Q. How do I remove MacKeeper antivirus/utility for Mac?

MacKeeper (also known as 911 Bundle) is a program for Macintosh OSX from the company ZeoBIT that purports to protect your Mac from viruses and do other utility functions.  It is heavily advertised with pop up Web ads and banners, and many people have reported associated “shill” websites that are promoting it with phony positive reviews and have reported stealth MacKeeper sales people posting positive info to forums. Part of the problem seems to stem from the sales model, where a variety of companies/websites other than the publisher are selling it under commission but without any control from the publisher.

My advice is to not install this product, even the free trial version.  My opinion is that it is designed to extract $39.99 from unwary Mac owners to fix non-existent problems, and it is difficult to remove the software once it is installed. There are many online reports of the program reporting false errors and viruses (to scare you into buying it), compromising machine performance, and even deleting data files.  Since most of what the program is sold to do can be done with the operating system tools, or with free (and reputable and reliable) utilities, I can see no reason to recommend the program.

  • If you have already installed the MacKeeper trial application, do not use the MacKeeper uninstaller provided by the publisher Zeobit.  (It leaves software on your machine – I will leave up to you to decide what that implies)
  • Do not use the MacKeeper encryption feature to encrypt your data.  If you have done, remember to decrypt the data before removing MacKeeper or the data will be lost.

First, download the free utility EasyFind (or use your favorite file finding utility) search in all folders, for any file with Zeobit or MacKeeper and delete them.

Detailed instructions for removal

http://applehelpwriter.com/2011/09/21/how-to-uninstall-mackeeper-malware/

Or download a PDF document with instructions for removal  http://cl.ly/1R2r191D0W2G2s3U1O02

If you have problems uninstalling the program, try restarting the Mac in Safe mode (hold the Shift key down through boot up) first:  http://support.apple.com/kb/HT1455

If you keep getting popup ads for MacKeeper, these may be related to website(s) that you are visiting. Banner ads for MacKeeper have been reported to spawn popups. I recommend turning on the popup blocking features of your web browser, or switch to using Firefox with NoScript installed.
Block pop-ups in Safari  FireFox  Chrome

There are free antivirus programs for Mac if you want to guard against the possibility of a Mac virus, or passing on a Windows virus.

Sophos Antivirus for Mac Home Edition 
ClamXAV Open source anti virus

Paid Mac OSX antivirus options:

ESET Cybersecurity for Mac
Intego VirusBarrier
Kapersky Anti Virus for Mac
Symantec Norton Antivirus for Mac

More opinions on MacKeeper

https://discussions.apple.com/thread/2786697?start=0&tstart=0

http://themacfeed.com/2011/06/17/mackeeper-a-rather-slimy-tale/

https://discussions.apple.com/thread/2779849?start=0&tstart=0

 

Posted in Computer Questions and Answers, Mac questions | Tagged , , , , , , , , | 2 Comments

Q. How do I make my notebook battery last longer?

First of all, how old is your battery?  Batteries last from one to three years on average, and it would be expected that the capacity is down by 40 – 50% after three years.  So if you have an old battery, you may simply need to replace it.

To make the battery life longer,

  • go into Control Panel  and turn on the Power Options for Power Saver mode, which will reduce the speed of the machine when you are not using it heavily, and make other power saving adjustments.
    For Windows 7 http://windows.microsoft.com/en-US/windows7/products/features/power-management
    For Macintoshes, use the Energy Saver preference pane http://support.apple.com/kb/HT2412.
  • Set the screen sleep and hard drive sleep times to the shortest that you can live with.
  • Don’t run the DVD drive continuously. If you are watching a movie on the road, rip it to a hard drive or USB drive ahead of time (when you are plugged in) and run it off the hard drive or a mountable disk image on the hard drive, rather than the DVD optical drive.
  • Turn down the screen brightness. The LCD illumination is one of the largest power draws in a notebook.
  • Don’t play 3-D games on battery – programs that make intense use of graphics use a lot of power and generate more heat. Choose simpler games when you want to stretch battery life. Or, at least reduce the resolution and dial down the quality settings, so the GPU doesn’t have to work as hard.
  • Keep the machine cool so the fans don’t have to run as often. Use the machine on a hard surface rather than on an upholstered surface or a lap.
  • Don’t multitask – Quit from programs when you aren’t using them instead. When you have multiple programs and you exceed the amount of RAM the machine has, it is forced to read and write Swap files on the hard drive. The more you spin the hard drive the shorter your battery will last.
  • Turn off helper applications, background tasks and widgets if you don’t need them (check out Microsoft’s Autoruns utility http://technet.microsoft.com/en-us/sysinternals/bb963902)
  • Plug into Ethernet instead of using WiFi, if you have the choice.
  • Turn off WiFi and Bluetooth if you are not using them. Keeping the radio transmitters running uses battery power.

Condition your battery and calibrate it to the machine’s power management utility (following your manufacturers suggestions) on a periodic basis.
For Apple machines, here are the calibration instructions http://support.apple.com/kb/HT1490
Calibration for some Dell machines http://support.dell.com/support/topics/global.aspx/support/kcs/document?c=us&cs=19&docid=129435&doclang=en&l=en&s=dhs

Don’t use your machine on AC adapter all the time, at least once per month, run it from battery until it gets down to the warning message, so the chemistry of the battery gets ‘exercised’. http://www.apple.com/batteries/

Contrary to popular belief, modern Nickel Metal Hydride (NiMH) and Lithium Ion batteries do not need to be discharged all the way before being recharged. That was true of older Nickel Cadmium (NiCad) batteries which could have a “memory” effect.  Discharging a modern notebook battery all the way to 0% may damage the battery or may make the notebook un-bootable, so notebooks are programed to shut down when the battery gets to 20% charge left.

However, the battery may have to be calibrated so the machine can accurately calculate capacity and charge remaining. The general practice is to charge the battery up fully on AC power, and then use the machine until it reaches the software shutdown warning, then charge it all the way up again.

When storing a Lithium Ion battery or leaving a machine unused for an extended time, leave the battery charged between 50% and 75%.

Use a third party battery monitor to keep tabs on the battery. For Macintosh machines, Coconut Battery is a good option http://www.coconut-flavour.com/
Here is a list of choices for Windows at http://download.cnet.com

Lastly, batteries have a finite lifespan of between 1.5 and 3 years depending on use. The standard for warranty purposes is that the battery should hold 80% of its new capacity after either 1 year or 300 recharge cycles, whichever comes first.  So plan on a new battery every couple of years.   CanadaRAM.com has batteries for almost all computers, phones and cameras/camcorders. Each model of device has specific batteries, contact CanadaRAM for a recommendation.

Posted in Computer Questions and Answers, General Computer, Mac questions, Performance, Windows questions | Tagged , , , , | 1 Comment

Apple ‘New iPad’ and LTE coverage in Canada

The new iPad introduced by Apple on March 7 2012 is the first Apple product to support higher speed “4G-LTE” cellular data networks.  Although there has been no formal definition of 4G as a standard, the wireless companies have jumped on “4G” as a marketing term for anything that is faster than the original 3G network. http://en.wikipedia.org/wiki/4G  HSPA+ and LTE are both 3G technologies.

So “4G” in this case is a meaningless term, and you have to check whether you are getting HSPA+ (up to a theoretical 21 Mbps, average 4- 6 Mbps), DC-HSPA+ (up to a theoretical 42 Mbps, average 7 – 14 Mbps) or LTE (up to a theoretical 75 Mbps, average 12 – 25 Mbps) when your service is advertised as “4G”. (Your actual data speeds will be less than the best-case estimates).

An LTE Micro-SIM card will have to be ordered along with the iPad for the carrier of your choice.  According to Rogers and Telus, you can move a 3G Micro-SIM from an older iPad to continue on 3G service, but won’t have access to LTE.

Rogers LTE coverage is limited to 5 major urban cores – Vancouver (City to Surrey and Coquitlam), Toronto (Mississauga to Markham), Ottawa, Montreal & St. John’s.  This will change over time.  They offer 4G-HSPA+ in larger areas

Rogers coverage map: http://www.rogerslte.com/lte-in-your-area
LTE plan costs
2GB per month $35 + $1.93 fees
6GB per month $60 + $1.93 fees
10GB per month $50 + $1.93 fees
$10 per additional GB
Plans include free access to Rogers WiFi Hot Spots
Call 1-888-ROGERS1  Visit Rogers site for details

Bell Mobility is claiming a wider LTE coverage, in Belleville, Calgary, Edmonton, Guelph/Waterloo, Halifax, Hamilton, London, Montreal, Ottawa, Quebec City, Toronto, Vancouver, Yellowknife

Bell coverage maps http://network.bell.ca/en/lte/?coverage
LTE plan pricing
250MB per 30 days $15
500 MB per 30 days $20
5GB per 30 days $35
Plans include free access to Bell WiFi Hot Spots
Call 1-800-667-0123 or Visit the Bell site for details

Telus similarly has coverage of 4G-LTE in 13 major centers and wider coverage through 4G-DCHSPA+
Telus coverage map: http://www.telusmobility.com/en/BC/canada_travel/index.shtml?eVar6=link
LTE Plan pricing
100MB per 30 days $10 (flex plan)
250MB per 30 days $15 (prepaid plan)
500 MB per 30 days $20 (flex or prepaid)
5GB per 30 days $35 (flex or prepaid)
Data overage $0.02 per MB ($20 per GB)
Call 1-866-558-2273 or Visit the TELUS site for details

On the iPad launch date, none of the networks had the new iPad listed on their LTE device pages or specific LTE iPad plans on display.

Posted in Computer Questions and Answers, iPad, iPhone, iPod, News, Smartphone News | Tagged , , , , , , , | Leave a comment

Q. What is happening with OEM hard drive warranties?

Hard drive warranty coverage has been reduced by the major manufacturers, and competition in drives is consolidating around just three companies.

