How and Why I Stopped Buying New Laptops (2020)

Original Article ↗ Hacker News Discussion ↗

Many commenters argue that keeping and refurbishing older laptops—often business-grade ThinkPads, Latitudes, and similar machines—can provide more than enough performance for everyday work while saving money and reducing environmental impact. Others counter that modern laptops, especially Apple’s ARM-based MacBooks, offer transformative gains in battery life, thermals, and portability that justify periodic upgrades, even if they sacrifice repairability and modularity. The thread also explores practical constraints such as soldered RAM and storage, looming Windows 10 end-of-support, reliance on cloud backups, and how increasingly heavy software and web stacks erode the usability of aging hardware.

Longevity of Older Laptops

  • Many commenters still use 2010–2017 laptops (notably 2015-era models) and expect 8–10+ years of life with SSD and RAM upgrades.
  • Main pain points: battery replacement (sometimes no official batteries), OS support ending, and modern software not being optimized for older hardware.
  • Some feel older business laptops (ThinkPads, Latitudes, Fujitsu “pro” lines) are sturdier, more repairable, and have better keyboards than modern thin-and-light machines.

Performance, Efficiency, and New Platforms

  • Apple Silicon and similar low-power platforms are praised for huge battery life, cool/quiet operation, and good trackpads; some say that alone justifies upgrading.
  • Others argue x86 efficiency (Intel Lunar Lake, AMD laptops) has improved enough to narrow the gap, especially for gaming and GPU-heavy workloads.
  • There’s tension between “my old quad-core is fine for web/office/dev” and “new CPUs/GPUs massively outperform for 4K, 3D, AI, and video editing.”

Repairability vs. Convenience (Framework, ThinkPad, etc.)

  • Strong support for modular/repairable laptops: replaceable keyboards, SSDs, RAM, and batteries are seen as key to long lifespans.
  • Framework is praised for repairability but criticized for higher price, lower battery life, more heat/noise, and weaker GPU options versus mainstream or Apple laptops.
  • Some accept soldered RAM (if high enough) but strongly reject soldered SSDs, mainly for data-recovery reasons; others prioritize long battery life and low weight over replaceability.

Used/Refurb Market and Economics

  • Many report excellent value from refurb Dells, ThinkPads, and HPs for a fraction of new prices, especially once HDDs are swapped for SSDs.
  • Others avoid used laptops due to limited remaining lifespan, cosmetic damage, poor batteries, or past bad experiences.
  • Anticipated Windows 10 end-of-support may create a “glut” of used machines; disagreement on whether this will meaningfully boost desktop Linux adoption.

OS Choices, Bloat, and Workloads

  • A recurring theme: hardware is “ridiculously powerful,” but heavy software (especially web/JavaScript) erases gains.
  • Strategy suggested: run lightweight Linux/BSD, avoid “newer, more demanding software,” and extend hardware life.
  • Some workloads (Qubes OS, multiple VMs, GPU AI, advanced network routing) are cited as legitimately requiring modern, high-end laptops.

Cloud, Backup, and Storage Practices

  • Debate over cloud-sync vs local SD/SSD: cloud works well in high-bandwidth regions, but travelers and users with expensive/slow connectivity see it as unreliable or costly for full restores.
  • Discussion emphasizes: backups are essential, but replaceable SSDs add an extra recovery path that backups alone don’t fully cover.