Our little Acer Extensa 5620 has been good to us these past two years, huh? It's a nice enough machine... but... you're feeling it too, right? Running a bit slow, hard drive making some noise, the battery lasts less than twenty minutes... is it time to finally cast our lowly Acer aside and buy new?

NAY! For less than the cost of a new laptop, we can make our current one shine again! Come with me as we do both routine and very non-standard upgrades to pimp out the budget Best Buy laptop we've come to know and love!

What- you don't own one?! Well, read on anyhow. A lot of what we cover here should work with other machines. Now, let's begin- and remember, laptops ARE upgradeable! Practice your evil villain laugh whenever someone tries to say they aren't...

Step 1: In the beginning...

Let's take a second to look at the stock specs of an Acer Extensa 5620-6830:

T5250 CPU (1.5Ghz, 667Mhz FSB, 2MB L2 Cache)
1GB DDR2 RAM 667Mhz (two sticks of 512MB)
15.4" WXGA Crystal Brite 1280x800 LCD
200GB 4200rpm SATA 8MB cache HD
Intel 3945 802.11a/b/g Mini-PCIe Wifi
4000mAh Lithium Ion Battery

Yeah, that is a little dated. I did leave out the DVD Multi Drive (as that is still pretty standard) and the GMA965 / X3100 Intel videocard (which isn't upgradeable anyway). But everything else listed above? I say... eBay it! Seriously, I sold off all my old parts on eBay and Craigslist to help offset the cost of new components. Madness, you say? Maybe. But every item on that list can be seriously upgraded!

Bwahahahaha! ...sorry, mad scientist laugh.

Step 2: The layout- getting familiar with the landscape

The upgrades we plan will all pretty much be done within an inch of each other, and it's not nearly as scary as it seems. First off, unplug the charger and remove your battery! We don't want anything powered up while we're swapping parts. It's also a good idea to stay off carpets, touch something metal / grounded, yadda yadda. No one uses a grounded wrist bracelet anymore, but it doesn't hurt to be somewhat careful with delicate electronic parts and static.

Now turn your laptop over. Note the second picture- there is a plastic cover held on by seven Phillips head screws. Don't worry about them falling off; they're conveniently held in place on the cover even after loosening. Once they are all unscrewed, gently pry up on the indicated area, as shown.

Now you can study the internals (third picture)! I've labeled everything so you can refer back to it if you need to as we replace things.

Step 3: The CPU- let's think big

That paltry little T5250 cpu... I think we can do much better.

To replace the cpu, first- choose one! I picked a T9500. Any Socket P cpu with a FSB of 800 or lower will work, but I felt that was a good choice. Here's how it compares to the old one:

T5250: 1.5Ghz, 2MB cache, 667Mhz FSB, 65nm core, 35W power
T9500: 2.6Ghz, 6MB cache, 800Mhz FSB, 45nm core, 35W power

Uh huh. The T9500 kicks the T5250's ass, all while doing the same wattage! Definitely a helpful upgrade. So let's get right to it.

Once you've taken off the cpu fan and heatsink, you should see the cpu itself. It's held in place with a ZIF (Zero Force Insertion) type socket, which locks using the little screw device next to the cpu. Looking close, you can see that it is currently set to the locked position. Using a small flathead screwdriver, turn it to unlock. Now you can lift out the cpu, and insert the new one. I recommend using a thin layer of Arctic Silver or some kind of thermal paste. To lock the new one in place, very gently hold the cpu while turning the locking mechanism back. REMEMBER- when putting the heatsink back on, do a little at a time on each screw, NEVER all at once. Better to be safe than sorry!

Step 4: Elephants never forget because they have more than 1GB RAM

Seriously, 1GB of RAM? What is this, 2006? We've got to fix this. The good news it, it's pretty cheap.

