RDIMM, LRDIMM, and MRDIMM: What's the Difference Between Server Memory and Which One to Choose?
A clear guide to server memory selection: understand RDIMM, LRDIMM, and MRDIMM, platform compatibility, channel population, upgrade paths, and when capacity matters more than bandwidth.
Single-socket or dual-socket server: which one to choose for your business?
A bigger server is not always the smarter investment. This article compares 1P and 2P platforms in real business terms: budget, memory headroom, consolidation, virtualization, and long-term infrastructure growth.
SFP/SFP+/QSFP: modules, cables, and compatibility in server networks
Choosing between SFP, SFP+, and QSFP isn’t about the connector—it’s about the entire link. This guide explains form factors, compares DAC, AOC, and fiber, and gives a practical checklist to avoid compatibility issues and failed connections.
Rack-mounted UPS and PDU: Power Calculation
A clear guide to sizing rack power by real load rather than PSU labels, and to selecting UPS and PDU as one power architecture.
CPU/RAM/Network/Disks Balance: How to Avoid a Bottleneck
Why can an expensive server still feel slow? Because real performance depends on balance, not on the highest specs of a single component. This article explains how CPU, memory, network, and storage interact, where bottlenecks usually appear, and how to build a server configuration that performs predictably under load.
Server in the office: noise, heat, placement
Putting a server in an office is not always a mistake, but it is almost always a compromise. This article explains when the setup makes sense, where a server can and cannot be placed, how to evaluate noise and heat in advance, and why hiding it in furniture or next to employees usually creates more problems than it solves.
Server Cooling: Airflow, Throttling, Diagnostics
A practical guide to server cooling diagnostics, from inlet air temperature and BMC telemetry to rack airflow, noise growth, and real signs of thermal throttling.
VLIW vs x86: the rise and fall of Itanium, p.2
A practical look at how a bold CPU design stumbled in general-purpose computing yet succeeded in specialized domains where predictability beats complexity.
VLIW vs x86: the rise and fall of Itanium
An in-depth look at how VLIW architectures tried to outperform traditional CPUs, why some ambitious designs failed despite strong ideas, and what lessons they left for modern processors.