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Mozilla commits $1M to support free open-source software projects

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Moz/FF
OSS

Mozilla, the company behind the Firefox browser, announced today that it has allocated $1 million to dole out grants to support free and open-source software projects around the world.

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USDOJ Takes on Google, Mozilla Responds

  • Justice Department Sues Monopolist Google For Violating Antitrust Laws

    oday, the Department of Justice — along with eleven state Attorneys General — filed a civil antitrust lawsuit in the U.S. District Court for the District of Columbia to stop Google from unlawfully maintaining monopolies through anticompetitive and exclusionary practices in the search and search advertising markets and to remedy the competitive harms. The participating state Attorneys General offices represent Arkansas, Florida, Georgia, Indiana, Kentucky, Louisiana, Mississippi, Missouri, Montana, South Carolina, and Texas. “Today, millions of Americans rely on the Internet and online platforms for their daily lives. Competition in this industry is vitally important, which is why today’s challenge against Google — the gatekeeper of the Internet — for violating antitrust laws is a monumental case both for the Department of Justice and for the American people,” said Attorney General William Barr. “Since my confirmation, I have prioritized the Department’s review of online market-leading platforms to ensure that our technology industries remain competitive. This lawsuit strikes at the heart of Google’s grip over the internet for millions of American consumers, advertisers, small businesses and entrepreneurs beholden to an unlawful monopolist.”

  • Mozilla Reaction to U.S. v. Google

    Like millions of everyday internet users, we share concerns about how Big Tech’s growing power can deter innovation and reduce consumer choice. We believe that scrutiny of these issues is healthy, and critical if we’re going to build a better internet. We also know from firsthand experience there is no overnight solution to these complex issues. Mozilla’s origins are closely tied to the last major antitrust case against Microsoft in the nineties. In this new lawsuit, the DOJ referenced Google’s search agreement with Mozilla as one example of Google’s monopolization of the search engine market in the United States. Small and independent companies such as Mozilla thrive by innovating, disrupting and providing users with industry leading features and services in areas like search. The ultimate outcomes of an antitrust lawsuit should not cause collateral damage to the very organizations – like Mozilla – best positioned to drive competition and protect the interests of consumers on the web.

  • DOJ May Force Google To Sell Chrome To Settle Antitrust Case: Report

    he U.S. Department of Justice may force Google to sell its Chrome browser. The development came after the US Congress’ antitrust report on big tech companies. It is also told that the DOJ is targeting Google’s advertising business as well. The prosecutors aim at breaking Google’s monopoly on the $162 billion digital advertising market. Politico reported the development via anonymous sources.

TrueNAS R-series hyperconverged appliances blend storage and compute

Today, storage vendor iXsystems is launching a new R-series hyperconverged infrastructure appliance for its TrueNAS product line—and the first alpha release of TrueNAS SCALE, a Debian Linux-based version of the TrueNAS storage distribution. The new R-series appliances are designed to run either traditional, FreeBSD-based TrueNAS, or the new Debian-based TrueNAS SCALE. The series launches with four models—all rack-mounted—ranging from the 1U, 16-bay TrueNAS R10 to the up to 12U, 52 bay TrueNAS R50. All four models offer Ethernet connectivity up to dual 100GbE, as well as optional dual 32Gb Fibre Channel and Intel Xeon CPUs. The three larger models are expandable via separate JBOD shelves as well. Read more Also Debian: Petter Reinholdtsen: Buster based Bokmål edition of Debian Administrator's Handbook

Graphics: NVIDIA Issues,"Big Navi" (AMD), and NIR/Mesa

  • Arch Linux - News: nvidia 455.28 is incompatible with linux >= 5.9

    nvidia is currently partially incompatible with linux >= 5.9 [1] [2]. While graphics should work fine, CUDA, OpenCL, and likely other features are broken. Users who've already upgraded and need those features are advised to switch to the linux-lts kernel for the time being until a fix for nvidia is available.

