The G15’s easy-to-service design and upgrade flexibility empower users to extend device life, lower total cost of ownership, and support sustainability goals.
The video walks through a full teardown of the Aliwava G15 laptop, highlighting its straightforward disassembly process. By removing eleven Phillips screws—two of which are captive near the hinge—and prying the bottom cover, users can access the battery, speaker cables, and internal modules without specialized tools.
Key observations include a modest 57.75 Wh battery delivering roughly 6½ hours of 4K video playback, a replaceable Wi‑Fi card, and dual M.2 2280 SSD slots that lack Gen 4 support due to the Ryzen 7 5825U chipset. Although the manufacturer advertises a 32 GB DDR4‑3200 memory ceiling, the CPU officially supports up to 64 GB, allowing larger upgrades. The cooling solution consists of a single fan, two heat pipes, a top heat sink, and a heat spreader, all removable with a few screws and a prying tool.
The presenter notes that the battery connector is pulled down and secured by four screws, and that the speaker cables must be untangled before removal. A quoted claim—"two sodiums can handle up to 32 GB of DDR4 3,200 memory"—contrasts with the Ryzen 7 5825U’s 64 GB capability, underscoring the potential for higher‑capacity RAM installations.
Overall, the G15’s design emphasizes serviceability and upgrade paths, which can extend device lifespan and reduce e‑waste. Consumers seeking a laptop that balances performance with repair-friendly architecture will find the G15’s modular components and clear service instructions particularly appealing.
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