I popped in 4GB (two 2GB modules) of PC2 6400. Now, a word of warning. Windows-based 32 bit operating systems will only be able to see and use about 3GB, even if you have 4GB installed. Also, the Intel GMA965 chipset we've got will only be able to run the memory at 667Mhz max. So why did I get 800Mhz? Well, a couple reasons- it's just as cheap (if not cheaper) than the slower stuff; if I ever upgrade to a new laptop and use this one for parts, the parts are better; the 667Mhz timing on these modules is a bit tighter than the actual 667 ones... and last but not least, why not? To use a car analogy, I'd trust a sports car to do 80mph more than I would a Yugo, even if both are capable :) I don't mind a better margin of error without extra cost.

Also, do yourself a favor and buy memory off NewEgg or someplace reputable. You're shooting yourself in the foot if you save $2 by getting off-brand maybe-not-so-backwards-compatible modules off eBay from China. Honestly. Plus it'll get to you a lot quicker.

Step 5: Hard drive- space vs speed

We could go two ways with the hard drive here. Sure, we can pop in a 500GB if storage is what we're going for... but I want speed too. To compromise, the purchase was a Fujitsu MHZ2320BJ-G2. Here's a comparison on old vs new:

Old: 200GB, 8MB cache, 4200rpm, SATA1 (1.5GB/s)
New: 320GB, 16MB cache, 7200rpm, SATA2 (3GB/s)

That's a bit better, huh? After formatting, it comes out to right around 300GB, giving lots more storage while being much speedier as well. The old drive was starting to get a little noisy, too, so this new quiet one is very welcome.

Step 6: Wifi - It's the N of the world as we know it

I long ago swapped out the original Intel Wifi card with one more compatible with my chosen operating system. But even the replacement was a simple wireless-G. Now 802.11n is where it's at, so let's get there quick! And we can, because N is faster, see... so...

...Anyway, I chose a cheap used Dell 1505 card. Why? Because it works great, it was $20 shipped, and I don't need any drivers installed for it. I also still have yet to get a router with 802.11n, so this was more about future-proofing than a really important upgrade.

As described in the picture back in step 2, swapping out the wifi card is a piece of cake. Unclip the two antenna leads, unscrew two screws, reverse the process. Worried you didn't put the black and white wires where they go? Don't be. It works either way. Look, mine are reversed!

Step 7: What's next? As Metallica says, Battery!

At last! Time to free ourselves from the charger for longer than twenty minutes! Okay, maybe yours lasts longer than that. I used my laptop at work every night for months, and the combined hours of use and hibernation really took its toll on the original 4000 mAh battery.

We can replace it with another original lame one... or we can do one better, and upgrade it! There are aftermarket 5200 mAh batteries available that fit into our model; the only down side is it's two purchases in one. Let me explain...

The original battery was lower amperage, so the original charger is only 65W. If we toss in a better battery, it will need a better charger (90W) to charge it. See? So that's what I did.

I found an original new Acer / LiteOn PA-1900-05 charger for cheap, which perfectly runs the "Grape 32" 5200 mAh battery. The old charger becomes a backup- it still runs the laptop, but it can't charge the new battery.

Step 8: Nothing else to upgrade? Says YOU!

That last upgrade wasn't crazy enough, so now it's time to create my own! Mwahahahaha! Yes, more mad scientist laughter... and this time, I may deserve it.

This upgrade / modification was the result of various tests, experiments, and luck over the past month or two. It involves a bit more than the previous steps, but it will make your little Acer a truly unique one-of-a-kind Extensa :) Here's the low-down:

The GMA965 chipset / X3100 videocard can output higher resolutions than the stock 1280x800. If you remove the original LCD and hook up a WXGA+ (1440x900), WSXGA (1680x1050), or WUXGA (1920x1200) screen, those resolutions become available... however, the display looks garbled. Luckily, I figured out this is due to the LCD cable, and is completely fixable!

The Extensa WXGA LCD cable simply leaves out eight wires used for the secondary data channel, required by higher resolution displays. The solution is as simple as buying a similar used cable, unclipping eight of the wires from both ends, and adding them into the proper place on our original cable. Suddenly our little machines can handle some sweet screen upgrades!

