Samuel Pitoiset has been working hard to reverse-engineer NVIDIA's hardware performance counters of their GPU and to allow them to be taken to their full potential under the open-source Nouveau Linux graphics driver.
For over one year the student developer Samuel Pitoiset has tasked himself with reverse engineering NVIDIA's GPU performance counters with an end goal of coming up with an NVPerfKit-like implementation for Linux that runs off the reverse-engineered Nouveau stack. Samuel has been involved with Google's Summer of Code and has stuck around doing great work for the limited-staffed Nouveau driver.
Recently, as part of the anti-women #GamerGate campaign, a set of awful humans convinced Intel to terminate an advertising campaign because the site hosting the campaign had dared to suggest that the sexism present throughout the gaming industry might be a problem. Despite being awful humans, it is absolutely their right to request that a company choose to spend its money in a different way. And despite it being a dreadful decision, Intel is obviously entitled to spend their money as they wish. But I'm also free to spend my unpaid spare time as I wish, and I no longer wish to spend it doing unpaid work to enable an abhorrently-behaving company to sell more hardware. I won't be working on any Intel-specific bugs. I won't be reverse engineering any Intel-based features. If the backlight on your laptop with an Intel GPU doesn't work, the number of fucks I'll be giving will fail to register on even the most sensitive measuring device.
Now that OEMs have acknowledged that smaller and cheaper is better (the customer is always right) we should see a lot more GNU/Linux on retail shelves along with all those Android/Linux devices. The market is converging on a system with options not restrictions. Expect to see Android/Linux + GNU/Linux systems being offered in bulk really soon, perhaps by Christmas.
Business and free software have been intertwined for years, but the two often misunderstand one another. That's not surprising -- what is just a business to one is way of life for the other. But the misunderstanding can be painful, which is why debunking it is a worth the effort.
An increasingly common case in point: the growing attempts at open hardware, whether from Canonical, Jolla, MakePlayLive, or any of half a dozen others. Whether pundit or end-user, the average free software user reacts with exaggerated enthusiasm when a new piece of hardware is announced, then retreats into disillusionment as delay follows delay, often ending in the cancellation of the entire product.
It's a cycle that does no one any good, and often breeds distrust – and all because the average Linux user has no idea what's happening behind the news.
My own experience with bringing products to market is long behind me. However, nothing I have heard suggests that anything has changed. Bringing open hardware or any other product to market remains not just a brutal business, but one heavily stacked against newcomers.
Samsung, with the launch of the Tizen Samsung NX1 Smart Camera, has introduced a new 28 megapixel (MP) APS-C CMOS image sensor for digital cameras, which is said to offer superior light absorption thanks to the back-side illuminated (BSI) pixel technology and 65-nanometer (nm) low-power copper process.
Intel launched its Edison COM for IoT apps, with a “Tangier” SoC that mixes a dual-core Atom running Linux with a Quark chip, plus optional breakout boards.
Intel’s tiny Edison computer-on-module for wearables and other Internet of Things applications is finally available for $50, along with two Intel development boards plus an array of third-party expansion boards from SparkFun. According to Jim Chase, product manager for the Intel Edison and Galileo platform hardware and ecosystems, the 35.5 x 25 x 3.9mm Edison module integrates a new system-on-chip codenamed “Tangier,” a stripped down version of Intel’s Atom Z34xx (“Merrifield”), a 22nm “Silvermont” processor, typically aimed at smartphones.