All Seagate bare (internal) consumer level drives have 1 year warranty in North America (down from three years). Some enterprise drives and premium consumer drives like the Barracuda XT and Momentus XT (Hybrid) versions have three years (down from five).

Western Digital bare consumer level drives now have have 2 year warranty (down from three), premium drives like the Caviar Black still have 5 years.

What about the other brands? Western Digital recently purchased the hard drive division of Hitachi (Engadget article) and is selling some manufacturing equipment and technology to Toshiba, the #3 drive maker (CNet article) which will allow Toshiba to enter the 3.5″ hard drive market. Earlier in 2011, Seagate purchased the drive business of Samsung (press release), the original warranties on existing drives will be honoured.

The change in Seagate’s warranty was effective on on Jan 1 2012 – the warranty on your particular drive is based on the date of sale – if you bought a Seagate consumer drive with three year warranty before the cutoff date of December 31 2011, then you have a 3 year warranty – they cannot revert your warranty to a shorter period after the fact (but be prepared to show a proof of purchase from an authorized dealer). If you purchased the same drive on Jan 2, then you have a 1 year warranty.

Now the question of OEM drives – this depends on your definition of OEM (Original Equipment Manufacturer). Drives that are pre-installed in new computers, or that are sold inside external enclosures have NO warranty from either Western Digital or Seagate – when a drive mechanism is sold as bundled product, the computer maker or external drive maker assumes all responsibility for warranty in exchange for getting a lower price from Western Digital or Seagate.

If the drive was sold in bulk to the manufacturer or distributor under a special OEM contract, and then subsequently sold as a bare drive then Seagate may limit the warranty to 6 months, and the OEM seller is responsible for warranty beyond that, if any. If you buy a drive through Amazon or eBay, for example, which was advertised as a 1, 2 or 3 year warranty, double check the serial number on the drive manufacturer’s site to see that you actually received a retail drive with the factory warranty, and not an OEM drive. http://forums.seagate.com/t5/Barracu…ue/td-p/145857

Seagate warranty check
http://support.seagate.com/customer/…ion.jsp?form=0
Western Digital warranty check
http://websupport.wdc.com/warranty/s…rranty&lang=en
Hitachi warranty check
http://www.hgst.com/portal/site/en/support/warranty/
Toshiba US and Canada information
http://storage.toshiba.com/storage-services-support/warranty-support

Seagate’s bare drive warranty line up effective December 31, 2011 is:

Major Desktop and Mobile products change from 2 years to 1 years and 5 years to 3 years. Most of the Enterprise class product will be reduced warranty period from 5 years to 3 years.

Product Line Limited Warranty Period
(as of December 31, 2011)
Constellation®.2 and Constellation® ES.2 3 years
Barracuda® and Barracuda® Green 3.5” Drives 1 year
Barracuda® XT 3 years
Momentus® 2.5” Drives (5400 RPM & 7200 RPM) 1 year
Momentus® XT 3 years
SV35 Seriesâ„¢ – Video Surveillance 2 years
Pipeline HD® Mini, Pipeline HD® 2 years

Western Digital warranty policy
http://support.wdc.com/warranty/policy.asp

Posted in Computer Questions and Answers, General Computer, Hard Drive News, Hard Drives and SSD | Tagged , , , , , , , , , | Leave a comment

Q. What RAM memory and hard drive fits my Apple eMac G4?

Apple Macintosh eMac G4 machines took two different types of RAM – PC133 SDRAM and DDR-333 (PC2700 or PC3200 can be used.) In both models, the RAM is accessed through a trap door on the bottom of the machine. If the optional tilt and swivel stand is installed, it must be removed, which requires a hex key.

Model/ Identifier CPU/ Speed/ Screen/ Date/ Designation RAM Type & Speed Maximum RAM Hard Drive
eMac (PowerPC)PowerMac4,4 G4 700 MHz (Early 2002) PC133 DIMM 1 GB (2x512MB) 3.5″ PATA HD
eMac (PowerPC)PowerMac4,4 G4 800 MHz (Mid 2002) PC133 DIMM 1 GB (2x512MB) 3.5″ PATA HD
eMac (PowerPC)PowerMac4,4 G4 800 MHz (ATI Graphics Mid 2003 M9150LL/A) PC133 DIMM 1 GB (2x512MB) 3.5″ PATA HD
eMac (PowerPC)PowerMac4,4 G4 1 GHz (ATI Graphics Mid 2003 M8950LL/A) PC133 DIMM 1 GB (2x512MB) 3.5″ PATA HD
eMac (PowerPC)PowerMac6,4 G4 1.25 GHz (USB 2.0 Early 2004 M9425LL/A) DDR333 DIMM 2 GB (2x1GB) 3.5″ PATA HD
eMac (PowerPC)PowerMac6,4 G4 1.42 GHz (USB 2.0 Mid 2005 M9834LL/A) DDR333 DIMM 2 GB (2x1GB) 3.5″ PATA HD
Posted in Hard Drives and SSD, How-To, Mac questions, Memory | Tagged , , , , , , , , , , | Leave a comment

Q. What RAM memory and Hard drives fit my Apple PowerMac G5?

There have been two major models of PowerMac G5, the change over from PCI-X to PCI-e slots, and from Dual processors to Dual-Core single processor was made in October 2005. With this change, PCI and PCI-X interface cards from the earlier G5 models no longer fit the new PCI-e based G5s.  At the same time, the RAM configuration was changed from DDR (PC3200) to DDR2 (PC2-4200).

Because there is an overlap in the speeds of the two lines, you must check your Apple Menu: About this Mac information to verify which model it is before ordering components.  The main screen will tell you the RAM speed, and the More Information… Hardware screen will tell you the Mac Identifier number.

Lists of RAM and drive compatibility for all Macs

Model/ Identifier CPU/ Speed/ Screen/ Date/ Designation RAM Type & Speed Maximum RAM Hard Drive/ SSD
Power Macintosh G5
PowerMac7,2
G5 1.6 GHz (PCI slots, 4 RAM sockets Mid 2003, M9020LL/A, A1047) DDR-333 DIMM 4 GB (4x1GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac7,2
G5 1.8 GHz (PCI-X slots, Mid 2003 M9031LL/A, A1047) DDR-400 DIMM 8 GB (8x1GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac7,2
G5 2.0 GHz Dual Processor (PCI-X slots, Mid 2003 M9032LL/A, A1047) DDR-400 DIMM 8 GB (8x1GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac7,2
G5 1.8 GHz Dual Processor (PCI-X slots, Late 2003 M9393LL/A, A1047) DDR-400 DIMM 8 GB (8x1GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac7,3
G5 1.8 GHz Dual Processor (PCI slots, 4 RAM sockets Mid 2004, M9454LL/A, A1047) DDR-400 DIMM 4 GB (4x1GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac7,3
G5 2.0 GHz Dual Processor (PCI-X slots, Mid 2004 M9455LL/A, A1047) DDR-400 DIMM 8 GB (8x1GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac7,3
G5 2.5 GHz Dual Processor (PCI-X slots, Mid 2004 M9457LL/A, A1047) DDR-400 DIMM 8 GB (8x1GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac9,1
G5 1.8 GHz (PCI, 4 RAM sockets, Late 2004, M9555LL/A, A1093) DDR-400 DIMM 4 GB (4x1GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac7,3
G5 2.0 GHz Dual Processor (PCI slots, 4 RAM sockets, Early 2005, M9747LL/A, A1047) DDR-400 DIMM 4 GB (4x1GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac7,3
G5 2.3 GHz Dual Processor (PCI-X slots, Early 2005 M9748LL/A, A1047) DDR-400 DIMM 8 GB (8x1GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac7,3
G5 2.7 GHz Dual Processor (PCI-X slots, liquid-cooled, Early 2005 M9749LL/A A1047) DDR-400 DIMM 8 GB (8x1GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac11,2
G5 2.0 GHz Dual Core (PCI-E slots, Late 2005 M9590LL/A A1117) DDR2-533 DIMM 16 GB (8x2GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac11,2
G5 2.3 GHz Dual Core (PCI-E slots, Late 2005 M9591LL/A, A1117) DDR2-533 DIMM 16 GB (8x2GB) 3.5″ SATA HD
2.5″ SATA SSD
Power Macintosh G5
PowerMac11,2
G5 2.5 GHz Quad Core (PCI-E slots, Late 2005, M9592LL/A A1117) DDR2-533 DIMM 16 GB (8x2GB) 3.5″ SATA HD
2.5″ SATA SSD
Posted in Computer Questions and Answers, Hard Drives and SSD, How-To, Mac questions, Memory | Tagged , , , , , , , , , , | Leave a comment

Q. What RAM memory and hard drives fit my Mac PowerBook G4?

The Powerbook G4 was a revolutionary notebook when it was released, having an all-metal casing manufactured with a Titanium alloy. In Early 2003 Apple switched to an aluminum allow for the case, and introduced 12″ and 17″ models. At the same time, they changed from PC133 SDRAM to DDR memory.