From my experiments, I can say that any LG screen appears to work, even 17" ones (see picture- had a spare one sitting around). Though of course, for best results, choose another 15.4" LCD. The original inverter seems to work fine on them, too, though some have different backlight plugs. I ended up purchasing a new LP154WP1(TL)(A2) 15.4" WXGA+ Glossy LCD, giving me 1440x900 resolution. It had an alternate inverter connector, but I just changed the plug out and it worked perfectly. More desktop space, newer, brighter display, and much more crisp! I would have gone with a WUXGA, but can't imagine reading such tiny text... :)

The next steps will explain the process of changing out the screen and modifying the LCD cable.

Step 9: Display upgrading - getting at the LCD and cable

To remove the LCD and LCD cable, we'll need to remove more screws.

Opening the lid of your laptop, you'll see eight rubber pads around the screen that cushion it when closed (see first picture). These are stuck on with adhesive and pull off with a little prying. I recommend sticking them all to a single plate or something while you're working, so you don't loose any of them. Behind these pads are more small Philips head screws to remove.

Before separating the lid's plastic, close your laptop and flip it over. There are five screws on the underside, directly beneath the hinge. The middle three are the only ones you need to remove; they hold the hinge cover / power button / light assembly in place. The easiest way to pop it off is by opening the screen, laying it all the way back, then carefully pry as shown in picture two. Once off, you will be able to see where the LCD cable plugs into the motherboard, on the left side.

Now pry gently between the two plastic halves of the lid. Everything clicks together, so it's a little unnerving to force them apart. Mine came apart and went back together without anything breaking, so I know yours can too :) You may have to push the clip release button to get the lid hooks out of the way as the plastic rectangle comes off. Once that's off, you can see the screws holding the LCD in place. Keep track of all these little screws, and take note on how everything comes apart! It's always easier to disassemble than put back together.

A few bits of advice: Always handle the LCD by holding the sides, never the top or by gripping the middle. They are slightly more durable than people think, but why take chances? When purchasing a replacement LCD, choose one without an inverter attached. We don't need (and there is no room) for the extra piece of metal that sticks down below the screen and holds an inverter in place. Our inverter is mounted to the lid itself- so you're looking for just an LCD. Every 15.4" screen I've tried has the side-holes properly spaced for mounting in our Acer. Some have different spacing in the holes on the bottom, but don't stress- the bottom bracket doesn't need to attach to the screen. It will remain stable and sturdy without those two tiny screws.

Step 10: The WXGA to WUXGA LCD cable mod PT1 - seen here first!

The LCD cable connects to (and must be unplugged from) the following places:

-The motherboard (40-pin plug under hinge cover)
-The LCD itself (30-pin flat plug taped in place)
-The inverter (5-pin plug on left side of inverter)
-The webcam (5-pin plug - actually USB)

The cable I purchased to use for parts was a used Acer Extensa 4120/4320/4420 LCD cable. It didn't have the USB webcam connector, but since we're not touching that part, who cares? We're only interested in the wires going from the 40-pin motherboard plug to the 30-pin LCD connector. As long as it uses the exact same plugs, we can steal the already complete wiring to mod our cable.

Why don't we just buy a "proper" dual channel WUXGA cable, you ask? Good question. Mainly because... there isn't one. LCD cables aren't standard, and vary quite a bit between manufactures and even similar models. A WUXGA cable isn't made for this model, because it was never sold with anything but WXGA displays. Even if we found a cable with all the proper connectors, there's a good chance it wouldn't be wired the same as ours. So instead of dealing with a complete rewiring headache, simply adding eight little wires to our existing (and properly wired) original cable is the easiest way to gain WSXGA / WSXGA+ / WUXGA capability.

The first thing we need to do is carefully unwrap the entire spare cable. All that shiny gray stuff is just metallic tape, folded over itself. Start at one corner, and peel it all back until you're left with only wires. It's somewhat slow and tedious, but we don't want to damage any of the cables. There's some smaller black tape to remove from near the plug ends as well.

