- last edited on by
ROGBot
http://rog.asus.com/98832012/g-series-laptops/upgrading-the-g75vw/
Upgrading the G75VW is relatively simple: you just need a Philips screw driver. It’s just one screw keeping you out of the main hatch which covers the two 2.5″ hard drive spaces, two SO-DIMM clips and one of the fan filters, as you can see below.
Flip over the notebooks and unscrew the first hatch near the front:
By removing two screws on each, the hard drives can be popped out using the pull tags. Then unscrew the old drive if there is one via its side-screws and add the new drive into the housing, before reversing the process to put it back in.
Unscrew two screws and just give it a tug to the side before lifting it out.
The housing will take SSDs, hybrid drives (like the Seagate Momentus XT) and SSDs in any mix and match configuration you desire. If you want to enable RAID0 or RAID1 for two HDD or SSD, it is available via the BIOS.
Our G75VW has two 750GB Western Digital Black HDDs fitted
From here, the left-hand fan filter is accessible for cleaning, while the right fan filter requires removing another Philips screw and accessing a smaller hatch. Just to be clear: removing these two screws does not void your warranty. Also, as you’d expect, the battery requires just flicking the clip on the base to swap it out. No screw removal required.
However for the sake of transparency to our customers, please be aware of upgrade limitations. While the G75VW has four SO-DIMM slots in total; two of which are situated underneath the keyboard and accessing them requires chassis dismantling that voids your warranty so please plan your needs carefully before you buy.
These two above will be populated first, at the factory, meaning if you buy an G75VW with 8GB DDR3 but later want 12GB or 16GB, dropping in one or two extra 4GB SO-DIMMs is a perfectly warranty-safe upgrade as this requires simply opening the base as described above. However, if you require upgrading all four SO-DIMM slots, this can only be done by unscrewing all visible screws on the base, removing the battery and optical drive, then gently separating the the motherboard tray from the keyboard. Evidently this process is not designed to be user upgradable, but if you feel you are technically adept and accept that you will not be able to return the notebook at a later date, it can be done.
Upgrading the G75VW is relatively simple: you just need a Philips screw driver. It’s just one screw keeping you out of the main hatch which covers the two 2.5″ hard drive spaces, two SO-DIMM clips and one of the fan filters, as you can see below.
Flip over the notebooks and unscrew the first hatch near the front:
By removing two screws on each, the hard drives can be popped out using the pull tags. Then unscrew the old drive if there is one via its side-screws and add the new drive into the housing, before reversing the process to put it back in.
Unscrew two screws and just give it a tug to the side before lifting it out.
The housing will take SSDs, hybrid drives (like the Seagate Momentus XT) and SSDs in any mix and match configuration you desire. If you want to enable RAID0 or RAID1 for two HDD or SSD, it is available via the BIOS.
Our G75VW has two 750GB Western Digital Black HDDs fitted
From here, the left-hand fan filter is accessible for cleaning, while the right fan filter requires removing another Philips screw and accessing a smaller hatch. Just to be clear: removing these two screws does not void your warranty. Also, as you’d expect, the battery requires just flicking the clip on the base to swap it out. No screw removal required.
However for the sake of transparency to our customers, please be aware of upgrade limitations. While the G75VW has four SO-DIMM slots in total; two of which are situated underneath the keyboard and accessing them requires chassis dismantling that voids your warranty so please plan your needs carefully before you buy.
These two above will be populated first, at the factory, meaning if you buy an G75VW with 8GB DDR3 but later want 12GB or 16GB, dropping in one or two extra 4GB SO-DIMMs is a perfectly warranty-safe upgrade as this requires simply opening the base as described above. However, if you require upgrading all four SO-DIMM slots, this can only be done by unscrewing all visible screws on the base, removing the battery and optical drive, then gently separating the the motherboard tray from the keyboard. Evidently this process is not designed to be user upgradable, but if you feel you are technically adept and accept that you will not be able to return the notebook at a later date, it can be done.
giovanne wrote:
Thanks alot...But my 2nd HDD interface is LOCK how would I Unlock to use it..hope you can help me with this..already been to set up before but no choices either pls help.
you should check the options in the bios (if I am not wrong it's in the security tab -> interface security). unlock the 2nd hdd interface if necessary.
hi @zhouhanhui, i replied your pm before seeing this.
in your case, i suggest you go for Ripjaws SO-DIMM F3-1600C11S-8GRSL, the reasons being:
1. there is no obvious performance improvement even if you put in high performance ram's with tighter timings (and the results are inconsistent);
2. ram's these days are not cheap. it's better to get a 1.35V set because you can use it in haswell laptops, too.
if possible, get them in pairs. i am still not sure if a single ram chip can run in dual-channel mode.
in your case, i suggest you go for Ripjaws SO-DIMM F3-1600C11S-8GRSL, the reasons being:
1. there is no obvious performance improvement even if you put in high performance ram's with tighter timings (and the results are inconsistent);
2. ram's these days are not cheap. it's better to get a 1.35V set because you can use it in haswell laptops, too.
if possible, get them in pairs. i am still not sure if a single ram chip can run in dual-channel mode.