The main thing to watch for in later PowerMacs is the Late 2005 model, it has the same speed as the model it replaced, but changes to DDR2-533 SODIMMs

Lists of RAM and drive compatibility for all Macs

Model/ Identifier CPU/ Speed/ Screen/ Date/ Designation RAM Type & Speed Maximum RAM Hard Drive/ SSD
PowerBook (PowerPC)
PowerBook3,2
G4 400 MHz15″ (Mercury, Titanium, Early 2001) PC100 SODIMM 1 GB (2x512MB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook3,2
G4 500 MHz 15″ (Mercury, Titanium, Early 2001) PC100 SODIMM 1 GB (2x512MB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook3,3
G4 550 MHz 15″ (Gigabit, Titanium, Late 2001) PC133 SODIMM 1 GB (2x512MB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook3,3
G4 667 MHz 15″ (Gigabit, Titanium, Late 2001) PC133 SODIMM 1 GB (2x512MB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook3,4
G4 667 MHz 15″ (DVI, Titanium, Early 2002) PC133 SODIMM 1 GB (2x512MB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook3,4
G4 800 MHz 15″ (DVI, Titanium, Early 2002) PC133 SODIMM 1 GB (2x512MB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook3,5
G4 867 MHz 15″ (Titanium, Late 2002) PC133 SODIMM 1 GB (2x512MB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook3,5
G4 1 GHz 15″ (Titanium, Late 2002) PC133 SODIMM 1 GB (2x512MB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook6,1
G4 867 MHz 12″ (Aluminum, “Little Al”, Early 2003) DDR-266 SODIMM 1.25 GB (256 built in plus 1x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook5,1
G4 1.0 GHz 17″ (Aluminum, “Big Al”, Early 2003) DDR-266 SODIMM (CPU Slewing compat.) 2 GB (2 x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook6,2
G4 1.0 GHz 12″ (Aluminum, DVI, Late 2003) DDR-266 SODIMM 1.25 GB (256 built in plus 1x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook5,2
G4 1.0 GHz 15″ (Aluminum, Firewire 800, Late 2003) DDR-333 SODIMM (CPU Slewing compat.) 2 GB (2 x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook5,2
G4 1.25 GHz 15″ (Aluminum, Firewire 800, Late 2003) DDR-333 SODIMM (CPU Slewing compat.) 2 GB (2 x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook5,3
G4 1.33 GHz 17″ (Aluminum, Late 2003) DDR-333 SODIMM (CPU Slewing compat.) 2 GB (2 x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook6,4
G4 1.33 GHz 12″ (Aluminum, DVI, Early 2004) DDR-333 SODIMM 1.25 GB (256 built in plus 1x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook5,4
G4 1.33 GHz 15″ (Aluminum, Early 2004) DDR-333 SODIMM 2 GB (2 x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook5,4
G4 1.5 GHz 15″ (Aluminum, Early 2004) DDR-333 SODIMM 2 GB (2 x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook5,5
G4 1.5 GHz 17″ (Aluminum, Early 2004) DDR-333 SODIMM 2 GB (2 x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook6,8
G4 1.5 GHz 12″ (Aluminum, SMS, Early 2005) DDR-333 SODIMM 1.25 GB (256 built in plus 1x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook5,6
G4 1.5 GHz 15″ (Aluminum SMS/BT, M9676LL/A A1106 Early 2005) DDR-333 SODIMM 2 GB (2 x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook5,6
G4 1.67 GHz 15″ (Aluminum SMS/BT, M9677LL/A A1106 Early 2005) DDR-333 SODIMM 2 GB (2 x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook5,7
G4 1.67 GHz 17″ (Aluminum SMS/BT, Early 2005) DDR-333 SODIMM 2 GB (2 x 1GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook5,8
G4 1.67 GHz 15″ (Aluminum Dual-layer SD, Hi Res screen, DDR2, Late 2005) DDR2-533 SODIMM 2 GB (2 x 1 GB) 2.5″ PATA hard drive
PowerBook (PowerPC)
PowerBook5,9
G4 1.67 GHz 17″ (Aluminum Dual-layer SD, Hi Res screen, DDR2, Late 2005) DDR2-533 SODIMM 2 GB (2 x 1 GB) 2.5″ PATA hard drive
Posted in Computer Questions and Answers, Hard Drives and SSD, How-To, Mac questions, Memory | Tagged , , , , , , , , , , , | Leave a comment

Q. What memory and hard drives fit Macintosh computers?

Different models of Apple Macintosh machines take different types and capacities of RAM memory and hard drives.  We’ve put together charts of all of the models of Macs since 1998 that list the RAM requirements and the hard drive types for each specific model.  When you find your model, click on the RAM or Hard drive link to go directly to CanadaRAM.com  for pricing.

Macintosh models late 2012 and newer, Retina model MacBook/Pro/Air

iMac (Intel) up to Mid 2012
iMac (PowerPC G3, G4 and G5 )
MacBook (Intel) up to Mid 2012
MacBook Pro (Intel) up to 2012
Mac Mini Intel and G4 up to 2012
MacPro Intel Xeon up to 2012
PowerBook G4
PowerMac G5
eMac G4
iBook G4 & G4

Posted in Computer Questions and Answers, Hard Drives and SSD, How-To, Mac questions, Memory | Tagged , , , , , , , , , , , , , , , , , , , | 11 Comments

Q. What Memory and Drives fit my iMac Intel?

Apple has released a variety of iMac intel machines, which have used four different kinds of RAM. Different models of iMac have had either two RAM sockets or four RAM sockets. In iMacs, installing a single RAM is permissible, however installing a matching pair allows Dual Channel memory access, which has a small (6%-8%) but welcome real-world speed improvement. There is no need to match all four modules of memory in a 4-slot iMac, you can have two pairs of different sizes. Following is a chart of all iMacs and their RAM module types and capacities.
Installing RAM in an iMac

Installing hard drives in an iMac requires disassembling the machine and should be attempted only if you have experience. See this link.

Lists of RAM and drive compatibility for all Macs

Model/ Identifier CPU/ Speed/ Screen/ Date/ Designation RAM Type & Speed Maximum RAM Hard Drive/ SSD
iMac (Intel)
iMac4,1
Core Duo 1.83 GHz (17″ White Early 2006 MA199LL, A1173, EMC 2104) DDR2-667 SODIMM 2 GB (2 x 1 GB) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac4,2
Core Duo 1.83 GHz (17″ Education Integrated Graphics White Mid 2006 MA406LL/A, A1195, EMC 2110) DDR2-667 SODIMM 2 GB (2 x 1 GB) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac5,2
Core 2 Duo 1.83 GHz (17″ Integrated Graphics White Late 2006 MA710LL /A, A1195, EMC 2124) DDR2-667 SODIMM 2 GB (2 x 1 GB) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac5,1
Core 2 Duo 2.0 GHz (17″ White Late 2006 MA590LL, A1208, EMC 2114) DDR2-667 SODIMM 4 GB (2x2G) 3.0GB usable 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac5,1
Core 2 Duo 2.16 GHz (17″ White Late 2006 BTO, A1208, EMC 2114) DDR2-667 SODIMM 4 GB (2x2G) 3.0GB usable 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac5,1
Core 2 Duo 2.16 GHz (20″ White Late 2006 MA589LL, A1207, EMC 2118) DDR2-667 SODIMM 4 GB (2x2G) 3.0GB usable 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac5,1
Core 2 Duo 2.33 GHz (20″ White Late 2006 BTA A1207, EMC 2118) DDR2-667 SODIMM 4 GB (2x2G) 3.0GB usable 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac6,1
Core 2 Duo 2.16 GHz (24″ White Late 2006 MA456LL, A1200, EMC 2111) DDR2-667 SODIMM 4 GB (2x2G) 3.0GB usable 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac6,1
Core 2 Duo 2.33 GHz 24″ White Late 2006 BTO, A1200, EMC 2111) DDR2-667 SODIMM 4 GB (2x2G) 3.0GB usable 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac7,1
Core 2 Duo 2.0 GHz (20″ Aluminum SantaRosa Mid 2007 MA876LL, A1224, EMC 2133) DDR2-667 SODIMM 6 GB (4G + 2G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac7,1
Core 2 Duo 2.4 GHz (20″ Aluminum SantaRosa Mid 2007 MA877LL, A1224, EMC 2133) DDR2-667 SODIMM 6 GB (4G + 2G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac7,1
Core 2 Duo 2.4 GHz (24″ Aluminum SantaRosa Mid 2007 MA878LL, A1225, EMC 2134) DDR2-667 SODIMM 6 GB (4G + 2G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac7,1
Core 2 Extreme 2.8 GHz (24″ Aluminum SantaRosa Mid 2007 MB322LL/A, A1225, EMC 2134) DDR2-667 SODIMM 6 GB (4G + 2G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac8,1
Core 2 Duo 2.4 GHz (20″ Al. Penryn Early 2008 MB323LL/A, A1224, EMC 2210) DDR2-800 SODIMM 6 GB (4G + 2G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac8,1
Core 2 Duo 2.66 GHz (20″ Al. Penryn Early 2008 MB324LL/A, A1224, EMC 2210) DDR2-800 SODIMM 6 GB (4G + 2G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac8,1
Core 2 Duo 2.8 GHz (24″ Al. Penryn Early 2008 MB325LL/A, A1225, EMC 2211) DDR2-800 SODIMM 6 GB (4G + 2G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac8,1
Core 2 Duo 3.06 GHz (24″ Al. Penryn Early 2008 MB398LL/A, A1225, EMC 2211) DDR2-800 SODIMM 6 GB (4G + 2G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac9,1
Core 2 Duo 2.66 GHz (20″ Early 2009 MB417LL/A A1224, EMC 2266) DDR3-1066 SODIMM 8 GB (2x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac9,1
Core 2 Duo 2.66 GHz (24″ Early 2009 MB418LL/A A1225, EMC 2267) DDR3-1066 SODIMM 8 GB (2x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac9,1
Core 2 Duo 2.93 GHz (24″ Early 2009 MB419LL/A, A1225, EMC 2267) DDR3-1066 SODIMM 8 GB (2x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac9,1
Core 2 Duo 3.06 GHz (24″ Early 2009 MB420LL/A, A1225, EMC 2267) DDR3-1066 SODIMM 8 GB (2x4G) 3.5″ SATA HD
2.5″ SSD with bracket3.5″ SATA HD
iMac (Intel)
iMac9,1
Core 2 Duo 2.0 GHz 20″ Mid 2009 Education, MC015LL/A, A1224, EMC 2266) DDR3-1066 SODIMM 8 GB (2x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac9,1
Core 2 Duo 2.26 GHz (20″ Education Mid 2009 MC015LL/B, A1224, EMC 2316) DDR3-1066 SODIMM 8 GB (2x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac10,1
Core 2 Duo 3.06 GHz (21.5″ Late 2009 MB950LL/A, A1311, EMC 2308) DDR3-1066 SODIMM 16 GB (4x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac10,1
Core 2 Duo 3.33 GHz (21.5″ Late 2009 BTO, A1311, EMC 2308) DDR3-1066 SODIMM 16 GB (4x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac10,1
Core 2 Duo 3.06 GHz (27″ Late 2009 MB952LL/A, A1312, EMC 2309) DDR3-1066 SODIMM 16 GB (4x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac10,1
Core 2 Duo 3.33 GHz (27″ Late 2009 BTO, A1312, EMC 2309) DDR3-1066 SODIMM 16 GB (4x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac11,1
Core i5 2.66 GHz (27″ Late 2009 MB953LL/A, A1312, EMC 2309) DDR3-1066 SODIMM 16 GB (4x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac11,1
Core i7 2.8 GHz (27″ Late 2009 BTO, A1312, EMC 2309) DDR3-1066 SODIMM 16 GB (4x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac11,2
Core i3 3.06 GHz (21.5″ Mid 2010 MC508LL/A, A1311, EMC 2389) DDR3-1333 SODIMM 16 GB (4x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac11,2
Core i3 3.2 GHz (21.5″ Mid 2010 MC509LL/A, A1311, EMC 2389) DDR3-1333 SODIMM 16 GB (4x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac11,2
Core i5 3.6 GHz (21.5″ Mid 2010 BTO A1311, EMC 2389) DDR3-1333 SODIMM 16 GB (4x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac11,3
Core i3 3.2 GHz (27″ Mid 2010 MC510LL/A, A1312, EMC 2390) DDR3-1333 SODIMM 16 GB (4x4G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac11,3
Core i5 2.8 GHz (27″ Mid 2010 MC511LL/A, A1312, EMC 2390) DDR3-1333 SODIMM 32 GB (4x8G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac11,3
Core i5 3.6 GHz (27″ Mid 2010 BTO A1312, EMC 2390) DDR3-1333 SODIMM 32 GB (4x8G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac11,3
Core i7 2.93 GHz (27″ Mid 2010 BTO A1312, EMC 2390) DDR3-1333 SODIMM 32 GB (4x8G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac12,1
Core i5 2.5 GHz (21.5″ Mid 2011
MC309LL/A, A1311, EMC 2428)
DDR3-1333 SODIMM 32 GB (4x8G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac12,1
Core i5 2.7 GHz (21.5″ Mid 2011
MC812LL/A, A1311, EMC 2428)
DDR3-1333 SODIMM 32 GB (4x8G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac12,1
Core i7 2.8 GHz (21.5″ Mid 2011
BTO A1311, EMC 2428)
DDR3-1333 SODIMM 32 GB (4x8G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac12,2
Core i5 2.7 GHz (27″ Mid 2011
MC813LL/A, A1312, EMC 2429)
DDR3-1333 SODIMM 32 GB (4x8G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac12,2
Core i5 3.1 GHz (27″ Mid 2011 MC814LL/A, A1312, EMC 2429) DDR3-1333 SODIMM 32 GB (4x8G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac12,2
Core i7 3.4 GHz (27″ Mid 2011 BTO,
A1312, EMC 2429)
DDR3-1333 SODIMM 32 GB (4x8G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac12,1
Core i3 3.1 GHz (21.5″ Late 2011 MC978LL/A
A1311, EMC 2496)
DDR3-1333 SODIMM 32 GB (4x8G)
2.5″ SSD with bracket
iMac (Intel)
iMac13,1
Core i5 2.7 GHz (21.5″ Late 2012 MD093LL/A
A1418, EMC 2544)
DDR3-1600 SODIMM 16 GB (2x8G)
Upgrade is difficult