Take a second to look closely at the 40-pin motherboard plug (first picture). See those 40 little plastic tabs next to each wire? If you pry up (or break off) the tab using a needle or pin, the wire and metal insert slide right out. The same goes for the 30-pin LCD plug (second picture). Once all the tape and plugs are off, you end up with stuff like this (third picture).

Step 11: The WXGA to WUXGA LCD cable mod PT2 - seen here first!

Now the fun part begins- adding wires to our original Acer LCD cable.

Here's the reasoning and explanation behind this mod. I give you the pinout for the standard 30-pin dual channel LCD connector:

1 ground
2 +3.3v
3 +3.3v
4 +3.3v

5 nc/key
6 DDC Clock
7 DDC Data
8 A D0-
9 A D0+

10 ground
11 A D1-
12 A D1+

13 ground
14 A D2-
15 A D2+

16 ground
17 A Clock-
18 A Clock+
19 ground

20 B D0-
21 B D0+
22 ground
23 B D1-
24 B D1+
25 ground
26 B D2-
27 B D2+
28 ground
29 B Clock-
30 B Clock+

The green highlighted connections are the ones used in our Extensa's WXGA cable, black are empty spots. As you can see, the entire B data channel is unconnected; hence the garbled display when trying to use anything over 1280 x 800 resolution. So we'll add in eight wires on the empty slots of 20 through 30. You should be able to see this pattern on your 30-pin plug, and count off the proper pins.

I chose not to unwrap my entire original cable; instead, I only removed or peeled back what I needed in order to access the connectors and hook in extra wires. The metal contacts slide in part way, then need to be clicked in the rest of the way using some pressure. I used a pin. There's no need to touch the plastic tabs on our original cable- we don't want to stress or damage them, as that's what holds the contacts in place. I then used some of the tape from the spare cable to keep the eight loose wires bound against the original, and re-wrapped the plug ends. Try to keep everything as flat as possible, since this has to go back behind the screen.

The picture shows a head-on view of the 40 pin plug; the lettered spots are currently empty on both plugs and need to be filled with wires jumping the following connections:

A: #12 (40-pin) to #20 (30-pin) = B D0-
B: #11 (40-pin) to #21 (30-pin) = B D0+
C: #10 (40-pin) to #23 (30-pin) = B D1-
D: #9 (40-pin) to #24 (30-pin) = B D1+
E: #8 (40-pin) to #26 (30-pin) = B D2-
F: #7 (40-pin) to #27 (30-pin) = B D2+
G: #6 (40-pin) to #29 (30-pin) = B Clock -
H: #5 (40-pin) to #30 (30-pin) = B Clock +

This completes the data connection, making our cable (and laptop) now truly WUXGA LCD capable!

Step 12: Finished product!

So, was it all worth it? It was to me! Instead of buying another low-end laptop, I've extended the life of this one; keeping the good points I liked, and overhauling the outdated specs. The cpu seems to run much cooler; the battery lasts over an hour (hooray!); the hard drive is nice and quiet; the OS is now snappy and responsive as it should be. To recap, our new specs:

T9500 CPU (2.6Ghz, 800Mhz FSB, 8MB L2 Cache)
4GB DDR2 6400 RAM @ 667Mhz (two sticks of 2GB)
15.4" WSXGA+ Glossy 1440x900 LCD
320GB 7200rpm SATA 16MB cache HD
Dell 1505 802.11a/b/g/n Mini-PCIe Wifi
5200mAh Lithium Ion Battery

Now don't you feel smart that you bought one of these notebooks? Think about it. After using it for two years, I was able to reinvest about $400 and have a competitive machine again. Consider the sort of specs you'd get if you bought a new laptop with that budget!

