GIGABYTE AORUS 15 (Intel 12th Gen)

The GIGABYTE AORUS 15 (Intel 12th Gen) features 2 user-accessible SO-DIMM slots rather than permanently soldered memory chips, making post-purchase RAM upgrades straightforward. Based on documented hardware specifications, the platform supports up to 64 GB using DDR5 modules rated up to 4800 MT/s. Before purchasing replacement sticks, confirm how many slots are currently occupied in your factory configuration so you know whether you can simply add a second stick or must replace a matched kit.

Populating both channels with an identical pair of DDR5 SO-DIMM modules unlocks full dual-channel memory bandwidth on the GIGABYTE AORUS 15 (Intel 12th Gen). Dual-channel operation significantly improves data throughput for creative rendering, virtual machines, browser-heavy workflows, and integrated or hybrid graphics pipelines compared to single-channel layouts. Always match module speed and JEDEC timing profiles so the memory controller boots reliably at full rated frequency without manual voltage tuning.

For storage expansion, the GIGABYTE AORUS 15 (Intel 12th Gen) provides 2 M.2 slots supporting M.2 2280 drives over PCIe NVMe Gen4. PCIe NVMe interfaces are backward- and forward-compatible across generations, so a Gen 4 SSD safely runs at Gen 3 speeds in a Gen 3 bay—though picking a drive matching your chassis length (M.2 2280) is strictly required for the mounting standoff to align.

High-throughput NVMe SSDs generate substantial heat during sustained file transfers or OS cloning. Check whether your GIGABYTE AORUS 15 (Intel 12th Gen) includes a factory thermal pad or thin copper heat spreader on the bottom cover or SSD bay, and avoid bulky aftermarket desktop heatsinks that prevent the slim laptop bottom panel from seating flush.