2.5″ SSD
iMac (Intel)
iMac13,1
Core i5 2.9 GHz (21.5″ Late 2012 MD094LL/A
A1418, EMC 2544)
DDR3-1600 SODIMM 16 GB (2x8G)
Upgrade is difficult

2.5″ SSD
iMac (Intel)
iMac13,1
Core i7 3.1 GHz (21.5″ Late 2012 BTO
A1418, EMC 2544)
DDR3-1600 SODIMM 16 GB (2x8G)
Upgrade is difficult

2.5″ SSD
iMac (Intel)
iMac13,2
Core i5 2.9 GHz (27″ Late 2012 MD095LL/A
A1419, EMC 2546)
DDR3-1600 SODIMM 32 GB (4x8G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac13,2
Core i5 3.2 GHz (27″ Late 2012 MD096LL/A
A1419, EMC 2546)
DDR3-1600 SODIMM 32 GB (4x8G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac13,2
Core i7 3.4 GHz (27″ Late 2012
BTO A1419, EMC 2546)
DDR3-1600 SODIMM 32 GB (4x8G) 3.5″ SATA HD
2.5″ SSD with bracket
iMac (Intel)
iMac13,1
Core i3 3.3 GHz (21.5″ Early 2013 Education
ME699LL/A A1418 EMC 2544)
DDR3-1600 SODIMM 16 GB (2x8G)
Upgrade is difficult
PCI-e SSD (Fusion/SSD models only)
2.5″ SSD
iMac (Intel)
iMac14,2
Core i5 3.2 GHz (27″ Late 2013
ME088LL/A, A1419 EMC 2639)
DDR3-1600 SODIMM 32 GB (4x8G)

PCI-e SSD (Fusion/SSD models only)3.5″ SATA HD
2.5″ SSD with bracket

iMac (Intel)
iMac14,2
Core i5 3.4 GHz (27″ Late 2013
ME089LL/A, A1419 EMC 2639)
DDR3-1600 SODIMM 32 GB (4x8G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel) iMac14,4
iMac16,2
All 21.5″ Mid-2014 to Late-2015
MF883LL/A, MK442LL/A, A1418 EMC 2889 ,2805)
LPDDR3
Not Upgradeable PCI-e SSD (Fusion/SSD models only)
2.5″ SSD
iMac (Intel)
iMac15,1
Core i5 3.5 GHz (27″ Retina 5K Late 2014 A1419 – EMC 2806) DDR3-1600 SODIMM 32 GB (4x8G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac15,1
Core i7 4.0 GHz (27″ Retina 5K Late 2014 BTO/CTO A1419 – EMC 2806) DDR3-1600 SODIMM 32 GB (4x8G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac15,1
Core i5 3.3 GHz (27″ Retina 5K Mid-2015 A1419 – EMC 2806) DDR3-1600 SODIMM 32 GB (4x8G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac17,1
Core i5 3.2 GHz (27″ Retina 5K Late 2015 A1419 – 2834) DDR3-1866 SODIMM 32 GB (4x8G) PCI-e SSD (fusion models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac17,1
Core i5 3.3 GHz (27″ Retina 5K Late 2015 A1419 – 2834) DDR3-1866 SODIMM 32 GB (4x8G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac17,1
Core i7 4.0 GHz (27″ Retina 5K Late 2015 A1419 – 2834) DDR3-1866 SODIMM 32 GB (4x8G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac18,1
Intel i5 2.3GHz 21.5-Inch (21.5″ Mid 2017 ) MMQA2LL/A A1418 – 3068) DDR4-2133 SODIMM 32GB (2x16G)
DDR4-2400. Difficult install
PCI-e SSD (fusion models only)
2.5″ SSD
iMac (Intel)
iMac18,2
Intel i5 3.0 GHz 21.5-Inch  (21.5″ 4K Retina Mid 2017) MNDY2LL/A  A1418 – 3069) DDR4-2133 SODIMM 32GB (2x16G)
DDR4-2400. Difficult install
PCI-e SSD (Fusion/SSD models only)
2.5″ SSD
iMac (Intel)
iMac18,2
Intel i5 3.4 GHz 21.5-Inch  (21.5″ 4K Retina Mid 2017) MNE02LL/A  A1418 – 3069) DDR4-2133 SODIMM 32GB (2x16G)
DDR4-2400. Difficult install
PCI-e SSD (Fusion/SSD models only)
2.5″ SSD
iMac (Intel)
iMac18,3
Intel i7 3.6 GHz 21.5-Inch (21.5″ 4K Retina Mid 2017) BTO/CTO  A1418 – 3069) DDR4-2133 SODIMM 32GB (2x16G)
DDR4-2400. Difficult install
PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD
iMac (Intel)
iMac18,3
Core i5 3.4 GHz (27″ Retina 5K Mid 2017 A1419 – 3070) DDR4-2400 SODIMM 64 GB (4x16G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac18,3
Core i5 3.5 GHz (27″ Retina 5K Mid 2017 A1419 – 3070) DDR4-2400 SODIMM 64 GB (4x16G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac18,3
Core i5 3.8 GHz (27″ Retina 5K Mid 2017 A1419 – 3070) DDR4-2400 SODIMM 64 GB (4x16G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac18,3
Core i7 4.2 GHz (27″ Retina 5K Mid 2017 A1419 – 3070) DDR4-2400 SODIMM 64 GB (4x16G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac19,2
Core i3 3.6 GHz (21.5″ Retina 4K 2019 MRT32LL/A  – A2116 – 3195) DDR4-2666 SODIMM 64 GB (2x32G) PCI-e SSD (Fusion/SSD models only)
2.5″ SSD
iMac (Intel)
iMac19,2
Core i5 3.0 GHz (21.5″ Retina 4K 2019 MRT42LL/A –   A2116 – 3195) DDR4-2666 SODIMM 64 GB (2x32G) PCI-e SSD (Fusion/SSD models only)
2.5″ SSD
iMac (Intel)
iMac19,2
Core i7 3.2 GHz (21.5″ Retina 4K 2019 BTO/CTO –   A2116 – 3195) DDR4-2666 SODIMM 64 GB (2x32G) PCI-e SSD (Fusion/SSD models only)
2.5″ SSD
iMac (Intel)
iMac19,1
Core i5 3.0 GHz (27″ Retina 5K 2019  MRQY2LL/A  – A2115 – 3194) DDR4-2666 SODIMM 128 GB (4x32G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac19,1
Core i5 3.1 GHz (27″ Retina 5K 2019  MRR02LL/A – A2115 – 3194) DDR4-2666 SODIMM 128 GB (4x32G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac19,1
Core i5 3.7 GHz (27″ Retina 5K 2019  MRR12LL/A- A2115 – 3194) DDR4-2666 SODIMM 128 GB (4x32G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket
iMac (Intel)
iMac19,1
Core i9 3.6 GHz (27″ Retina 5K 2019  BTO/CTO – A2115 – 3194) DDR4-2666 SODIMM 128 GB (4x32G) PCI-e SSD (Fusion/SSD models only)
3.5″ SATA HD

