List three kinds of memory modules? DIMM (dual inline memory), RIMM (random inline memory), and SIMM (single inline memory)
One can purchase DDR 1066 Mhz memory kits from a variety of different retailers. One can find DDR 106 Mhz memory online at Amazon, eBay, and Crucial.
CPU: AMD Athlon I & II Dual Core or Intel i3, i5, i7 RAM: 1,2,3,4,6,8 GB DDR2 or DDR3 Hard Drive: 320,500,640GB and 1,1.5 TB Operating system: Windows XP or Windows 7 starter, home, home premium, Professional Or Mac OSX Video Card: Intel GMA, Nividia Geforce, ATI Radeon Note: All these answers are an average of a good PC being sold on this date. (Aug 05, 2010)
Some examples of Random Access Memory (RAM) include: DDR4: A type of RAM commonly used in desktop computers and high-performance laptops. SDRAM: Synchronous Dynamic RAM, a type of RAM used in older computer systems. LPDDR4: Low-Power DDR4, a type of RAM commonly used in mobile devices like smartphones and tablets. SRAM: Static RAM, faster and more expensive than dynamic RAM, often used in cache memory and embedded systems. DDR3: Another type of RAM commonly used in older desktop computers and laptops.
In regard to technology, we no longer use IDE drive interface technology (as it has been replaced by SATA), ISA or VLB expansion slots (as they have been replaced by PCI and PCI Express), dial-up modems (as we now use integrated Ethernet and/or wireless network adapters to interface with broadband Internet connections as well as on-site networking systems), floppy drive interfaces and their related floppy drives (not to mention the QIC-80 protocol-based tape drives and Zip drives as all are now obsolete), parallel and serial ports (superseded for the most part by USB ports though there are still some very rare occasions when both parallel and serial ports are used even to this day), and much more. One of the biggest changes that I find preferable is the fact that the pins for CPU interfaces have moved from the chips to the sockets. This makes storage of unmounted CPUs much easier since there are no pins to protect from being bent or broken off.As far as actual parts, that can be answered by listing various types of RAM, hard drive designs, types of tape drives, etc. For example, in regard to RAM, we no longer use RAM SIMMs of the 30- or 72-pin varieties nor do we use the more modern DIMMs of speeds lower than about DDR2-800 (such as PC100, PC133, DDR333, DDR400, DDR2-667, and DDR2-800). We also do not use floppy drive cables, IDE cables, or (generally speaking) do we use CD-ROM audio cables any longer. Most people do not use video cards or sound cards any longer since those technologies are integrated into modern systems. The same can be said about networking cards.The machines of today are quite different in their design than those of yesteryear even though their functions are the same as their predecessors. The same progress can be said about cars, cellular phones, and even more mundane things such as elevators, televisions, and radios. As times rolls on, the technologies used are improved or replaced by better technologies but they still serve the same purposes within our daily experiences.
the different notch positions keep someone from installing a DDR DIMM or DDR2 DIMM in the wrong memory slot.
It is not hard to install the 2GB DDR2 SO-DIMM in your Acer laptop.
Yes, the 2GB DDR2 SO-DIMM is specifically for Acer laptops.
240
240
so-dimms ddr2
2.66" 200-pin SO-DIMM contains DDR2 SDRAM. One notch is near the side of the module.
686 pins
DDR2
No, you can't use same DIMM slots for DDR2 and DDR3 due to different position of the key and interface incapability.
The Slot layout.
DDR has a 184-pin DIMM interface and DDR2 has 240. DDR2 runs cooler and has generally slower timings but is a lot faster than DDR in the end. DDR2 is capable of holding more ram on one DIMM.