Changes in the latest Linux kernel, Linux 6.16Can be small, but they include some important. Linus Torwalds expressed himself This release is fine, small and cool lookingBut “it’s really not all interesting (in all the best ways!).”
My list here is what is new and better.
First, Jung language The kernel is being integrated more well. At the top of my list is that the kernel now claims rust binding for the driver core and PCI device subscribe. This perspective will make it easier to add new rust-based hardware drivers to Linux.
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Additionally, the abstraction of the new war is integrated into the Direct Rendering Manager (DRM), especially IOCTL handling, file/game memory management, and driver/device infrastructure for major GPU vendors, such as AMD, NVIDIA and Intale. These changes should reduce the weaknesses and optimize graphics performance. This will please gamers and AI/mL developers.
Linux 6.16 also brings normal improvement in the support of the war. The packaging format of crate rust is. This will make it easier to manufacture, maintain and integrate rust kernel modules in kernels.
Do not worry about those of you who still love C. The vast majority of the kernel code remain in C, and the war is unlikely to change C soon. In a decade, we must be telling another story.
Beyond the rest, it also comes with the latest release with several major file system reforms. For beginning, XFS file system Now supports large nuclear writing. This capacity means that large multi-block right operations are “atoms”, which means that all blocks have been updated or none. This increases data integrity and prevents data right errors. This step is important for companies that use XFS for databases and mass storage.
Perhaps the most popular Linux file system, Ext4, Many improvements are also being received. These boosts write rapid committees, large folios support and nuclear multi-FSBlock Bigolok filesistum. What these reforms mean, if you are not a file-system NERD, then we should see a speedup up to 37% for sequential I/O workload.
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If your Linux laptop doubles as a music player, another good new feature is that you can now stream your audio on the USB, while the rest of your system is sleeping. This capacity has been available in Android for some time, but now it is part of the mainline linux.
If security is the top priority for you, then 6.16 kernel now supports Intel Trusted Execution Technology (TXT) and Intel Trusted Domain Extension (TDX)This joint, with better support of Linux – AMD safe encrypted virtue and secure memory encryption (SEV-SNP)), Enables you to encryp the memory of your software, which is known Confidential computationThis feature improves cloud security by encrypting the user’s virtual machine memory, which means that a person who cracks the cloud cannot reach your data.
There are many other Linux chip improvements in this release. For the beginning, Linux now supports Intel Advanced Performance Extension (APX)With APX, Linux can now use 32 general-purpose X86 registers. This double old chips are ’16 register. This improvement means that you will look at the increased performance from the next generation Intel CPU, such as the Lunar Lake Processor and Granite Rapids Xeon processor.
You will also be able to reach this better processor performance through new Config_x86_native_CPU optionThis option enables users especially to make customized kernels for their processors. While some people see this step in a way to get the most power from their laptops and desktops for Linux Hobies, I also see it as a means to make Linux kernels adapted to my server for business developers.
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Linux brings better support for 6.16 Nvidia’s Blackwell GPUBlackwell chips, which are mostly used for AI, are already being deployed in high-end Linux Desktop.
On the network front, how does TCP/IP work with Dmabuf The CPU and AI will enable equipment, including accelerator, to speed up your network, not burden the CPU. While an average user cannot notice this change, high-demonstration networkers will see acceleration.
And the possibility is that if they use then the average user will see benefits OpenvpnOpenvpn’s native networking protocol will still not run rapidly as a wireguard, but at least, it will give it more of a race.
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Looking further, Torwalds warned that things cannot go so easily with 6.17 release. “It is worth noting that the upcoming merge window for 6.17 is going to be a bit chaotic for me,” said Torwalds. “I have many family programs this August (a wedding and a big birthday), and that the family is spreading not only in America, but also in Finland, I am traveling for about half a month.” That schedule will slow down anyone.
Therefore, like a true workholic, Torwalds has already begun to front their 6.17 workloads. He expects to achieve the wholesale of work within the next two weeks before starting his journey. Torwalds said: “I already finished to give a head to those who do the most bridge requests to me. And in fact, I already have 50 bridge requests pending, so thanks to those who took that head to the heart.” Nevertheless, Torwald “can only delay a little to catch RC1.”
If you are a Linux kernel developer, however, don’t think that you can expect it to be easier and slide late bridge request. Conversely, the opposite is true, warned the Torwalds: “This does not mean that I will become more generous to late bridge requests (probably, because it is just going to add to potential chaos).”