2.5″ SSD with bracket

Posted in Computer Questions and Answers, Hard Drives and SSD, How-To, Mac questions, Memory | Tagged , , , , , , , , , , , , , , , | 8 Comments

Q. What Memory and Drives fit in my iMac PowerPC?

The Apple iMac has shipped in several versions.  The earliest ones ran the PowerPC processors, G3, G4 and G5.

Lists of RAM and drive compatibility for all Macs

Model / Identifier CPU/ Speed/ Screen/ Date/ Designation RAM Type & Speed Maximum RAM Hard Drive/ SSD
iMac G3 (PowerPC)
iMac,1
G3 233 MHz Original Bondi (Rev. A M6709LL/A, Rev. B M6709LL/B, Tray load CD Mid 1998) PC66 SODIMM Rev A: 384 MB (128 M + 256 M)
Rev B: 512 MB (2×256 M)
3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
iMac,1
G3 266 MHz (Tray Load CD Fruit Colors Mid 1999) PC66 SODIMM 512 MB (2×256 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
iMac,1
G3 333MHz (Tray Load CD Fruit Colors Mid 1999) PC66 SODIMM 512 MB (2×256 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac2,1
G3 350MHz (Slot Loading CD Blueberry Late 1999) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac2,1
G3 400 MHz DV (Slot Loading DVD Fruit colored, Firewire, Late 1999) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac2,1
G3 400 MHz DV SE (Slot Loading DVD Graphite, Firewire, Late 1999) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac2,2
G3 350MHz (Slot Loading CD Indigo, Mid 2000) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac2,2
G3 400MHz DV (Slot Loading DVD Firewire, Indigo or Ruby, Mid 2000) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac2,2
G3 450MHz DV+ (Slot Loading DVD Firewire, Sage, Indigo, Ruby Mid 2000) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac2,2
G3 500MHz DV SE (Slot Loading DVD Firewire Graphite, Snow, Mid 2000) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac4,1
G3 400MHz (Slot Loading CD Firewire, Indigo, Early 2001) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac4,1
G3 500MHz (Slot Loading CD, Flower Power , Indigo, Blue Dalmation, Firewire Early 2001) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac4,1
G3 600MHz SE (Slot Loading CD Graphite, Flower Power, Firewire, Early 2001) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac4,1
G3 500 MHz (Slot Loading CD, Indigio, Snow, Mid 2001) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac4,1
G3 600 MHz (Slot Loading CD Indigo, Snow, Mid 2001) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G3 (PowerPC)
PowerMac4,1
G3 700 MHz SE (Slot Loading CD, Mid 2001) PC100/133 DIMM 1 GB (2×512 M) 3.5″ PATA hard drive up to 120 GB max
iMac G4 (PowerPC)
PowerMac4,2
G4 700 MHz (15″ Flat Panel Early 2002) PC133 SODIMM + DIMM 1 GB (512 MB SODIMM + 512 MB DIMM) 3.5″ PATA hard drive
iMac G4 (PowerPC)
PowerMac4,2
G4 800 MHz (15″ Flat Panel Early 2002) PC133 SODIMM + DIMM 1 GB (512 MB SODIMM + 512 MB DIMM) 3.5″ PATA hard drive
iMac G4 (PowerPC)
PowerMac4,5
G4 800 MHz (17″ Flat Panel, Mid 2002) PC133 SODIMM + DIMM 1 GB (512 MB SODIMM + 512 MB DIMM) 3.5″ PATA hard drive
iMac G4 (PowerPC)
PowerMac4,2
G4 800 MHz OSX Only (15″ Flat Panel Early 2003) PC133 SODIMM + DIMM 1 GB (512 MB SODIMM + 512 MB DIMM) 3.5″ PATA hard drive
iMac G4 (PowerPC)
PowerMac6,1
G4 1.0 GHz (17″ Flat Panel Early 2003) DDR-266 SODIMM + DIMM 2 GB (1G DIMM + 1 GB SODIMM) 3.5″ PATA hard drive
iMac G4 (PowerPC)
PowerMac6,1
G4 1.0 GHz (15″ Flat Panel USB 2.0 Late 2003) DDR-333 SODIMM + DIMM 2 GB (1G DIMM + 1 GB SODIMM) 3.5″ PATA hard drive
iMac G4 (PowerPC)
PowerMac6,1
G4 1.25 GHz (17″ Flat Panel USB 2.0 Late 2003) DDR-333 SODIMM + DIMM 2 GB (1G DIMM + 1 GB SODIMM) 3.5″ PATA hard drive
iMac G4 (PowerPC)
PowerMac6,3
G4 1.25 GHz (20″ Flat Panel USB 2.0, Late 2003) DDR-333 SODIMM + DIMM 2 GB (1G DIMM + 1 GB SODIMM) 3.5″ PATA hard drive
iMac G5 (PowerPC)
PowerMac8,1
G5 1.6 GHz (17″ Mid 2004) DDR400 DIMM 2 GB (2x1G) 3.5″ SATA HD
iMac G5 (PowerPC)
PowerMac8,1
G5 1.8 GHz (17″ Mid 2004) DDR400 DIMM 2 GB (2x1G) 3.5″ SATA HD
iMac G5 (PowerPC)
PowerMac8,1
G5 1.8 GHz (20″ Mid 2004) DDR400 DIMM 2 GB (2x1G) 3.5″ SATA HD
iMac G5 (PowerPC)
PowerMac8,2
G5 1.8 GHz (17″ Ambient Light Sensor, Mid 2005) DDR400 DIMM 2 GB (2x1G) 3.5″ SATA HD
iMac G5 (PowerPC)
PowerMac8,2
G5 2.0 GHz (17″ Ambient Light Sensor, Mid 2005) DDR400 DIMM 2 GB (2x1G) 3.5″ SATA HD
iMac G5 (PowerPC)
PowerMac8,2
G5 2.0 GHz (20″ Ambient Light Sensor Mid 2005) DDR400 DIMM 2 GB (2x1G) 3.5″ SATA HD
iMac G5 (PowerPC)
PowerMac12,1
G5 1.9 GHz (17″ iSight, Late 2005) DDR2-533 DIMM 2.5 GB (512 Mbuilt in plus 1 x 2 G DIMM) 3.5″ SATA HD
iMac G5 (PowerPC)
PowerMac12,1
G5 2.1 GHz (20″ iSight, Late 2005) DDR2-533 DIMM 2.5 GB (512 M built in plus 1 x 2 G DIMM) 3.5″ SATA HD
Posted in Computer Questions and Answers, Hard Drives and SSD, How-To, Mac questions, Memory | Tagged , , , , , , , , , , , , , | Leave a comment

Q. What Memory and Drives fit my MacPro?

There have been several models of Mac Pro over the years, and there have been four types of memory modules used.

MacPro1,1 2,1 and 3,1 Mid 2006 – Early 2008 Aluminum tower
The Mac Pros that use FB-DIMMs (either 667 MHz or 800 MHz) require heat sinks with extra large fins to comply with Apple’s cooling critera. FB-DIMM stands for Fully Buffered DIMMs, which are Error Correcting (ECC) by definition.

These Mac Pros have two memory riser cards, each card has four memory sockets, numbered from the bottom up 1,2,3 and 4.  The memory riser cards are identical and interchangeable, but are conventionally called “A” and “B”.  RAM in these machines must be added in pairs of matching modules – although you don’t have to match one pair to another.  There is a small speed up available when installing four maching modules, for 256 bit memory access.

The  installation for RAM modules for these machines is to install the RAM in order from the largest to the smallest modules, in these pairs:

1) Riser A, Socket 1 & Riser A Socket 2
2) B1 & B2
3) A3 & A4
4) B3 & B4

MacPro4,1 and MacPro5,1, Early 2009 to 2012 Aluminum Tower

The later generations of Mac Pro use DDR3 memory, either DDR3-1066 MHz or DDR3-1333 MHz.  These are ECC DIMMs without the large heat sinks, and they have a thermal sensor on board the the module. In general, you can use compatible DDR3-1333 ECC DIMMs in both the 1066 MHz and 1333 MHz machines.

The machines are configured with either four memory sockets (single CPU machines) or eight memory sockets (dual CPU machines).  The way the sockets are arranged is a little confusing. The machine will implement dual channel memory access, or triple channel memory access, which is faster than dual.  For triple-channel, you would install matching RAM modules in sockets 1,2 and 3  (and 5,6 and 7 for 8 socket machine) and the top socket in each bank (4 and 8) must remain empty.  As soon as you install a fourth module in the top socket, it falls back to dual-channel, and if that module is not a matching pair with socket 3 (or 7) the the machine will drop to single channel memory access, which is about 6% – 8% slower in overall performance than dual channel.  So it pays to plan ahead for memory upgrades – don’t succumb to the temptation to put a smaller existing module “to good use” by installing it into the top socket, you could drop the performance of the machine.

