WOA Issue 71
In this issue Cadence support on ThunderX2 UEFI on Qualcomm…
The X-Gene Arm procesor is now in the hands of “Project Denver Holdings”, a hedge fund backed new organization that acquired the intellectual property from Macom. X-Gene originally came from Applied Micro Devices.
Not much is known about “Project Denver Holdings” except the name, which curiously shares some words with “Project Denver” from NVidia but no known ties beyond that at this point.
The X-Gene 3 server platform looked promising when it was introduced last November. The CPU has 32 custom ARMv8 cores running at up to 3 GHz, with 32 MB of L3 cache, eight DDR4-2667 memory channels with ECC, and 42 PCIe 3.0 lanes. MACOM started to sample the X-Gene 3 among interested parties this March and Kontron even demonstrated a server based on the CPU at MWC 2017. MACOM has not started commercial shipments of the X-Gene 3 yet, nonetheless the X-Gene 3 and its possible successors were impressive enough for The Carlyle Group to establish a new entity that will finalize the X-Gene 3 and continue development efforts.
The Supercomputing 17 (SC17) conference in Denver, Colorado is November 12-17, dubbed as “The International Conference for High Performance Computing, Networking, Storage and Analysis”. It features a panel session, “The ARM Software Ecosystem: Are We There Yet?”, led by NVidia’s Chris J. Newburn. Panelists will discuss the state of the Arm ecosystem for high-performance computing (HPC) software.
It appears that ARM deployments are picking up steam in the HPC and Big Data spaces. But what are the conditions for real business impact with ARM in those spaces, and when will they be met? Is it time to jump in, or are the ingredients for success still coming together? This panel takes a critical look at system plans, existing and future deployments. It explores efforts to evaluate software ecosystem dependences and to promote application readiness. It highlights technical challenges and remaining opens in that space. Providers of infrastructure, practitioners and end users share experiences, aspirations and concerns about how the ARM SW ecosystem is ripening. The audience can expect to be educated about substantive progress, key gaps and who’s working to close them, areas where there’s a lack of consensus and where data is being gathered to come to greater agreement.
Harry Zhang (@resouer) has a tutorial on bringing up Kubernetes, Hyper, runV, and OpenFaaS to build a serverless platform for compute. The tutorial runs on Packet’s arm64 servers and walks the user through the process step by step.
Step 0: Glossary Kubernetes: everyone knows this :) OpenFaaS: an awesome Serverless framework. runV: a hypervisor based OCI container runtime . hyperd: a API daemon for runV. kubernetes/frakti: Kubernetes CRI runtime shim for runV.
Frakti is the hypervisor-based container runtime for Kubernetes. Frakti 1.1.1 now is released with arm64 support, and a binary available as of October 27, 2017; this binary support simplifies the installation considerably.
Frakti lets Kubernetes run pods and containers directly inside hypervisors via HyperContainer. It is light weighted and portable, but can provide much stronger isolation with independent kernel than linux-namespace-based container runtimes.
The Go computer language (golang) has made a point release of Go to fix some minor issues. Of note for arm64 users is a new binary release of the 1.8.5 for arm64; this is the first arm64 release in the 1.8 series, and this should advance the ability of people depending on packages (like Docker) that depend on back revision versions of Go to integrate this into their build environment.
SUSE Linux Enterprise 15 is now in beta release.
SUSE Linux Enterprise 15 Beta will be our new major release designed for IT Transformation! SLE 15 is developed with both “Traditional Infrastructure” and “Software-Defined Infrastructure” in mind, thus significant and major changes from the previous SUSE Linux Enterprise 12 are made to address both world in a more elegant and simpler way.
Peter Czanik of Balabit writes:
Installed @SUSE #SLES 15 beta on a @SoftIronNews #Aarch64 box. Works perfectly: I couldn’t catch any extra bugs compared to x86! @worksonarm
Packet’s Nathan Goulding will be speaking at the Wednesday, September 8 2017 meeting of “Site Reliability Engineering NYC” at Squarespace.
Lessons learned and practical guidance while attempting to automate the provisioning of a wide array of operating systems onto heterogeneous and globally distributed bare metal infrastructure—with 100% success, for one day.
Hypriot and Dieter Reuter have released a new version of their 64-bit operating system for the Raspberry Pi 3. This release includes support for cloud-init, which allows for automation of the setup and initialization of the Pi from a single configuration file.
Tom Anderson writes:
In the “cloud world”, you spin up instances, give it some user-data, then when it boots, the machines self-configures based on the instance meta-data and the user-data provided.
The example provided brings up the NextCloud service, using a Docker container for the service, and Portainer as a management system.