And yes, I've said it before, but my operating system of choice that this machine runs so great... ? Well, that's for another Instructable :)

<p>I have the 5620z, it is just too slow to play video smoothly at full screen so I was happy to discover this article. I started with the T8300 but the 800mHz memory wouldn't run. I am running Linux Mint 17.2 and I get a panicking kernel. So I bought some 2x 2GB @ 667MHz ....and still the kernel is panicking! I don't get this. My circa 400GB sata drive had packed up last week forcing me to buy x2 1TB drives so I wonder if 1TB will fit? I would partition my current XP backup to 80GB and 80GB with the rest for Linux Mint. Do you see this as a problem? The 2nd disk is a backup to be used as an external drive. I use Gparted to set up partitions.</p>
Hi ! <br>I dont know if anybody is still reading this, anyway ... <br>I have an Acer Extensa 5620Z and I would like to try install a WUXGA or a WXGA+ display. Do you think that the second data channel for the display is available on this model, I mean, the slot might have 40pins but they might not be soldered to the motherboard, I hope you can understand what Im trying to say, with this poor explanation.
<p>Hi there. I have an Extensa 5620Z as well, I was going to do this upgrade then I saw your comment. If you already have done this on the 5620Z, how did it go?</p>
<p>hello,</p><p>this is a great tutorial how to upgrade the extensa - thanks for that. it's very useful and to the point. you inspired me to change a screen, so i followed you instruction and now my extensa looks really refreshed :) so thanks for that again. i installed WSXGA (1680x1050) and it is just great. sure things are much smaller, but still readable and sharpness is much better (i used one from hp 6710b - it has the same inverter plug, so &quot;only&quot; the cable had to be upgraded, which was quite a challege, but went well thanks to your detailed description).</p><p>thanks one more time for extending life of my extensa, now i reckon, i'll be using it for couple more years - no gaming, but great for working. i simply love the keybord. </p>
Thanks so much for all this information! I have been looking for <a href="http://beckcustommotorsports.com/auto-art-studio/" rel="nofollow">phoenix hot rod shops</a> and so this has been super interesting to me! Thanks so much!
Hi, thanks for this guide. You inspired me to change out the LCD (1080p - $28), upgrade my ram (3 to 4gb) and cpu (t7700) on my old 5620. I made the upgrades on the cheap, for fun and to see how long I could keep the extensa useful. <br> <br>The hardest part was the LCD cable. I managed to accidentally fry my inverter ($18) so be care must be taken when handling it. Your schema of the 30 pin was excellent and spot on. I just wanted to point out for others that it is very important to shield the new wires from EMF radiation. Otherwise, you will get a &quot;sparkly screen&quot;. I initially assumed the LCD panel or cable was dead until I verified the continuity and placement of the wires in the plug. I used metallic duct tape to insulate them. Not plain duct tape, metal tape that is used for ducts (I think it's aluminum). I also added grounding to the 30 pin. <br> <br>Anyway, I enjoyed this project and enjoyed this page you setup. Just wanted to let you know that your guide is still used and appreciated after all these years. <br> <br>BTW, are you still using your extensa? <br>
did you upgrade the bios? Mine is 1.17<br />
Yes, I have the latest BIOS, v1.35. It's available <a href="http://support.acer-euro.com/drivers/notebook/ex_5620.html" rel="nofollow">here</a>.<br />
i AM TRYING TO USE&nbsp; launchCLB-EXEC IN WINDOWS and I keep getting a Open Flash system fail <br /> <br /> I DOWNLOADED, EXTRACTED AND TRIED TO RUN<br /> <br /> WHAT AM I doing wrong?<br /> <br /> Thanks<br /> <br /> <br />
I recommend to always flash the BIOS in pure DOS&nbsp;mode, not within Windows.<br />
I feel like a noob all over again - haven't used a PC in years! I'm trying to upgrade a friend's 5620 and the BIOS is v1.16. I tried getting it done within Windows (even booted from a recovery disc and tried to flash via command prompt but keep getting a flash sys fail, or 64 bit incompatibility. How can I do it in pure DOS mode? <br><br>Thanks!