Installation order (eight socket machines in brackets):

Sockets 1,2   (5,6)
Sockets 1,2,3 (5,6,7)  <fastest configuration
Sockets 1,2,3,4 (5,6,7,8)

Registered vs. Unregistered.  Apple ships 1333 MHz 8 GB modules as ECC Registered modules, while their 2 GB and 4 GB modules are Unregistered. This means you cannot mix 8 GB modules with lower value modules because you can’t mix Registered RAM and Unregistered RAM in the machine at the same time.  The safest bet is to remove all existing RAM when installing 8 GB module.

MacPro Late 2013 Cylindrical Black machines

The 2013 redesign of the MacPro introduced faster RAM (DDR3-1866 MHz) and did away with spinning hard drives entirely, relying solely on SSD drives, which are a proprietary SSD card format specific to Apple.  Additional drive storage has to be added through Thunderbolt 2 or USB 3.0 enclosures.

These machines have four memory sockets, however RAM performs fastest in the MacPro 2013 in Triple Channel access mode, with three identical RAM Modules and the forth slot remaining empty.

Lists of RAM and drive compatibility for all Macs

 

Model CPU/ Speed/ Screen/ Date/ Designation RAM Type & Speed Maximum RAM Hard Drive / SSD
MacPro
MacPro1,1
Xeon Quad Core 2.0 GHz (Original, Mid 2006, BTO) DDR2-667 MHz FBDIMM 32 GB (8x4G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro1,1
Xeon Quad Core 2.66 GHz (Original, Mid 2006 MA356LL/A) DDR2-667 MHz FBDIMM 32 GB (8x4G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro1,1
Xeon Quad Core 3.0 GHz (Original, Mid 2006, BTO) DDR2-667 MHz FBDIMM 32 GB (8x4G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro2,1
Xeon Eight Core 3.0 GHz (2,1, 2x Clovertown, Mid 2007, BTO) DDR2-667 MHz FBDIMM 32 GB (8x4G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro3,1
Xeon Quad Core 2.8 GHz (Harpertown, Early 2008, BTO) DDR2-800 MHz FBDIMM 32 GB (8x4G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro3,1
Xeon Eight Core 2.8 GHz (2x Harpertown, Early 2008, MA970LL/A) DDR2-800 MHz FBDIMM 32 GB (8x4G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro3,1
Xeon Eight Core 3.0 GHz (2x Harpertown, Early 2008, BTO) DDR2-800 MHz FBDIMM 32 GB (8x4G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro3,1
Xeon Eight Core 3.2 GHz (2x Harpertown, Early 2008, BTO) DDR2-800 MHz FBDIMM 32 GB (8x4G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro4,1
Xeon Quad Core 2.66 GHz (Nehalem Early 2009, MB871LL/A) DDR3-1066 ECC DIMM 32 GB (4x8G) or 48 GB (3x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro4,1
Xeon Quad Core 2.93 GHz (Nehalem, Early 2009, BTO) DDR3-1066 ECC DIMM 32 GB (4x8G) or 48 GB (3x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro4,1
Xeon Quad Core 3.33 GHz (Nehalem Early 2009, BTO) DDR3-1066 ECC DIMM 32 GB (4x8G) or 48 GB (3x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro4,1
Xeon Eight Core 2.26 GHz (MB535LL/A   2x Nehalem 4-core Early 2009) DDR3-1066 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro4,1
Xeon Eight Core 2.66 GHz (2x Nehalem Early 2009, BTO) DDR3-1066 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro4,1
Xeon Eight Core 2.93 GHz (2x Nehalem Early 2009, BTO) DDR3-1066 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Quad Core 2.8 GHz (Nehalem Mid 2010, MC250LL/A) DDR3-1066 ECC DIMM 32 GB (4x8G) or 48 GB (3x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Quad Core 3.2 GHz (Nehalem Mid 2010, MD770LL/A) DDR3-1066 ECC DIMM 32 GB (4x8G) or 48 GB (3x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Six Core 3.33 GHz (1x Westmere Mid 2010, BTO) DDR3-1333 ECC DIMM 32 GB (4x8G) or 48 GB (3x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Eight Core 2.4 GHz (2x Westmere Mid 2010, MC561LL/A) DDR3-1066 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Twelve Core 2.4 GHz (2x Westmere Mid 2012, MD771LL/A, A1289  2314) DDR3-1333 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Twelve Core 2.66 GHz (2x Westmere Mid 2010, BTO, A1289  2314) DDR3-1333 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Twelve Core 2.93 GHz (2x Westmere Mid 2010, BTO, A1289  2314) DDR3-1333 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Twelve Core 3.06 GHz (2x Westmere Mid 2012, BTO, A1289  2314) DDR3-1333 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Quad Core 2.8 GHz (Server, Nehalem Late 2010, MC915LL/A, A1289  2314) DDR3-1066 ECC DIMM 32 GB (4x8G) or 48 GB (3x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Quad Core 3.2 GHz (Server, Nehalem, Late 2010, MD772LL/A, A1289  2314) DDR3-1066 ECC DIMM 32 GB (4x8G) or 48 GB (3x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Six Core 3.33 GHz (Server, Westmere, Late 2010, BTO, A1289  2314) DDR3-1333 ECC DIMM 32 GB (4x8G) or 48 GB (3x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Eight Core 2.4 GHz (Server, 2x Nehalem, Late 2010, BTO, A1289  2314) DDR3-1333 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Twelve Core 2.4GHz (Server, 2x Westmere, Mid 2012, BTO, A1289  2314) DDR3-1333 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Twelve Core 2.66 GHz (Server, 2x Westmere, Late 2010, BTO, A1289  2314) DDR3-1333 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Twelve Core 2.93 GHz (Server, 2x Westmere, Late 2010, BTO, A1289  2314) DDR3-1333 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro5,1
Xeon Twelve Core 3.06 GHz (Server, 2x Westmere, Mid 2012, BTO, A1289  2314) DDR3-1333 ECC DIMM 64 GB (8x8G) or 96 GB (6x16G) 3.5″ SATA HD
2.5″ SATA SSD requires IcyDock bracket
MacPro
MacPro6,1
Black Cylindrical “Quad Core” 3.7 GHz (Late 2013 A1481 2630) DDR3-1866 ECC DIMM 128 GB (4 x 32GB) Proprietary SSD
MacPro
MacPro6,1
Black Cylindrical “Six Core” 3.5 GHz (Late 2013 A1481 2630) DDR3-1866 ECC DIMM 128 GB (4 x 32GB) Proprietary SSD
MacPro
MacPro6,1
Black Cylindrical “Eight Core” 3.0 GHz (Late 2013 A1481 2630) DDR3-1866 ECC DIMM 128 GB (4 x 32GB) Proprietary SSD
MacPro
MacPro6,1
Black Cylindrical “Twelve Core” 2.7 GHz (Late 2013 A1481 2630) DDR3-1866 ECC DIMM 128 GB (4 x 32GB) Proprietary SSD

 

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Q. What memory and drives fit my Mac Mini?

Apple Mac Mini models have gone through several design changes over the years. They have become slimmer, and recently Apple has dropped the Optical drive from the while Mini model line (which they had earlier done with the Server configurations). G4 Minis had a single slot for a desktop style DIMM RAM module, Intel machines have two slots for laptop-style RAM.

Earlier Minis and G4 Minis required the use of some paint scrapers as prying tools to disengage the aluminum body from the plastic chassis – its not too hard to do but is definitely an acquired skill. Later Minis have an easily removable circular base plate for access to the RAM.  Intel Minis support Dual Channel memory access mode when two matching modules are installed.

Lists of RAM and drive compatibility for all Macs

Model / Identifier CPU/ Speed/ Screen/ Date/ Designation RAM Type & Speed Maximum RAM Hard Drive / SSD
Mac Mini
PowerMac10,1
G4 1.25 GHz (Early 2005 M9686LL/A, A1103) DDR PC2700 DIMM 1 GB (1 x 1G) 2.5″ PATA hard drive
Mac Mini
PowerMac10,1
G4 1.42 GHz (Early 2005 M9687LL/A, A1103) DDR PC2700 DIMM 1 GB (1 x 1G) 2.5″ PATA hard drive
Mac Mini
PowerMac10,2
G4 1.33 GHz (Late 2005 M9686LL/B, A1103) DDR PC2700 DIMM 1 GB (1 x 1G) 2.5″ PATA hard drive
Mac Mini
PowerMac10,2
G4 1.5 GHz (Late 2005 M9687LL/B, A1103) DDR PC2700 DIMM 1 GB (1 x 1G) 2.5″ PATA hard drive
Mac Mini
Macmini1,1
Core Solo 1.5 GHz (Early 2006 MA205LL/A, A1176) DDR2-667 MHz SODIMM 2 GB (2x1G) 2.5″ SATA HD2.5″ SATA SSD
Mac Mini
Macmini1,1
Core Duo 1.66 GHz (Early 2006 MA206LL/A, A1176) DDR2-667 MHz SODIMM 2 GB (2x1G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini1,1
Core Duo 1.83 GHz (Early 2006 MA608LL/A, A1176) DDR2-667 MHz SODIMM 2 GB (2x1G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini2,1
Core 2 Duo 1.83 GHz (Mid 2007 MB138LL/A, A1176) DDR2-667 MHz SODIMM 4 GB (2x2G) 3.0GB usable 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini2,1
Core 2 Duo 2.0 GHz (Mid 2007 MB139LL/A, A1176) DDR2-667 MHz SODIMM 4 GB (2x2G) 3.0GB usable 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini3,1
Core 2 Duo 2.0 GHz (Early 2009 MB463LL/A, A1283) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini3,1
Core 2 Duo 2.26 GHz (Early 2009 BTO, A1285) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini3,1
Core 2 Duo 2.26 GHz (Late 2009 MC238LL/A, A1283) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini3,1
Core 2 Duo 2.53 GHz (Late 2009 MC239LL/A, A1283) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini3,1
Core 2 Duo 2.66 GHz (Late 2009 BTO A1283) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini3,1
Core 2 Duo 2.53 GHz (Server, Late 2009 MC408LL/A, A1283) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini4,1
Core 2 Duo 2.4 GHz (Slimline, Mid 2010 MC270LL/A A1347) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini4,1
Core 2 Duo 2.66 GHz (Slimline, Mid 2010 BTO, A1347) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini4,1
Core 2 Duo 2.66 GHz (Slimline, Server, Mid 2010 MC438LL/A, A1347) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini5,1
Core i5 2.3 GHz (no Optical, Mid 2011 MC815LL/A, A1347) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini5,2
Core i5 2.5 GHz (no Optical, Mid 2011 MC816LL/A, A1347) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini5,2
Core i7 2.7 GHz (no Optical, Mid 2011 BTO, A1347) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini5,3
Core i7 2.0 GHz (Server, Mid 2011 MC936LL/A, A1347) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini6,1
Core i5 2.5 GHz (Late 2012 MD387LL/A, A1347) DDR3-1600 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini6,2
Core i7 2.3 GHz (Late 2012 MD388LL/A, A1347) DDR3-1600 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini6,2
Core i7 2.6 GHz (Late 2012 BTO/CTO, A1347) DDR3-1600 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini6,2
Core i7 2.3 GHz (Server, Late 2012 MD389LL/A, A1347) DDR3-1600 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Mac Mini
Macmini6,2
Core i7 2.6 GHz (Server, Late 2012 BTO, A1347) DDR3-1600 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD

