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of an uncorrectable error by factors of 9–400. Uncorrectable errors following a correctable error are still small at 0.1%–2.3% per year. The incidence of correctable errors increases with age

as possible still applies today, with a basic Finnix system weighing in at just 400MB, making Finnix the only distribution in this comparison that would still easily fit on a normal CD. Of course, the Finnix

Among the number of burgeoning Kubernetes distributions available today is the excellent production-ready K3s [1], which squeezes into a tiny footprint and is suitable for Internet of Things (Io ... A zero-ops installation of Kubernetes with MicroK8s operates on almost no compute capacity and roughly 700MB of RAM.

will be followed this time, although test builds are now available online [2]. Jigsawing One core feature of Java 9 par excellence is the Java Platform Module System that became known as Project Jigsaw [3]. Thus

into dedicated hardware. This trend will only exacerbate with the arrival of 200/400-gigabit Ethernet (GbE) in 2019, and 800GbE shortly after that; hence, the window for CPU offload will remain open

DestinationSizeChange 41943106 (40.0 MB) Another view of the file statistics lists which file effected the change: # gunzip -c /mnt/backup/rdiff-backup-data/file_statistics.\ 2015-03-15T10\:44\:06+01\:00.data.gz | awk '$2

known as Polaris. Polaris included 80 simple cores and achieved a performance of 19.4GFLOPS per watt with a total capacity of 400GFLOPS. Just for comparison’s sake: The then state-of-the-art Core 2 Quad

doesn't handle the routing (that is still the domain of the underlying operating system kernel); however, it does provide a number of routing protocols – Routing Information Protocol (RIP) [3], RIPng [4

. Better Scaling If you are planning a cloud, you will want to rely on a Layer 3 leaf-spine architecture from the start because of its scalability. This layout differs from the classic approach primarily

to 400Gbps per port (Figure 2). In this way, you can build a typical spine-leaf architecture. Each rack acts as a separate Layer 2 domain, and the switches use internal (i)BGP and route the traffic between