I generally use a small USB drive I've made just for this purpose. You can Google for &quot;USB DOS drive&quot; and download instructions and a package for creating one. Perfect use for old 128MB jump drives. Just make sure that the new BIOS you download isn't 64-bit or Win32 only.
I installed a T8300 processor and my vista processor score went from 4.5 to 5.4. Also Sandra indicates that the fsb is now at 800 . Also a lot less heat from the CPU. Great. <br /> <br /> May try to upgrade the Hard drive next as this may help the start up time. I don't want a really noisy hard drive through or one that heats up too much or draws to much power. I assume the Fujitsu 320 GB hard drive fits that bill?&nbsp; I see it only costs $ 69.00 with shipping.<br /> <br /> If my fsb is really at 800, should I look at faster memory? <br /> <br /> Thanks a lot<br />
I installed the hard drive. what a difference! This is one great machine now.<br /> I only problem is relatively slow starting Acer provided launch programs which I believe are not probably necessary. Did you delete these programs? <br /> <br /> Also the Acer provided recovery disks that I purchased would not format the new drive. A local PC shop gave me a copy of a Vista Home start up disc and that did format the disc. Then the Acer provided materials worked fine. I only purchased the recovery discs from Acer because the a Acer back up split my hard drive which I didn't want in the future. <br /> <br /> I think I will stop here as the LCD&nbsp;screen looks ok to me and I can't really speed up the graphic's card. May change out the WI FI card some day. <br /> <br /> Thanks again. I would not even thought about doing this without your help. <br /> Great, great great. You are doing everyone a great service.<br />
Thanks - Upgrading the bios was easy in windows after I right clicked and ran the file as a administrator. Thanks - now on to putting in the new CPU. <br /> <br /> should mention that I used MSCONFIG to stop all non microsoft programs before I upgraded<br /> <br /> <br />
Thanks will try
hey i was trying to upgrade my battery but could not find a website for one....any suggestions?? please help.
this laptop seems to be the intel cpu version of the aspire 5530!<br>i had one and it had the exact same case and everything, righ down to the built in webcam and missing riser on the motherboard. the motherbaord is the only part thats different between your acer and the 5530.
thanks for this, this kind of looks like what I have been obsessing over. My deal is i have a dell 1737 laptop that came with a wcga+ screen which cracked ( i suspect heavier laptops cause screens to crack more easily when falling due to gravity and their extra weight). Anyways, i had several led lcd displays of the same 17 inch size from various other laptops, hp, toshiba, acer, etc, but not from dell. i wanted to do a swap up to one of these wuxga screens (are they superior or does led just save energy costs and let the screen be thinner?, doesn't led improve contrast ratio a bunch in hdtv's?) <br>Anyways, my comment/questions relates to having to buy a nu484 led lcd cable for $30 to go witha new dell wuxga for over one hundred and nto being able to use any of the other brands screens mentioned aboe. <br> <br>Why do laptop makers make it so damn hard to use other screens? This seems to involved these lvds cables and the fact that they all seem to have proprietary connecters. Even from dell to dell the same cables seemingly cannot be used. is this just there way of making it harder to cut them out of the replacement screen chain? could i just solder or splice the lvds cable from, say, the toshiba screen into the dell cable that will fit into my dell 1737 motherboard? are there little adapters i coudl put on the end fo these things? lets say i wanted to use the acer 7714z led lcd screen and i had a dell cable nu 481...how would one combine those? also, is it true that no inverter is needed to put with my new wuxga monitor in my dell, which came with a wxga+ screen that had a separate inverter? <br>thanks,