  • Radeon Linux Driver Seeing "MALL" Feature For Big Navi - Phoronix

    The AMDGPU open-source Linux kernel graphics driver continues seeing work on next-generation GPU support around the forthcoming "Big Navi" GPUs. Building off the Sienna Cichlid support that has come together and made its debut for Linux 5.9, and has further improvements for the now in-development Linux 5.10 kernel, new patches are now surfacing as material that will eventually make its way into Linux 5.11 for release as stable in early 2021. One of these late feature additions for Sienna Cichlid is the "MALL" display feature. MALL in this context is the Memory Access at Last Level. This Memory Access At Last Level is a DCN 3.0 feature for enhancing power savings with the screen contents coming from the "MALL" when certain conditions are met. At least at this point the support is only enabled for Sienna Cichlid and not other variants like Navy Flounder.

  • NIR-To-TGSI Support Added To Mesa 20.3 - Phoronix

    Mesa 20.3 has merged a long work-in-progress patch series providing support for going from the modern NIR intermediate representation to TGSI as the conventional Gallium3D IR. The NIR-To-TGSI translation layer has been in the works for most of the year with hopes of using that to eventually kill the Mesa state tracker GLSL-to-TGSI code that is quite large and crusty. While RadeonSI, Iris, and the other larger Gallium3D drivers are making use of NIR for a while now, this NIR-to-TGSI path can help other Gallium3D drivers like Softpipe that still rely on TGSI. If getting rid of the GLSL-to-TGSI path, GLSL shaders would ultimately go through NIR and then translated to TGSI.

Devices/Embedded Hardware, Mostly With Linux

     
  • Dual-GbE mesh networking board features 802.11ax

    Wally’s “DR6000” mesh router board runs on Qualcomm’s quad -A53 IPQ6000 SoC with 2x GbE ports, dual-band concurrent 802.11ax (WiFi 6), and micro-USB and serial connections.

  • SDM-L signage system is first to taste Coffee Lake

    Aaeon’s “ASDM-L-CFS” SDM-L form-factor signage module runs on 8th or 9th Gen Core CPUs with up to 32GB DDR4, GbE, 2x USB 3.2, 2x M.2, HDMI 2.0 and DP 1.2, and an optional enclosure.

  • SwarmDrive is an ESP32 motor driver board for brushless motors (Crowdfunding)

    Netherlands based NickStick BV has developed a motor driver board powered by an ESP32 dual-core WiFI and Bluetooth module and capable of controlling brushless DC motors. 

  • ODROID-HC4 low-cost dual NAS comes with 4GB RAM, supports 2.5-inch and 3.5-inch SATA drives

    It’s hard to find low-cost NAS platforms often because of the mechanism to insert drives and the enclosure add to the cost. An alternative is to use boards like Hardkernel ODROID-HC1 for 2.5-inch drives or ODROID-HC2 for 2.5- and 3.5-inch drives, but each board supports only one drive. The designs are stackable, but you’d need one Linux board per drive, so it’s not ideal.

  • Odroid-HC4 toaster NAS runs dual PCIe-driven SATA drives

    Hardkernel is prepping an open-spec, $65 to $75 “Odroid-HC4” NAS device that runs Linux on a quad -A55 Amlogic S905X3 and offers dual PCIe-driven 2.5- or 3.5-inch slots for SSDs or HDDs plus HDMI 2.0 and 4GB DDR4.

  • Thinking About Creating A Raspberry Pi Replacement? | Hackaday

    If you’ve ever wanted to try your hand at creating a Raspberry Pi-like board for yourself, you should check out [Jay Carlson’s] review of 10 different Linux-capable SoCs. Back in the 1960s, a computer was multiple refrigerator-sized boxes with thousands of interconnections and building one from scratch was only a dream for most people. Then ICs came and put all the most important parts in a little relatively inexpensive IC package and homebrew computing became much more accessible. Systems on Chip (SoC) has carried that even further, making it easier than ever to create entire systems, like the Pi and its many competitors. Only a few years ago, making an SoC was still a big project because the vendors often didn’t want to release documentation to the public. In addition, most of the parts use ball grid array (BGA) packaging. BGA parts can be hard to work with, and require a multilayer PC board. Sure, you can’t plug these into a typical solderless breadboard. But working with these relatively large BGAs isn’t that hard and multilayer boards are now comparatively cheap. [Jay] reports that he got cheap PCBs and used a hot plate to build each board, and has some sage advice on how to do it.