Thunderbolt drives and accessories for the most recent Macs

Posted in Computer Questions and Answers, Hard Drives and SSD, How-To, Mac questions, Memory | Tagged , , , , , , , , , , , , , | Leave a comment

Q. What Memory and Drives fit my MacBook Pro?

Apple MacBook Pro machines feature Intel processors and an Aluminum body
Following is a chronological chart of all of the MacBook Pro models, the types of RAM and hard drives that can be installed. Newest machines are at the bottom.
For the MacBook Air models, go here…

For MacBook models, go here…

Lists of RAM and drive compatibility for all Macs

MacBook Pros other than the Retina models can have a 2.5″ hard drive or an SSD installed into the optical drive bay in place of the DVD drive with an optical bay drive bracket.

Model / Identifier CPU/ Speed/ Screen/ Date/ Designation RAM Type & Speed Maximum RAM Hard
Drive/
SSD
MacBook Pro
MacBookPro1,1
Core Duo
1.67 GHz 15″ (Early 2006 MA090LL, A1150)
DDR2-667 MHz SODIMM 2 GB (2x1G) 2.5″
SATA
HD

2.5″
SATA
SSD
MacBook Pro
MacBookPro1,1
Core Duo
1.83 GHz 15″ (Early 2006 MA463LL/A, A1150)
DDR2-667 MHz SODIMM 2 GB (2x1G) 2.5″
SATA
HD

2.5″
SATA
SSD
MacBook Pro
MacBookPro1,1
Core Duo
2.0 GHz 15″ (Early 2006 MA464LL/A, A1150)
DDR2-667 MHz SODIMM 2 GB (2x1G) 2.5″
SATA
HD

2.5″
SATA
SSD
MacBook Pro
MacBookPro1,1
Core Duo
2.16 15″ (Early 2006 MA601LL,
A1150)
DDR2-667 MHz SODIMM 2 GB (2x1G) 2.5″
SATA
HD

2.5″
SATA
SSD
MacBook Pro
MacBookPro1,2
Core Duo
2.16 GHz 17″ (Early 2006 MA092LL/A, A1151)
DDR2-667 MHz SODIMM 2 GB (2x1G) 2.5″
SATA
HD

2.5″
SATA
SSD
MacBook Pro
MacBookPro2,2
Core 2 Duo 2.16 GHz 15″ (Late 2006 MA609LL, A1211) DDR2-667 MHz SODIMM 4 GB (2x2G) 3.0GB usable 2.5″
SATA
HD

2.5″
SATA
SSD
MacBook Pro
MacBookPro2,2
Core 2 Duo 2.33 GHz 15″ (Late 2006 MA610LL A1211) DDR2-667 MHz SODIMM 4 GB (2x2G) 3.0GB usable 2.5″
SATA
HD

2.5″
SATA
SSD
MacBook Pro
MacBookPro2,1
Core 2 Duo 2.33 GHz 17″ (Late 2006 MA611LL/A, A1212) DDR2-667 MHz SODIMM 4 GB (2x2G) 3.0GB usable 2.5″
SATA
HD

2.5″
SATA
SSD
MacBook Pro
MacBookPro3,1
Core 2 Duo 2.2 GHz 15″ (SantaRosa, Mid 2007 MA895LL) DDR2-667 MHz SODIMM 6 GB
(4G
+2G)
2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro3,1
Core 2 Duo 2.4 GHz 15″ (SantaRosa, Mid 2007 MA896LL) DDR2-667 MHz SODIMM 6 GB
(4G
+2G)
2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro3,1
Core 2 Duo 2.6 GHz 15″ (SantaRosa, Late 2007 BTO) DDR2-667 MHz SODIMM 6 GB
(4G
+2G)
2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro3,1
Core 2 Duo 2.4 GHz 17″ (SantaRosa, Mid 2007 MA897LL/A) DDR2-667 MHz SODIMM 6 GB
(4G
+2G)
2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro3,1
Core 2 Duo 2.6 GHz 17″ (SantaRosa, Late 2007 BTO) DDR2-667 MHz SODIMM 6 GB
(4G
+2G)
2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro4,1
Core 2 Duo 2.4 GHz 15″ (Penryn, Early 2008 MB133LL/A) DDR2-667 MHz SODIMM 6 GB
(4G
+2G)
2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro4,1
Core 2 Duo 2.5 GHz 15″ (Penryn, Early 2008 MB134LL/A) DDR2-667 MHz SODIMM 6 GB
(4G
+2G)
2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro4,1
Core 2 Duo 2.6 GHz 15″ (Penryn, Early 2008 BTO) DDR2-667 MHz SODIMM 6 GB
(4G
+2G)
2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro4,1
Core 2 Duo 2.5 GHz 17″ (Penryn, Early 2008 MB166LL/A) DDR2-667 MHz SODIMM 6 GB
(4G
+2G)
2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro4,1
Core 2 Duo 2.6 GHz 17″ (Penryn, Early 2008 BTO) DDR2-667 MHz SODIMM 6 GB
(4G
+2G)
2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,1
Core 2 Duo 2.4 GHz 15″ (Unibody, Late 2008 MB470LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,1
Core 2 Duo 2.53 GHz 15″ (Unibody, Late 2008 MB471LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,1
Core 2 Duo 2.8 GHz 15″ (Unibody, Late 2008 BTO) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,2
Core 2 Duo 2.66 GHz 17″ (Unibody, Early 2009 MB604LL/A, A1297) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,2
Core 2 Duo 2.93 GHz 17″ (Unibody, Early 2009 BTO, A1297) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,1
Core 2 Duo 2.66 GHz 15″ (Unibody, Early 2009 MC026LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,1
Core 2 Duo 2.93 GHz 15″ (Unibody, Early 2009 BTO) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,5
Core 2 Duo 2.26 GHz 13″ (SD Card/FW, Mid 2009, MB990LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,5
Core 2 Duo 2.53 GHz 13″ (SD Card/FW Mid 2009, MB991LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,4
Core 2 Duo 2.53 GHz 15″ (SD Card, Mid 2009 MC118LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,3
Core 2 Duo 2.66 GHz 15″ (SD Card, Mid 2009 MB985LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,3
Core 2 Duo 2.8 GHz 15″ (SD Card, Mid 2009 MB986LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,3
Core 2 Duo 3.06 GHz 15″ (SD Card, Mid 2009 BTO) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,2
Core 2 Duo 2.8 GHz 17″ (Mid 2009 MC226LL/A, A1297) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro5,2
Core 2 Duo 3.06 GHz 17″ (Mid 2009 BTO, A1297) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro7,1
Core 2 Duo 2.4 GHz 13″ (Mid 2010, MC374LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro7,1
Core 2 Duo 2.66 GHz 13″ (Mid 2010 MC375LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro6,2
Core i5 2.4 GHz 15″ (Mid 2010 MC371LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro6,2
Core i5 2.53 GHz 15″ (Mid 2010 MC372LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro6,2
Core i7 2.66 GHz 15″ (Mid 2010 MC373LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro6,2
Core i7 2.8 GHz 15″ (Mid 2010 BTO) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro6,1
Core i5 2.53 GHz 17″ (Mid 2010 MC024LL/A) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro6,1
Core i7 2.66 GHz 17″ (Mid 2010 BTO) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro6,1
Core i7 2.8 GHz 17″ (Mid 2010 BTO) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook Pro
MacBookPro8,1
Core i5 2.3 GHz 13″ (Thunderbolt, Early 2011 MC700LL/A) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
MacBook Pro
MacBookPro8,1
Core i7 2.7 GHz 13″ (Thunderbolt, Early 2011 MC724LL/A) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro8,2
Core i7 2.0 GHz 15″ (Thunderbolt, Early 2011 MC721LL/A) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro8,2
Core i7 2.2 GHz 15″ (Thunderbolt, Early 2011 MC723LL/A) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro8,2
Core i7 2.3 GHz 15″ (Thunderbolt, Early 2011 BTO) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro8,3
Core i7 2.2 GHz 17″ (Thunderbolt, Early 2011 MC725LL/A) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro8,3
Core i7 2.3 GHz 17″ (Thunderbolt, Early 2011 BTO) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro8,1
Core i5 2.4 GHz 13″ (Late 2011 MD313LL/A) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro8,1
Core i7 2.8 GHz 13″ (Late 2011 MD314LL/A) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro8,2
Core i7 2.2 GHz 15″ (Late 2011 MD318LL/A) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro8,2
Core i7 2.4 GHz 15″ (Late 2011 MD322LL/A) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro8,2
Core i7 2.5 15″ (Late 2011 BTO) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro8,3
Core i7 2.4 GHz 17″ (Late 2011 MD311LL/A) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro8,3
Core i7 2.5 GHz 17″ (Late 2011 BTO) DDR3-1333 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro9,2
Core i5 2.5 GHz 13″ (Mid 2012, MD101LL/A, A1278) DDR3-1600 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro9,2
Core i7 2.9 GHz 13″ (Mid 2012, MD102LL/A, A1278) DDR3-1600 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
Thunderbolt
external
 
