HardwareHomelab
Intel N150 vs Intel N100: Choosing a Mini-PC or Homelab Server
Compare Intel N150 and N100 specifications, memory and expansion limits, power, video acceleration and complete mini-PC choices for a home server.
Topic Tag37 Articles
#Processors
CPU architecture explainers, Intel vs. AMD comparisons, and low-power homelab processors.
AIHardware
How Much RAM and VRAM Do You Need for Local AI?
Calculate model weights and KV-cache memory, then plan context, concurrency and CPU or GPU placement using a verified Qwen3 example.
Hardware
The Future is Quantum: Demystifying the Computing Revolution
A clear guide to qubits, measurements, quantum hardware and algorithms, with practical learning options and an accurate explanation of post-quantum security.
Hardware
Saving Energy, Keeping Cool: A Beginner's Guide to Undervolting
Understand CPU undervolting, supported AMD and Intel controls, stability testing and fair energy measurements without relying on universal settings or promised gains.
SoftwareHardware
How Image Upscaling Is Giving Your Gaming Rig More Performance
Learn how DLSS, FSR and XeSS reconstruct games, check feature-specific GPU compatibility and compare quality, frame generation and latency.
HomelabSoftware
Adjusting Resources and Disk Space for Containers and VMs in Proxmox
Adjust Proxmox LXC and VM resources through the original GUI workflow, with clear pending-setting, disk-growth, guest-filesystem and recovery checks.
HomelabSoftware
Understanding LXC Containers vs. Virtual Machines in Proxmox
Compare Proxmox LXC containers and KVM VMs, including kernel isolation, device access, migration limits and backups before choosing a guest type.
HomelabHardware
Build Your Homelab: 1 - The Right Host Hardware
When getting ready to set up your home lab for better security management, taking control of your data or just hosting your own apps, the first thing you need to look at is getting a host machine up and running. We look at the hardware we are going to be using for this series.
Hardware
Exploring Qualcomm Processors in Laptops: What's the Hype About?
Understand Qualcomm laptop chips, Windows on Arm compatibility, optional cellular connectivity, battery trade-offs and development requirements before buying.
Hardware
Understanding USB-C and Thunderbolt Connectors: Are They Interchangeable?
Understand which USB-C and Thunderbolt connections work together, with clear data-rate, charging, display, dock and cable compatibility checks.
Hardware
Multi-Monitor Setup vs. Single Ultrawide Monitor: Which Is Right for You?
Compare multiple monitors with one ultrawide by usable resolution, desk fit, connections, window management, sharing, colour and practical comfort checks.
Hardware
AMD 3D V-Cache Explained: Cache, X3D Generations and Buying Choices
Learn how AMD stacks cache, how the 5800X3D, 7000 X3D and newer cache-under-cores designs differ, and which workloads may benefit.
Hardware
Understanding Your Computer Power Supply: Capacity, Cables and Efficiency
Choose a PC power supply by output capacity, rail limits, physical fit, compatible cables, efficiency evidence and practical support, with verified historical examples.
Hardware
Understanding Your GPU: The Powerhouse Behind Your Devices
Learn how GPUs handle graphics, AI and video workloads, with practical advice on integrated versus discrete graphics, memory, software support and system compatibility.
Hardware
Understanding ATX Cases: Motherboard Sizes, Fit and Expansion
Choose a PC case by motherboard format, mounting, expansion, simultaneous component clearances, PSU fit and practical cooling, with original size illustrations.
HardwarePosts
Understanding RAM Speed: MHz, MT/s, Timings, and Real-World PC Performance
Understand RAM clock frequency, MT/s, CAS delay and bandwidth, then check capacity, compatibility and memory profiles before choosing a stable upgrade.
HardwarePosts
Computer Headphones Guide: Drivers, Fit, Connections and Sound
Choose computer headphones by driver design, tuning, sensitivity, enclosure, connections and comfort, with practical microphone, amplifier and listening checks.
Hardware
ASUS ROG Ally (2023) vs Ally X (2024): Which Is Right for You?
Compare the original ROG Ally and 2024 Ally X, including Z1 variants, memory, battery capacity, SSD formats, ports and practical gaming needs.
