Benchmark of a DutchIS Netherlands VPS with AMD Ryzen 9 5900X, 2 vCPUs, 4 GB DDR4 RAM, and 50 GB PCIe 4.0 NVMe at €17/month. Includes lscpu output, YABS, Bench, PerformanceTest Linux, byte-unixbench, and Network-Speed.xyz results. Disk peaks around 5 GB/s and IPv4 bandwidth is close to 1 Gbps, plus LG and network details for buyers’ reference.

This benchmark uses the xanmod Linux 6.1 LTS kernel with BBRv3 to evaluate Atomic_Networks’ Chicago Ryzen 9 7950X slice. Despite strong NVMe and 1 Gbps network throughput plus solid US streaming unlock (Netflix/Disney+/TikTok), the single-core score is only about 2200, routing to China is mediocre, fraud scores are high, and the overall price–performance ratio is poor—best avoided.

A structured guide to essential kubectl commands, covering creation, querying, deployment, scaling, and troubleshooting. Explains key subcommands like apply, rollout, logs, and exec, and includes cluster management utilities plus a quick reference to common Kubernetes resource names and abbreviations to boost your daily Kubernetes efficiency.

This post benchmarks a DutchIS Netherlands VPS based on the AMD EPYC 7313 platform: 2 vCPU, 4 GB RAM, 50 GB PCIe 4.0 NVMe, unmetered 1 Gbps bandwidth for €8.40/month. It covers the strict €1 ID verification and in‑house control panel, free 10G SpeedIX peering for members, and includes LG details plus comprehensive YABS, UnixBench, PerformanceTest, Bench.sh, Speedtest, and Network-Speed.xyz results.

Hostbrr launched a “triple cores on order” promotion for its 7950X3D plans, which almost certainly implies overselling on this CPU. Tests show it’s effectively a Hetzner reseller node, with average performance and network quality plus signs of contention. The post lists the full plan specs and lscpu/YABS/UnixBench results; overall value is acceptable, but it’s not recommended if you care about consistent high performance.

This post benchmarks POVPS’s Copenhagen 2C2G NVMe VPS based on AMD Ryzen 9 7950X3D. Disk performance is excellent, with Yabs hitting around 3 GB/s. However, real‑world network bandwidth repeatedly falls short of the advertised 1 Gbps, topping out at roughly 750 Mbps across multiple tests. As a new provider, it’s currently not recommended.

Hands-on benchmark of Akile SGLite-One: 1 vCPU / 1 GB KVM in Singapore. Includes CPU, memory, disk and I/O benchmarks, detailed streaming unlock tests (YouTube/Netflix/Disney+ all working), IP reputation, routing to major Chinese ISPs, and YABS output. Suitable for lightweight services with full raw data provided.

This post benchmarks HXServers’ budget “7950X” VPS in Los Angeles (a ReliableSite reseller). Despite the aggressive $1.5/1GB pricing and fast NVMe and network, the CPU reports as EPYC-Milan under KVM, lacks IPv6, shows suspiciously low single-core scores around 1900, and appears oversold. Overall performance and technical support issues make it a risky choice if you care about compute performance or stability.

Hands-on benchmark of Advin Servers’ AMD EPYC 7B13 plan (2 vCPU, 8 GB RAM, 60 GB NVMe, 10 Gbps port) hosted in Nuremberg. NVMe throughput peaks near 8 GB/s with solid CPU and memory scores across YABS, Benchy, UnixBench, and PassMark. Also highlights that the so‑called “unlimited bandwidth” is constrained by a fair use policy at around 100 TB/month outbound traffic.

Hands-on benchmark of Aeza’s Frankfurt IC9-2 VPS: 2 vCPU / 4 GB RAM / 60 GB NVMe, unmetered 1 Gbps, dual-stack IPv4/IPv6. CPU Mark reaches 5788 with up to 5.8 GB/s NVMe throughput. This post walks through Yabs, Bench.sh, Fusion Monster script, and PerformanceTest Linux data, then discusses performance characteristics, network quality, and suitable use cases at 120 RMB/month.

This article walks through key terminology and the end‑to‑end execution flow of GPU workloads, then explains PCIe pass‑through and why it is not true virtualization. It compares vCUDA and cGPU approaches for Kubernetes, introduces several open source and commercial GPU virtualization and pooling solutions, and summarizes how different vendors isolate, share, and schedule GPU compute and memory.

A step-by-step guide to building a Kubernetes cluster on Debian 12 with kubeadm: from system preparation, disabling swap, installing the official Docker and cri-dockerd, to setting up control plane and worker nodes. Includes Calico networking, key kubeadm commands, and troubleshooting common socket and node readiness issues.