Will the new laptop perform better than your existing device?
Will the new laptop perform better than your existing device?
Hi. I own an older ASUS A516J laptop. It boots more slowly than my PC with a built-in NVMe drive and Windows 11. I’m curious if a more recent laptop would perform better, given the outdated tech. This is for personal use only, so I don’t want to invest heavily unless it’s justified. Any advice?
Is the fast boot option activated in the BIOS?
This Windows function preserves the present system condition to a record prior to power-off, allowing quicker startup upon restart.
I wouldn't know how to access the BIOS on a laptop. I'm comfortable with PCs, but laptops are unfamiliar to me.
If your laptop features this i3 CPU, it may struggle to launch modern Windows smoothly.
Check the specifications at https://www.asus.com/my/laptops/for-home.../techspec/.
The Intel® Core™ i3-1005G1 Processor offers 1.2 GHz with a 4M cache, up to 3.4 GHz, and supports 2 cores.
Additional cores and threads, along with higher clock speeds and larger SSDs, can improve performance.
Upgrading is advisable if you have an outdated CPU with fewer cores or threads, provided you can afford it.
A minimum of 16GB RAM is recommended, though 8GB may suffice for many applications.
I recently changed from an older AMD 6C 12T CPU laptop in 2019 to a newer Intel 8C 16T model in 2024, both of which perform well.
I increased the first laptop's storage from 250MB to 2TB NVMe and the second from 500MB to 4TB NVMe.
The performance boost came mainly from expanded storage capacity.
My previous 4C 8T laptop still runs smoothly, while an older 2C 2T Celeron remains sluggish even with Windows Fast Startup enabled.
Disabling Fast Startup on other devices helps, as it can interfere with disk cloning tools like Macrium Reflect.
You might need to press function keys F1 or F2 during startup, or hold the Esc key.
Alternatively, some users find success by disabling hiberfil.sys to free up more space.
Ensure a quick launch on Windows by modifying a setting in the Power Options section of the Control Panel. Look for the "Enable fast startup" choice under Shutdown settings. If this option is hidden, click "Change settings that are currently unavailable" to activate it.
Follow these steps:
1. Launch Control Panel by typing "Control Panel" into the search bar.
2. Go to Power Options and select "Hardware and Sound" (or use the search bar to find it).
3. Select "Power Options".
4. Adjust the power button behavior:
- On the left side, click "Choose what the power buttons do".
5. Unlock unavailable settings:
- If "Turn on fast startup" is grayed, click "Change settings that are currently unavailable".
6. Activate Fast Startup:
- Check the box next to "Turn on fast startup (recommended)".
7. Save your changes by clicking "Save changes".
Reminder: Activating fast startup may speed up boot times, particularly after shutdown, though it could affect certain hardware or updates.
I'm using W10 home edition on my laptop. I understand about i3, i5, i9 but could you tell me what the main AMD equivalents are like? I really enjoyed AMD.
I3, I5, and I9 no longer indicate their previous specifications, such as core count and hyperthreading presence.
Current usage refers more to overall performance classification.
Desktop processors differ from their similarly named laptop versions.
The graphics components also vary.
A useful approach is to consult passmark ratings.
For instance, the i3-1005G1 laptop processor offers 2 cores with hyperthreading, resulting in 4 cores.
The fully loaded single-thread rating is 4861, while the single-thread score is 2168.
https://www.cpubenchmark.net/cpu.php?cpu...Hz&id=3560
Another comparable desktop model, the i3-10100, provides 8 threads and a rating of 8830/2637.
The AMD R5-1500X desktop could match with 8 threads and scores of 9091/2110.
You're looking for the benchmark values for laptops. Regarding hyperthreading, it's a method that simulates two cores from a single physical core. This doesn't mean the core runs twice as fast, but rather that two threads operate simultaneously at half speed. It's important to understand the difference between hyperthreading and regular threading.