Dell PowerEdge vs HPE ProLiant vs Lenovo ThinkSystem
⚙️ Dell PowerEdge, HPE ProLiant, or Lenovo ThinkSystem? Here is how to choose a server platform in 2026 based on operations, management, storage, and support.
ARM vs. x86 Servers: Which to Choose for Different Tasks?
ARM is no longer just an experiment, and x86 is still the safest choice for many mixed environments. This article explains how to match the architecture to real workloads, compatibility requirements, and total cost of ownership.
Air or Liquid Server Cooling: Which to Choose in 2026?
Air cooling still fits most standard servers, while dense GPU racks and HPC environments increasingly push teams toward liquid cooling. This guide explains how to choose the right approach in 2026.
InfiniBand vs. Ethernet: Which Network to Choose for AI Servers and HPC
InfiniBand or Ethernet for your AI cluster? This guide explains how to choose the right network for training, HPC workloads and mixed data center infrastructure in 2026.
RDMA and RoCE: What are they and when does a server need them?
⚡ RDMA and RoCE can reduce latency and CPU overhead, but they are not universal server accelerators. This article explains when they make sense, what infrastructure they require, and which deployment mistakes to avoid.
What is a backplane in a server and how does it affect SAS, SATA, and NVMe?
A server backplane is more than a drive bay connector: it defines storage compatibility, RAID options, hot-swap support and NVMe upgrade paths.
Tri-Mode RAID and HBA: What is it and is it needed in a server with NVMe?
Tri-Mode is often treated as a must-have for NVMe servers, but that is not always true. This article shows where it helps and where it can add cost and complexity.
M.2, BOSS, and SATA DOM: Which is Better for a Server Boot Drive?
Which boot drive is the right choice for a modern server: a standard M.2 SSD, a dedicated BOSS module, or SATA DOM? This article explains the practical differences in reliability, mirroring, maintenance, and platform support.
The Death of Transistor-Based GPUs/CPUs. P. 1
As classical computing hits physical limits, quantum computing introduces a new model based on superposition and entanglement.