Ten years ago, adding RAM was the easiest and cheapest way to speed up a laptop. Unscrew the cover, insert a module, and the laptop got a second life. Today more and more owners find that route closed: the memory is soldered directly onto the motherboard, there are no slots, and the amount the laptop was bought with will stay with it for good. Let's look at why and what to do about it.
What soldered memory is
RAM can be fitted in a laptop in two ways. One is removable modules — small boards inserted into slots on the motherboard. They can be taken out, replaced or supplemented with another. The other is memory chips soldered directly onto the motherboard next to the processor. That's what's called soldered, or onboard, memory.
There are hybrid designs too: some memory is soldered and one slot is left for expansion. For example, 8 GB on the board plus a free slot for another module. That allows expansion, though limited.
In modern MacBooks with Apple processors, memory is integrated into the same package as the processor — expansion is impossible in principle.
Why manufacturers solder memory
The reasons are mainly technical, though there's a commercial side too.
- Compactness. Slots and modules take up space and add thickness. In ultra-thin laptops every millimetre counts.
- Speed and efficiency. Modern laptop memory types run at high frequencies with low power draw, and short board traces with no intermediate connector give them better stability. Some memory standards don't exist as removable modules at all.
- Resistance to shocks. Soldered memory can't fall out of a slot or lose contact.
- Cost and marketing. A board with soldered memory is cheaper to build, and configurations with more memory sell at a higher price — buyers have to buy "with headroom" up front.
In recent years a new removable memory format for thin laptops has appeared, combining compactness with replaceability, but so far it's found in only some models.
What it means for the user
The main consequence is that you can't upgrade the laptop when memory runs short. Software demands keep growing: browsers, messengers, video conferencing and work applications use more and more memory. A laptop with 8 GB of soldered memory that felt comfortable when new starts lagging in ordinary work two or three years later. On a laptop with slots the fix is a new module; here the options are few.
The second consequence concerns repair. If one soldered memory chip fails, the laptop won't boot or runs unstably. Repair is possible — the chip can be replaced with professional equipment — but it's complex board-level work, not a five-minute module swap.
How to find out whether your laptop can take more memory
Accurate information comes from the manufacturer's specifications for your exact model and configuration: they state the installed memory, the maximum supported and the number of slots. It's important to look at your specific variant — one laptop model can come in versions with soldered memory and with a slot. Diagnostic software shows how many slots are occupied but doesn't always report soldered memory correctly. The most reliable way is an inspection by a technician who knows the model's design.
What to do if you're already short of memory
Optimise the system
Memory is often eaten by startup programs, background services, browser extensions and unnecessary apps. Disabling them can free up a noticeable amount and make work more comfortable. Replacing heavy programs with lighter alternatives helps too.
A fast SSD
When memory runs short, the system uses a page file on the drive. If the drive is slow — especially a hard drive — the laptop slows to a crawl. A fast SSD won't increase the memory, but it will greatly soften the shortage.
Use the slot if there is one
If some memory is soldered and a slot is free, fitting a module is a simple, effective upgrade. It's important to choose a module with the right specifications so it works alongside the onboard memory.
Re-soldering the memory
Technically, on some models the memory chips can be replaced with higher-capacity ones. But it's complex, risky work requiring precisely matched chips, firmware compatibility and professional equipment. For most laptops it isn't economically worthwhile.
Replace the laptop
If memory is critically short for your work and optimisation doesn't help, it's sometimes more sensible to sell the laptop and buy a model with the right amount or with slots.
Advice when buying
Before buying, always check whether the memory is soldered and whether there's a free slot. If it's soldered, buy a configuration with headroom: for most users today 16 GB is a sensible minimum, and for photo, video, programming and virtual machines, 32 GB. Paying extra for memory at purchase almost always works out better than the consequences of running short a couple of years later.
What our technician does
- Identifies the memory type and capacity and whether your model has free slots.
- Selects and installs a compatible memory module where possible.
- Optimises the system, startup programs and background processes.
- Replaces the drive with a fast SSD to soften the effects of a memory shortage.
- Diagnoses and repairs faulty soldered memory on the board.
A real example
An accountant in Didube told us her three-year-old laptop had started lagging when running her accounting software and browser together. She'd bought a memory module to fit, but when the laptop was opened it turned out the 8 GB was soldered and there were no slots. We analysed the system: more than twenty unnecessary programs were in startup, a dozen and a half browser extensions were installed, and the drive was a slow budget SSD that was almost full. After optimisation, a clean-up and replacing the drive with a faster, larger one, the laptop was comfortable to use again — and she returned the unused memory module to the shop.
Call a technician
If your laptop is short of memory or you want to know whether more can be added, we'll come to any district of Tbilisi around the clock. Learn more on our upgrades and components, computer setup and laptop repair pages.




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