WOA Issue 22
In this issue: Abbreviated issue Report from Linaro Connect NATS…
Arm Holdings announced their new Cortex-A76 processor core, which is expected to show up in system designs in 2019. The new chip is described as targeting the laptop market. Clock speeds for the design approach 3 Ghz on a 7 nm process, and performance is described as 2x that of the current Cortex-A73.
Anandtech has perhaps the most detailed report on the A76, pointing out its origins in the Austin, TX design facility and noting detailed breakdowns of power and performance.
The Cortex A76 microarchitecture has been designed with high performance while maintaining power efficiency in mind. Starting from a clean sheet allowed the designers to remove bottlenecks throughout the design and to break previous microarchitectural limitations. The focus here was again maximum performance while remaining within energy efficiency that is fit for smartphones.
The new A76 diverges from previous processor core designs delivered by Arm in its primary support for 64-bit operations. 32-bit aarch32 instructions are planned to run in user mode, but kernel and supervisor codes are solely 64-bit. The Register focuses on this architectural element of the design.
The move away from 32-bit code is not without precedent, as server-class designs from Qualcomm and Cavium already ship without any 32-bit support.
Nandan Nayampally is VP and General Manager of the Client Line of Business at Arm.
In this episode Ryan [Shrout] and Patrick [Moorhead] sit down with Arm VP and GM of Client Business Nandan Nayampally to talk through the announcements of new high-performance cores and IP for mobile device markets. We touch on the design decisions that went into the new offerings and how this shift will help Arm move into areas like Windows more aggressively.
VLC is a free and open source cross-platform multimedia player and framework that plays most multimedia files as well as DVDs, Audio CDs, VCDs, and various streaming protocols. The latest release of VLC includes a development release for the Windows on Arm platform, targeting arm64 Windows systems.
Ignat Korchagin of Cloudflare is on the SRECon Asia schedule on Wednesday, June 6, 2018 for the talk “Call to ARMs: Adopting an arm64 Server into x86 Infrastructure”.
If you’re at #SREcon in Singapore next week check out how @Cloudflare managed to port our software stack to #arm64 and start serving production traffic using #arm64 servers in ~1.5 month from first touch.
The “JEP 315” proposal plans improve the existing string and array intrinsics, and implement new intrinsics for the java.lang.Math sin, cos and log functions, on AArch64 processors. The work targets JDK 11, with an eye towards performance improvements.
Powered by a Marvell Armada 3720 1.2 GHz dual core CPU, the TurrisMOX router is designed as a configurable, expandable system.
Today at 9 a.m., the administrator of the Czech national domain CZ.NIC concluded its campaign for the project of the Turris MOX modular router, having raised over CZK 7,900,000 (USD 361,000). This result ranks the secure open source router among the most successful Czech projects on any crowdfunding platform, not only on Indiegogo. It will still be possible to pre-order Turris MOX in the InDemand mode at prices higher by approximately 15 %. Fans from about 40 countries have contributed to the Turris MOX project. The secure open source router was also significantly supported by corporate customers.
Tobias Bruner gives a detailed breakdown of the build of his new Kubernetes cluster based on the Orange Pi WinPlus board, an A64 Quad-core Cortex-A53 64bit system with 2GB of memory. His build leverages the previous work of Chris Short’s Ansible-based “rak8s” which performs the bootstrap process.
The cluster got a name: APPUiOli. It’s first public exposure was at the DevOpsDays conference in Zürich-Winterthur. We deployed podstalk to the cluster and offered a public URL via ngrok so everyone could connect to the cluster. On a big screen we displayed the Grafana dashboard.
The deployment is based on Kubernetes 1.9.
The GNOME desktop environment has been available for arm64 systems through distributions for some time. For GNOME 3.30 the project has integrated arm64 CI/CD builds into its development process, which has moved to Gitlab. After some work by Abderrahim Kitouni (@akitouni) to update dependencies, the project now has a full test build on arm64 whenever a change is made.
The GNOME switch to Gitlab has been much anticipated, as the new collaboration and CI system enables wide communications with the community.
After the evaluation of many tools, the GNOME community chose GitLab as the best free software tool to simplify the contributor experience, make decision processes more transparent and accessible to the wider community, and improve the stability and deliverability of GNOME Project software. As Adrien Plazas, maintainer of GNOME Games, says: “GitLab gave us easy access to a Continuous Integration tool that Games desperately needed, allowing us to catch early regressions in the Libretro cores we flatpak, and to look for unstable API breaks.”
Hardware support for GNOME on arm64 has been provided by the Works on Arm project.