A few weeks ago I noticed some foreign exchange students at my university who were huddled around a Panasonic laptop. This wasn't one of the Toughbook models that are sold in the US, but a newer Japanese model. Seeing this rare laptop out in the wild combined with the recent wailing and gnashing of teeth concerning the MacBook Pro piqued my interest in the current Japanese PC market.

Many of us have been talking our way around this issue for the past week without directly confronting it, so I feel like now's as good a time to address it as any: Apple's new MacBook Pro laptops are not designed for professional use.

This should come as no surprise to those who've long perceived the Mac platform as inward-looking, limited in compatibility, and generally worse value for money than comparable Windows alternatives. Pros are smart with their tools and their money, after all. But the change with Apple's 2016 generation of MacBook Pros is that those downsides have been amped up - more expensive and less compatible than ever before - to an extreme that exposes the fallacy of the continued use of the Pro moniker. These are Apple's premium laptops, its deluxe devices, but not in any meaningful way computers tailored for the pros. A MacBook Pro is now simply what you buy if you're in the Apple ecosystem and have a higher budget and expectations than the MacBook can fulfill.

H.264 is a video compression codec standard. It is ubiquitous - internet video, Blu-ray, phones, security cameras, drones, everything. Everything uses H.264 now.

H.264 is a remarkable piece of technology. It is the result of 30+ years of work with one single goal: To reduce the bandwidth required for transmission of full-motion video.

Technically, it is very interesting. This post will give insight into some of the details at a high level - I hope to not bore you too much with the intricacies. Also note that many of the concepts explained here apply to video compression in general, and not just H.264.

First up, a bit of clarification. By general purpose OS I'm referring to what most people use for server workloads today - be it RHEL or variants like CentOS or Fedora, or Debian and derivatives like Ubuntu. We'll include Arch, the various BSD and opensolaris flavours and Windows too. By end I don't literally mean they go away or stop being useful. My hypothosis is that, slowly to begin with then more quickly, they cease to be the default we reach for when launching new services.

Plasma Mobile aims to become a complete and open software system for mobile devices. It is designed to give privacy-aware users back the full-control over their information and communication. Plasma Mobile takes a pragmatic approach and is inclusive to 3rd party software, allowing the user to choose which applications and services to use. It provides a seamless experience across multiple devices. Plasma Mobile implements open standards and it is developed in a transparent process that is open for the community to participate in.

Based on VS1063 chip, it can playback many music formats in full 16-bit 48Khz audio and additionally mix with the Amiga's native Paula sound. When it is decoding and playing back a MPEGA audio file or various other formats, it frees up the Amiga to do other things. An MHI driver is supplied with the card for AmigaAmp and other various music playing software.

In a few hours of testing, I haven't seen any noticeable problems with the graphic or sound recreation on the NES Classic Edition. Even the flickering and slowdown issues that were a forced part of that original NES game design seem to be captured accurately.

Colors are rendered brightly and accurately (unlike similar NES emulation on the Wii, Wii U, and 3DS), with big, sharp pixels by default. So far, I'm really enjoying the CRT filter, which adds a pleasant fuzziness to the edges of the sprites without being distracting.

Never have I wanted a computer as much as the Sony VAIO P.

Never have I been so wrong.

Sony introduced the VAIO P at CES 2009, the height of the netbook boom, and its stunning design soared high above all competitors racing to the bottom. Look at your laptop; now imagine that the bottom half was nothing but the keyboard, and the top half was dominated by an ultrawide high-resolution screen. That's the VAIO P. It is screamingly beautiful even today.

Today we're thrilled to announce that Minoca OS has gone open source. We are releasing the entirety of the Minoca OS source code under the GNU GPLv3. We're excited to build a community of users and developers around this new operating system, and we need help. You can check out the source at https://github.com/minoca/os.

Minoca OS is a general purpose operating system written completely from the ground up. It's intended for devices looking to conserve power, memory, and storage. It aims to be lean, maintainable, modular, and compatible with existing software.

Since August 13, the kernel is going through a complete rewrite, which makes the kernel space ultra-small (about the size of L4). Everything which can run outside the kernel in practice, will do so.

It is almost complete and will likely be merged in the coming week.

Although I can't switch wholesale just yet, I see no real reason why I can't use Elementary for around 80% of the stuff I do - probably even more with a few adjustments on my part.

And that, in and by itself, should tell you how much Apple has dropped the ball here.

It's strange - there's nothing actually wrong with what Apple announced: USB-C on the Mac is great, a thinner, more powerful machine is intriguing and, while it's too early to say, the Touch Bar could possibly be a gimmick, but it could be useful for helping people discover what shortcuts exist as they use the computer.

The thing is, I can't figure out who this is for other than those who are on really old machines. Myself, and everyone else, seems to be wondering what, exactly, is the selling point of this upgrade.

With the final major capability for BPF tracing (timed sampling) merging in Linux 4.9-rc1, the Linux kernel now has raw capabilities similar to those provided by DTrace, the advanced tracer from Solaris. As a long time DTrace user and expert, this is an exciting milestone! On Linux, you can now analyze the performance of applications and the kernel using production-safe low-overhead custom tracing, with latency histograms, frequency counts, and more.

Apple today announced the all-new MacBook Pro, confirming that the new computer will come in 13-inch and 15-inch sizes, in both Silver and Space Gray color options. The MacBooks are thinner and lighter than their previous generations, come with a Trackpad that's larger than the ones on the previous MacBooks, and have a redesigned keyboard for better typing.

Apple calls it "the most powerful MacBook Pro ever," and the 13-inch model features a 2.9 GHz dual-core Intel Core i5 processor with Turbo Boost speeds up to 3.3 GHz, 8GB of memory and 256GB of flash storage. The 15-inch version has a 2.6 GHz quad-core Intel Core i7 processor with Turbo Boost speeds up to 3.5 GHz, 16GB of memory and 256GB of flash storage. Both computers reach "up to 2.3 times the graphics performance" of the previous generation.