Choose and maintain useful computers, preserve your files, and understand how computing systems work. These practical guides connect everyday tasks with examples and ways to check the result.
Personal computers and workspaces

Alienware PC Cooling: Airflow, Liquid Coolers, and Service Decisions
Identify your cooling assembly, compare repeatable workload observations, and plan model-specific Alienware service.

Modular PCs: Evaluate Repairability and Upgrade Options
Evaluate replaceable components, documented compatibility, complete upgrade costs, and the checks needed after a repair.

Laptop Desks: Set Up a Stable, Comfortable, Ventilated Workspace
Arrange laptop screen height, typing controls, stability, and ventilation around the person and the task.

Laptop Bags: Measure Fit, Compare Protection, and Pack Well
Measure your laptop and bag compartment, evaluate padding and closures, and test the complete carried load.

Tablet PCs: Choose Pen Input, Applications, and a Mobile Workflow
Choose a tablet PC by checking application support, pen compatibility, display conditions, and a complete document workflow.
Field work and wearable computing

Rugged Laptops: Test Evidence, Field Requirements, and Buying Decisions
Match rugged laptops to working conditions, assess model-specific test reports, and run a practical acceptance trial.

Rugged Tablet PCs: Test Offline Work, Capture, and Field Handover
Run a field-tablet acceptance trial covering applications, accessories, offline records, synchronization, and handover.

Wearable Computers: Choose a Workflow and Run a Useful Pilot
Evaluate wrist and head-mounted computers with task trials that measure correctness, time, comfort, and record delivery.
Files, discs, and home media

How Long CDs and DVDs Last: Check, Copy, and Preserve Your Files
Preserve files on aging optical discs with a copying workflow, verification tool, and a plan for independent copies.

CD/DVD Disc Publishers: Prepare, Verify, and Reconcile a Batch
Plan a disc-publishing run with an approved master, matching labels, verification, recipient testing, and accepted-copy counts.

Media-Center PCs: Plan Storage, Playback, and a Reliable Setup
Plan local playback or a media server, test codecs and clients, estimate storage, and troubleshoot television playback.
Network clients, servers, and computing projects

Single-Board Computers: Choose Hardware and Build a Working System
Choose a single-board computer using software, interfaces, power, storage, and cooling requirements, then validate the assembled system.

Network Clients: Thin Clients, Remote Desktops, and Terminal Workflows
Map applications and peripherals to a network client, test session recovery, and evaluate the complete service.

Cluster Computing: Workloads, Scaling, and Measured Performance
Determine when multiple computers help, calculate speedup and efficiency, and design a repeatable cluster benchmark.

High-Speed Cluster Interconnects: Measure Latency, Bandwidth, and Useful Work
Choose relevant network benchmarks, calculate communication costs, and test whether an interconnect improves the real application.

Dense Blade Servers: Plan Power, Cooling, and Capacity After Failure
Evaluate blade-server density through complete infrastructure budgets, shared dependencies, and useful capacity after a specified failure.

Solaris Security: Inventory, Review Evidence, and Validate Changes
Plan an Oracle Solaris 11.4 security review covering update level, roles, services, monitoring evidence, and recoverable changes.
Computing architecture explained

Computers on Mars: Radiation, Redundancy, and Communication Delay
Understand Mars flight computers through mission tasks, radiation effects, recovery, and the time required for communication.

The Cell Processor: Local Memory, Data Movement, and Parallel Work
Understand Cell’s heterogeneous architecture with a local-store budget, an illustrative pipeline, and the context of Roadrunner.

Quantum Computers: Qubits, Error Correction, and Evidence
Understand physical and logical qubits, interpret error-correction results, and evaluate quantum-computing claims in context.
Historical computing coverage
These older reports document products and announcements from their original dates. Their specifications, prices, availability, and forward-looking statements describe that period.
Semi-Rugged Notebook Computer for Field Service Professionals
2017 announcement of a Getac S410 configuration for field-service work.
Super Thin HP Spectre Laptop
2017 launch coverage of HP Spectre 13 and Spectre x360 laptops.
Carrier Blade
2006 announcement of an AdvancedMC carrier blade for IBM BladeCenter.
Avionics Computers
2005 coverage of operating-system selection for a modular avionics computer.
Disney Dream Desk PC
Coverage of the 2004 Disney Dream Desk PC, its design, and bundled software.
Panasonic Toughbook
2004 launch coverage of the Panasonic Toughbook CF-Y2.
IBM eServer p690
2003 coverage of an IBM p690 installation supporting university research.
Andy Bechtolsheim
2004 coverage of Sun’s Kealia acquisition and Bechtolsheim’s return.