I updated my processor to T5750 from Intel T2930 &amp; Now my laptop ( which is a Extensa 5620Z ) is running its processors at 80-85 Celsius &amp; Fan is always on I applied thermal compounds at the processor &amp; the heat sink but no use, Is this Normal ? or what can I do for this<br><br>I cleaned the Fan &amp; Vent holes too
does any one know a shop which sells cheap Processors &amp; Shipping to Sri Lanka
&nbsp;Dear Charred PC I am&nbsp;following&nbsp;this guide &amp; &nbsp;I did Some upgrades But the thing is that I cant use RAM&nbsp;more than&nbsp;2 GB . Even when i plug in &nbsp;4 GB of RAM it says only 2GB in BIOS &amp; in the system properties Any clue or way around ??
That's odd. What RAM modules are you trying to use? Two 2GB sticks should work fine. If you're trying to use a single 4GB stick, that would explain it... our 5620's can only see 2GB max per slot.<br />
&nbsp;No I tried two 2GB Rams but it didnt work out then i tried a 1 GB &amp; a 2 GB card they also didnt work :(<br /> <br /> My bios is also v 1.35<br /> <br /> any help ???<br /> <br /> My Model is 5620z<br />
Likely you are hitting the 32-bit OS memory limit (2.5-ish GB). You'll need to be running a 64-bit OS to take advantage of the full 3 (or 4) GB.
Great guide!&nbsp; I&nbsp;have an 18 month old Extensa 5620z and I've upgraded the RAM to 3GB and moved to Win 7 Home Premium.&nbsp; Much better than the original 1GB +&nbsp;Vista!<br /> <br /> Of the upgrades you mentioned, the one I am most interested is adding Mac OSX.&nbsp; Do you have a detailed install guide for the Extensa?&nbsp; If so, I would love to know where to start!<br />
Yeah, the best upgrade you can do to these Acers is switch to anything but Vista! ;) I don't have a detailed write up for installing OSX, but you can find everything you need over at the forums of insanelymac.com. These days it's not very hard; I triple boot Windows 7 / OSX Leopard (10.5.8) / OSX Snow Leopard (10.6.x). Leopard works best IMO, and is what I use 95% of the time.
Hey Man How did You Update Like That Still It is impossible for me to do so in 5620Z
If you are asking how did I move from Vista to Windows 7? First I split the hard drive into two 80GB partitions. (You use the disk administrator tool to shrink your existing hard drive down to a 80GB, then create a new blank partition and format it. When you reboot you will end up with both a C and D hard drive.) After that, I installed Windows 7 Home Premium (32-bit) from a Windows 7 Upgrade DVD. You boot from the DVD and chose the &quot;Custom Install&quot; option. Then chose to keep the current Windows (Vista) and put a clean install of Windows 7 onto the second partition. After all of the installation finishes, you will end up with a new boot menu that asks if you want to boot Windows 7 or the &quot;Previous Version&quot; (which is Vista). I kept Vista around until I was certain that Win 7 was good for me. Eventually you can delete it after you get familiar with Win 7. Try the install tutorials over on Paul Thurot's Windows Super Site if you need help. (Google on &quot;Windows Super Site&quot;) He explains everything in detail.
Thankx for the long reply mate but thats not what i asked n sorry for the confusion I wanted to knw how did u managed to work 3 GB of RAM coz my bios 1.35 V cant identify more than 2 GB
Actually my original post was WRONG. Apologize for the confusion. I replaced one of the original 512MB RAM sticks in my Acer Extensa with a 2GB stick (Kingston-brand standard SODIMM...nothing fancy). Anyway, I actually have 2.5GB in my Extensa...not 3GB as I said previously. There's no problems running Windows 7 Home Premium 32-bit, Vista Home Premium 32-bit, or Linux. But when it comes to Windows, I am much happier running Windows 7 vs. Vista. As long as you're running a 32-bit version of Windows, I've heard that you can put a 2GB and 1GB stick together in these Extensa's with no problem. That would give a total of 3GB. I've also heard that if you put two 2GB sticks in one, it won't boot Windows 32-bit....period. You will always get the &quot;blue screen of death&quot;. However, with two 2GB stick in there...4GB total, you should still be able to run Windows 64-bit versions just fine. Again, that's based on what I've read on notebookreview.com forums. Haven't verified the 4GB problem myself, but I can say the 2.5 GB works fine in my machine. Hope that clarifies things for you.