HardwarePosts
Comparing RAM: DDR4 vs DDR5, Form Factors, Timings, and ECC Explained
Compare DDR3, DDR4 and DDR5 RAM by compatibility, capacity, MT/s, CAS delay, module type and ECC, with practical profile and stability checks.
Hardware
Thermal Pads vs Thermal Paste: Which Should You Use?
Choose thermal pads by gap, thickness, compression and electrical properties. Learn how ordinary pads differ from paste, phase-change sheets and graphene.
HardwarePosts
Raspberry Pi Pico 2: RP2350 Features, Firmware and Project Planning
Explore Pico 2’s processor choices, extra memory, PIO and firmware support, with practical power planning and important RP2350 revision and security caveats.
Hardware
Understanding RAM: Capacity, Compatibility, Speed and Upgrades
A practical RAM guide covering capacity, DDR4/DDR5 compatibility, MT/s and latency, ECC, memory profiles and how to assess a useful upgrade.
HardwarePosts
Thermal Paste Types: Conventional Compounds, Liquid Metal and Pads
Choose thermal paste by interface and compatibility, with verified examples, electrical risks, pad differences, application guidance and realistic maintenance.
Hardware
Steam Deck: Your PC Library, On-The-Go!
Compare Steam Deck LCD and OLED, check game compatibility, and plan battery, storage, offline play and docking around your own Steam library.
Hardware
The ASUS ROG Ally X: Power Up Your Play on the Go
Explore the 2024 ROG Ally X’s battery, shared memory, storage and USB-C changes, with practical limits and buying checks for portable PC gaming.
Hardware
The MSI Claw: A Handheld Powerhouse for Gamers on the Go
Explore MSI Claw A1M features, verified Core Ultra 5/7 specifications and practical checks for games, charging, software updates and battery use.
Hardware
Keeping Your Cool: Air vs. Liquid Cooling for Your PC
Compare CPU air coolers, AIOs and custom loops by compatibility, performance, noise and maintenance. Understand TDP-rating limits and pump-specific radiator orientation.
Hardware
Comparing the ASUS ROG Ally Z1 and Z1 Extreme: Which One Should You Choose?
Compare the original ROG Ally Z1 and Z1 Extreme hardware, read the ASUS benchmark charts in context, and plan game settings, battery use and buying checks.
Hardware
Be Untethered: Conquer Games on the Go with the ASUS ROG Ally
Explore the original ROG Ally RC71L: Z1 Extreme hardware, display, power profiles, storage expansion and practical checks for portable Windows gaming.
HardwareHomelab
The Mighty Raspberry Pi 5: A Credit-Card-Sized Computer Powerhouse
Plan a Raspberry Pi 5 project with current memory/graphics specifications, realistic I/O, correct power profiles, cooling, supported OS and a complete parts list.
HardwareHomelab
Raspberry Pi 4 vs Raspberry Pi 5: A Detailed Showdown
Compare Raspberry Pi 4 and Pi 5 memory, graphics, storage, power and accessory compatibility, with practical guidance on choosing the right complete build.
Hardware
Desktop vs. Laptop: Choosing the Right Computer for Your Needs
Choose a desktop, laptop or mini PC by workload, mobility, exact specifications, upgrade options and the complete workspace cost.
Hardware
AMD vs. Arm CPUs: Architecture, Software and Power Tradeoffs
Compare AMD x86 CPUs with Arm-based designs through software compatibility, actual power needs, memory and upgrades, virtualization and buying priorities.
Hardware
AMD vs. Intel: A Comprehensive Processor Guide
Compare AMD and Intel by workload, exact processor features, motherboard compatibility, media acceleration and total platform cost.
Hardware
ECC RAM Explained: Error Correction, Compatibility and Homelab Use
Understand what ECC memory can correct, how it differs from DDR5 on-die ECC, and how to verify platform support and monitor a NAS or homelab.
Hardware
Hyperthreading in CPUs: The Complete Architectural Deep Dive
What CPU core and thread counts mean, where SMT can help, how Arrow Lake desktop differs, and how to assess workload, scheduling and security tradeoffs.
Hardware
SBC vs. Mini PC: Projects, Desktop Work and Homelabs
Choose an SBC or mini PC by software support, GPIO, complete cost, memory and storage limits, cooling, virtualization and media-server needs.