Fedora 28 was released by Red Hat on May 2018. This release marks the move to support aarch64 (arm64, 64-bit Arm) as a primary architecture for Fedora Server.
The headline feature for Fedora 28 Server is the inclusion of the new Modular repository. This lets you select between different versions of software like NodeJS or Django, so you can chose the stack you need for your software.
SemiAccurate and The Next Platform have extended reviews of Cavium ThunderX2 hardware, with detailed architectural views alongside competitive analysis of server chips vs other popular systems.
In the end what do we have with the Thunder X2? We have an ARM server that can run with the big boys, Intel and AMD, on a socket level if not on a single thread level, and lacks little if anything on features. This isn’t to say single threaded performance is weak, it isn’t, but it is the single area that Intel can still shine at. For now. Cavium’s Thunder X2 is more than good enough for the overwhelming majority of the market.
Developers for Windows 10 can start to target the arm64 platform with the latest 15.8 release of Visual Studio. InfoQ has a preview.
With 15.8, developers can now start having their projects target the ARM64 platform. This support covers C++ UWP applications, .NET Native UWP apps, and Win32 apps written in C++. In order to enable this support, you will need to select the “C++ Universal Windows Platform Tools for ARM64” Individual Component from the Visual Studio Installer. It should be noted that as this is still pre-release, ARM64 apps cannot be uploaded to the Microsoft Store.
xgo is a cross-compiler for Go programs that use CGO features. It looks to handle the common case where you want to create binaries for a wide range of systems, and is delivered with the help of Docker images that bundle up the toolchains for each of those systems.
FastNetMon is a fast DDoS analyzer with sflow/netflow/mirror support. It is now available as a Ubuntu package installable with apt-get for arm64 systems.
FastNetMon has been doing its porting work with the help of the Works on Arm cluster.