Acer Nitro VN7-792G-797V - RAM Upgrade Guide
The Acer VN7-792G-797V laptop has two slots available for memory upgrades, allowing for a maximum capacity of 32GB. It uses DDR4 SDRAM as the memory type, which comes in a SODIMM format, designed specifically for laptops due to its compact size. For optimal performance, a RAM clock speed of 2133MHz (also referred to as PC4-17000) is recommended.
Acer Nitro VN7-792G-797V Memory Specifications & Maximum RAM Capacity
| Specification | Value |
|---|---|
| Laptop Model | Acer Nitro VN7-792G-797V |
| Total memory slots | 2 |
| Maximum RAM | 32GB |
| Memory type | DDR4 SDRAM |
| Form factor | SODIMM (Small Outline Dual Inline Memory Module) |
| Recommended RAM clock speed | 2133MHz (PC4-17000) |
| Voltage | Low - 1.2V |
| Number of pins | 260-pin |
FAQ about Acer Nitro VN7-792G-797V RAM
How much RAM can I put in my VN7-792G-797V laptop?
You can install up to 32GB total - that's 16GB per slot since you've got 2 slots to work with. Pretty decent ceiling for a laptop.
What type of RAM do I need for this Nitro laptop?
You'll need DDR4 SODIMM modules. Make sure it's SODIMM (the smaller laptop memory) not regular desktop DIMM - they won't physically fit.
What speed RAM should I get?
2133MHz is the recommended speed, also labeled as PC4-17000. You might be able to use faster RAM but it'll just run at 2133MHz anyway, so save your money.
Can I mix different RAM sizes?
Yeah, you can do like 8GB + 16GB if you want. Just remember they should ideally be the same speed and similar timings for best performance. Matching pairs work better but mixing usually works fine.
Do I need to remove the old RAM?
Depends what's already in there. If you've got 2x4GB and want more, you'll need to take at least one out since you only have 2 slots. Check what you have first before ordering.
Is upgrading the RAM difficult on this model?
Not really - you'll need to remove the bottom panel to access the RAM slots. Just make sure the laptop is off, battery disconnected if possible, and ground yourself to avoid static damage.