MacBook Pro
MacBookPro9,1
Core i7 2.3 GHz 15″ (Mid 2012, MD103LL/A, A1286) DDR3-1600 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
or  Thunderbolt
external
MacBook Pro
MacBookPro9,1
Core i7 2.6 GHz 15″ (Mid 2012, MD104LL/A, A1286) DDR3-1600 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
or  Thunderbolt
external
MacBook Pro
MacBookPro9,1
Core i7 2.7 GHz 15″ (Mid 2012, CTO, A1286) DDR3-1600 MHz SODIMM 16 GB (2x8G) 2.5″ SATA HD
2.5″ SATA SSD
or  Thunderbolt
external
MacBook Pro
MacBookPro10,1
Core i7 2.3 GHz 15.4″ (Mid 2012, Retina Display MC975LL/A, A1398) Comes with either 8 GB or 16 GB of DDR3-1600 256 GB MacBook Pro Retina specific SSD
or  Thunderbolt
external
MacBook Pro
MacBookPro10,1
Core i7 2.6 GHz 15.4″ (Mid 2012, Retina Display MC976LL/A, A1398) Comes with either 8 GB or 16 GB of DDR3-1600 512 GB or 768 GB MacBook Pro Retina specific SSD
or  Thunderbolt
external
MacBook Pro
MacBookPro10,1
Core i7 2.7 GHz 15.4″ (Mid 2012, Retina Display CTO, A1398) Comes with either 8 GB or 16 GB of DDR3-1600 512 GB or 768 GB MacBook Pro Retina specific SSD
or  Thunderbolt
external

The Retina model MacBook Pros are not RAM upgradeable
You can upgrade the SSD drive in these machines with a MacBook Pro Retina specific SSD from OWC – Note that different model years used different SSD designs so you have to be specific about the model.

Posted in Computer Questions and Answers, Hard Drives and SSD, How-To, Mac questions, Memory | Tagged , , , , , , , , , , | 1 Comment

Q. What Memory and Drives fit my MacBook?

There have been a number of different MacBooks, and three different types of RAM have been used in them.

The MacBook started with the White and Black Lexan polycarbonate machines. Then in later 2008, Apple switched to an alumninum unibody design like the MacBook Pro for the 13″ MacBook.

Confusingly, a year later they switched the aluminum MacBook 13″ to being named a MacBook Pro, and reintroduced a 13″ white Lexan polycarbonate MacBook, then in 2015 the MacBook name was resurrected for a 12″ very stripped down aluminium version.

Lists of RAM and drive compatibility for all Macs

Model/ Identifier CPU/ Speed/ Screen/ Date/ Designation RAM Type/ Speed Maximum RAM Hard drive/ SSD
MacBook
MacBook1,1
Core Duo 1.83 GHz 13″ (White, Early 2006, MA254LL/A, A1181, EMC 2092) DDR2-667 MHz SODIMM 2 GB (2x1G)
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook1,1
Core Duo 2.0 GHz 13″ (White, Early 2006, MA255LL/A, A1181, EMC2092) DDR2-667 MHz SODIMM 2 GB (2x1G)
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook1,1
Core Duo 2.0 GHz 13″ (Black, Early 2006, MA472LL/A, A1181, EMC2092) DDR2-667 MHz SODIMM 2 GB (2x1G)
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook2,1
Core 2 Duo 1.83 GHz 13″ White, Late 2006, MA699LL/A, A1181, EMC2121) DDR2-667 MHz SODIMM 4 GB (2x2G) 3.0GB usable
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook2,1
Core 2 Duo 2.0 GHz 13″ (White, Late 2006, MA700LL/A, A1181, EMC2121) DDR2-667 MHz SODIMM 4 GB (2x2G) 3.0GB usable
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook2,1
Core 2 Duo 2.0 GHz 13″ (Black, Late 2006) DDR2-667 MHz SODIMM 4 GB (2x2G) 3.0GB usable
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook2,1
Core 2 Duo 2.0 GHz 13″ (White, Mid 2007) DDR2-667 MHz SODIMM 4 GB (2x2G) 3.0GB usable
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook2,1
Core 2 Duo 2.16 GHz 13″ (White, Mid 2007) DDR2-667 MHz SODIMM 4 GB (2x2G) 3.0GB usable
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook2,1
Core 2 Duo 2.16 GHz 13″ (Black, Mid 2007) DDR2-667 MHz SODIMM 4 GB (2x2G) 3.0GB usable
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook3,1
Core 2 Duo 2.0 GHz 13″ (White, SantaRosa, Late 2007) DDR2-667 MHz SODIMM 6 GB (4G +2G)
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook3,1
Core 2 Duo 2.2 GHz 13″ (White, SantaRosa, Late 2007) DDR2-667 MHz SODIMM 6 GB (4G +2G)
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook3,1
Core 2 Duo 2.2 13″ (Black, SantaRosa, Late 2007) DDR2-667 MHz SODIMM 6 GB (4G +2G)
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook4,1
Core 2 Duo 2.1 GHz 13″ (White, Penryn Early 2008) DDR2-667 MHz SODIMM 6 GB (4G +2G)
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook4,1
Core 2 Duo 2.4 GHz 13″ (White, Penryn Early 2008) DDR2-667 MHz SODIMM 6 GB (4G +2G)
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook4,1
Core 2 Duo 2.4 GHz 13″ (Black, Penryn Early 2008) DDR2-667 MHz SODIMM 6 GB (4G +2G)
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook5,1
Core 2 Duo 2.0 GHz 13″ (Aluminum Unibody, Late 2008 MB466LL/A, A1278, EMC2254) DDR3-1066 MHz SODIMM 8 GB (2x4G)
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook5,1
Core 2 Duo 2.4 GHz 13″ (Aluminum Unibody, Late 2008 MB467LL/A, A1278, EMC2254) DDR3-1066 MHz SODIMM 8 GB (2x4G)
Battery
2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook5,2
Core 2 Duo 2.0 GHz 13″ (White, Early 2009, MB881LL/A, A1181, EMC 2300) DDR2-667 MHz SODIMM 6 GB (4G +2G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook5,2
Core 2 Duo 2.13 GHz 13″ (White, Early 09, MC240LL/A, A1181, EMC 2330) DDR2-800 MHz SODIMM 6 GB (4G +2G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook6,1
Core 2 Duo 2.26 GHz 13″ (White Unibody, Late 2009, MC207LL/A, A1342, EMC 2350) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD
MacBook
MacBook7,1
Core 2 Duo 2.4 GHz 13″ (White Unibody Mid-2010, MC516LL/A, A1342, EMC 2395) DDR3-1066 MHz SODIMM 8 GB (2x4G) 2.5″ SATA HD
2.5″ SATA SSD

The Rebooted MacBook Early 2015 and 2017 models (USB-C) are not upgradeable

Note that the A#### numbers and the EMC numbers alone are not definitive, they can be shared between machines that take different RAM.

Posted in Computer Questions and Answers, Hard Drives and SSD, How-To, Mac questions, Memory | Tagged , , , , , , , , , | 4 Comments

Q. What is the best Anti-Virus program?

It is important for every Windows machine to have anti-virus software installed, continually updated, and continually scanning.

There are a lot of good anti-virus programs and protection suites on the market. Some are good on ease of use, some are good on scanning speed, some are good for managing multiple machines on a network and some provide good basic protection for free.  Read the reviews below and choose the product that has the features that you need.

Comparison of antivirus programs
www.av-comparatives.org/

PCWorld review of AV programs
www.pcmag.com/reviews/antivirus

PCWorld Best Security Suites, 2012
www.pcworld.com/article/248479/best_security_suites_pc_bodyguards.html

PCMagazine Top AV Prorgams for 2013
www.pcmag.com/article2/0,2817,2372364,00.asp

PCWorld review of free AV programs
www.pcworld.com/reviews/collection/5928/2011_free_av.html

Download list of free security software for Windows from C|Net Download.com

You should install only one 24/7 monitoring antivirus software, having two active AV monitors invites conflicts between the two.

There are some online scans that can be done if you suspect your machine has a virus www.eset.com/online-scanner
www.bitdefender.com/scanner/online/free.html 

For on-demand scanning (as opposed to 24/7 monitoring) I recommend Malwarebytes which has both free and paid versions.
SuperAntiSpyware is also popular.

You should also have a firewall turned on, the Windows Firewall is a minimum, but the firewalls from ZoneAlarm and Comodo will both monitor outgoing as well as incoming connections.

Having an anti-virus scanner installed is not enough, you need to learn how to browse safely and configure your machine for security. Engaging in risky behavior can allow malware into your machine around your security software. The first defense against malware is the powerful computing device between your ears 🙂

Browsing safely
Security

Posted in Computer Questions and Answers, Viruses and malware, Windows questions | Tagged , , , | Leave a comment