future of Chrome OS tablets

This week on The Chrome Cast, we’re exploring a couple seemingly-unconnected ideas that actually tie into one another quite well. First up is the heightened interest in Linux apps on Chrome OS. While we’ve been tracking along with the development of Crostini since before it was actually a thing, it’s been a while since we’ve really dug into what Chromebooks are capable of with Linux. As part of that renewed effort, we’ve launched Command Line, where we are focusing more on what users can do and get done with Linux apps on their Chromebook. Read more Another new show:

  • 2020-02-28 | Linux Headlines

    The Open Source Initiative kicks a co-founder from its mailing lists, OBS faces backlash for receiving support from Facebook Gaming, and Collabora launches its version of LibreOffice for mobile.

Linux-powered module charges up the RISC-V PolarFire SoC

Aries’ “M100PFS” module runs Linux on Microchip’s RISC-V based PolarFire SoC with FPGAs up to 265K LE. Features include up to 8GB LPDDR4, up to 64GB eMMC, and support for up to 16x SERDES lanes. Aries Embedded announced one of the first compute modules equipped with the PolarFire SoC, a Linux-powered, FPGA-enabled RISC-V SoC from Microchip’s Microsemi unit (see farther below). The M100PFS has the same 74 x 42mm footprint as Aries’ similar M100PF module, which is equipped with the PolarFire FPGA without the Linux-ready RISC-V cores. Read more

Android as a Desktop

  • Android-x86 project lets you run Android 9 Pie on a desktop, laptop, or table

    The team at the Android-x86 project Abba released their latest version of an Android based desktop operating system, offering an open source platform that can run Android 9 Pie on a desktop, laptop, or tablet with an Intel or AMD processor. Today the team announced the public release of Android-x86 9.0, the first stable release for Android-x86 9.0 (pie-x86). The prebuilt images are now available to download from Foss Hub and OSDN, check out the links below. The latest release includes support for 32-bit and 64-bit x86 processors, hardware-accelerated graphics with support for OpenGL ES 3.x on Intel, AMD, and NVIDIA GPUs, as well as experimental Vulkan graphics support, together with an optional Taskbar launcher, although you can also use the default Android-style launcher if you prefer. Other supported areas within the Android desktop operating system include WiFi, Bluetooth, Ethernet, camera, audio, and multitouch input.

  • Android-x86 9.0 Offering Android Pie Experience on Computer Released
  • Android is NOT Linux

    Android is NOT Linux Let's go over why Android is nothing like Linux. While it may use a Linux Kernel it is a completely different beast altogether.