Brilliant article. Thanks. I am typing this on my Acer Aspire 4315 with a beautiful 14.1&quot; WXGA+ (1440x900) panel, which I got from a dead Thinkpad T60 or T61. I was searching the internet for quite some time about any information regarding modification or new cable for the 4315. You are a champ. The pinout is a bit different though on the 4315, but works perfect.
Glad this helped out, and great to hear of another WXGA cable mod success! Isn't the increased resolution a wonderful upgrade? :)
But can it play Crysis?<br />
No, but in all fairness, <em>nothing</em> plays Crysis ;)<br />
Alienware computers can. They can play it without breaking a sweat.<br />
&nbsp;Hi&nbsp;<br /> AC connection point of my extensa has gone in side and coz of this I am unable to connect with AC Adaptor...can any body please help me
I'm having trouble finding a place to purchase the processor. Can you recommended a place? <br /> <br /> Great post by the way! I was about to get a new laptop, but i love my acer and i much rather do this. Thank you.<br />
When I upgrade my processor will this also improve my graphics capabilities ?<br /> <br /> I have 965 chipset + x3100 graphic accelerator.<br /> <br /> I think it runs at a maximum of 384 mb currently.<br />
Yes and no.<br /> <br /> You won't magically have a high-end videocard or more video memory, but these upgrades do help the onboard X3100 video a bit. I didn't do any benchmarking, but the difference was noticeable to me. Especially with an on-board shared-memory card, ram and cpu upgrades do improve performance.<br /> <br /> That said, don't expect to suddenly rate over a 3.5 in Windows' video performance index ;)<br />
What processor are you looking to purchase? Either eBay or Froogle should find you a Socket P (800Mhz FSB, remember!) cpu, just make sure the seller is reputable (many positive reviews or feedbacks).<br />
&nbsp;Can i do the same with acer 5620Z<br /> <br /> its specs are&nbsp;<br /> Intel Pentium dual core T2390 Processor<br /> (1.86 GHz, 533 FSB, 1MB L2 cache)<br /> 15.4 WXGA LCD<br /> 965 chipset + x3100 graphic accelerator<br /> 120 GB HDD<br />
Yes! The 5620Z uses the same chassis as my 5620-6830, so you can do every upgrade listed here :)<br />
&nbsp;Thankx for the reply<br /> <br /> Before i start doing this i am wandering whether can my 5620Z motherboard support core 2 duo processors<br /> <br /> &amp; can it support RAM more than 2 GB<br /> <br /> thankx again<br />
The Acer Extensa 5620z uses the same BIOS, chipset, and motherboard as my 5620 :) So every upgrade I've done is available to you as well! You can have 4GB of RAM and a 2.6Ghz cpu, just like mine.<br />
thanks for this its a great guide. I have an extensa 5620 which i have upgraded to a 500gb WD one and installed windows 7. Its now getting really really hot so i bought a zalman cooler which does the job but makes the thing so loud!!<br /> <br /> I'm thinking about either follwing your guide and giving it a full overhaul with the processor and ram or maybe just downsizing my hd again as i'm worried that my replacement hd or win7 is causing the cooking? Would really appreciate thoughts/ advice?<br /> <br /> many thanks again<br />
The WD HD should be fine. My 7200rpm one should put out more heat than yours. The stock cpu is likely keeping things warm. Getting a 45nm cpu instead of that 65nm one should help a lot. A few other pointers:<br /> <br /> -The original thermal pad / compound they use is awful. When I replaced my cpu, I cleaned off that gunk and went with IC7 thermal compound. Things stay much cooler.<br /> <br /> -Cleaning out the heatsink &quot;fins&quot; and fan so there's proper airflow will help too. Mine was pretty dusty.<br /> <br /> My hard drive stays around 48C, so is the warmest thing in the laptop. I wouldn't worry that Windows 7itself is heating things up, though I would make sure it's using speedstep.<br />
I love this im glad to see you werent ready to just cast it away that happens with to much tech when you can do some simple upgrades and the machine will run just fine!<br />

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