Lesson 1Cooling solutions: air vs AIO liquid coolers, TDP matching, fan selection and placementAssess air coolers against AIO liquid coolers, align cooling power to CPU TDP and energy limits, and pick suitable fans. Discover best fan positioning, speed profiles, and sound management to keep temperatures safe during prolonged tasks.
Air coolers vs AIO liquid coolers pros and consMatching cooler capability to CPU TDPFan sizes, bearings and noise profilesIntake, exhaust and pressure optimizationFan curves, monitoring and maintenanceLesson 2Extras and connectivity: Wi‑Fi/Bluetooth adapters, additional case fans, RGB and fan controllers, SATA/USB hubsArrange additional parts that finish a contemporary build, such as Wi-Fi and Bluetooth, extra case fans, RGB lighting, and hub units. Learn to prevent shortages in USB and SATA ports and maintain neat, accessible cable organization.
Wi‑Fi and Bluetooth cards or onboard optionsSelecting additional case fans and splittersRGB ecosystems, headers and controllersUSB hubs, front panel and rear expansionSATA expansion cards and cable planningLesson 3Graphics card selection: performance tiers for 1080p medium/high settings, VRAM, power draw, recommended modelsComprehend how to choose a GPU for 1080p gaming via reviewing benchmarks, performance levels, and VRAM requirements. Factor in energy use, cooling, noise levels, and dimensions, then pair suggested models with your PSU, case, and desired frame rates.
Reading 1080p benchmark charts and tiersVRAM capacity needs for modern titlesPower draw, connectors and PSU pairingCard length, thickness and case clearanceBrand coolers, noise and coil whineLesson 4Case and airflow: form factor, airflow vs closed aesthetics, drive cages, dust filtration and serviceabilityDiscover how to select a case that accommodates your parts, promotes good airflow, and stays simple to assemble and maintain. Weigh airflow-oriented against enclosed styles, drive holders, dust filters, cable paths, and front connection placements.
Form factors and component clearance checksAirflow vs closed front panel trade‑offsFan and radiator mounting locationsDrive cages, brackets and cable routingDust filters, cleaning and long‑term accessLesson 5Storage selection: NVMe vs SATA SSDs, capacity planning, scratch drives and long-term storage strategiesDelve into storage planning for operating systems, programs, games, and media files. Compare NVMe and SATA SSDs, create quick scratch disks for editing, and arrange enduring storage using HDDs or NAS, weighing speed, size, expense, and trustworthiness.
NVMe vs SATA SSD performance and use casesOS, apps and game drive capacity planningScratch disks for video and photo editingBulk storage with HDDs and archival optionsBackups, redundancy and basic data safetyLesson 6CPU selection: IPC, cores/threads, thermal design, recommended models for 1080p editing and gamingLearn to pick a CPU for 1080p gaming and editing by comparing IPC, core and thread numbers, boost patterns, and heat boundaries. Assess actual tasks, platform endurance, and worth across current and past generations.
IPC and single vs multi‑threaded performanceCore and thread counts for gaming and editingTDP, power limits and realistic thermalsPlatform longevity, sockets and upgrade pathsComparing price to performance across tiersLesson 7Motherboard selection: socket, chipset features, VRM quality, expansion slots and form factorsLearn to select a motherboard by aligning socket and chipset with your CPU, then reviewing VRM strength, memory compatibility, storage and PCIe slots, back connections, and size. Harmonize features, reliability, and sensible upgrade requirements.
Matching CPU socket and chipset featuresVRM quality, cooling and power deliveryMemory support, slots and QVL checkingM.2, SATA and PCIe slot layout planningRear I/O, internal headers and form factorLesson 8Power supply selection: wattage calculations, 80+ efficiency ratings, modular vs non-modular, safety and headroomGrasp how to measure and choose a PSU by figuring system energy needs, including safe margins, and understanding 80 Plus ratings. Compare modular types, safeguards, and construction quality for steady, quiet, and secure functioning.
Estimating system wattage and peak loadsChoosing safe headroom for future upgrades80 Plus efficiency ratings and real impactModular, semi‑modular and fixed cablingProtections, build quality and PSU tiersLesson 9Memory selection: capacity, speed, latency, single vs dual/quad channel, XMP/EXPO considerationsGrasp how to choose RAM size and speed for gaming and editing, assess latency figures, and set up single, dual or more channel arrangements. Learn XMP or EXPO settings, stability checks, and frequent compatibility issues.
Capacity needs for gaming and content workDDR generations, speeds and real gainsCAS latency, timings and tuning basicsSingle vs dual channel and population rulesEnabling XMP or EXPO and stability tests