|
Faster throughput, faster game play, speedier Internet downloads and the ability to have multiple windows open without a problem, to name a few. If your system memory was operating close to or at capacity, the changes will be immediately visible. Memory is in use all the time by your computer, so upgrading benefits your system in more ways than one.
In almost all cases, the answer is yes. It is important to know that the memory will function at the slowest speed in your system.
In almost all cases, the answer is yes, but it is best to check your manual, as some systems require one lead or the other. If you are wondering, lead refers to the edge of the memory board that looks like teeth. These teeth, which are called leads, can be gold or tin. It is best to match the leads to the system board. All of the 168 pin SDRAMS have gold leads. The only time leads are an issue is with an older system. Like metals fuse together better and experience less corrosion. So it is recommended when possible, to match your system. Tin was the material used in most Windows based systems and gold in most Mac based systems.
If you are upgrading a Pentium using 72-pin technology, the memory upgrade is done in pairs. The capacity of these pairs must match. In other words, you cannot have one 16 Meg and one 32meg. Otherwise, you can use whatever capacity you need provided you do not exceed the systems maximum.
Interesting question, since few machines have the ability to use all of the above mentioned technologies. The operative answer here is " few machines " . Here again, if you mix technologies, the machine will function at the lowest common denominator. Always check your manual for the technology that is right for your system.
In almost all cases, the answer will be yes. The question is less one of functionality as it is cost. PC100 modules generally carry a premium. So, if your machine is a PC66, paying this premium will be of no value. Adding a PC100 module to your system will not make it run faster.
No. The point of having a PC100 machine is to get that extra performance of the PC100 and memory is an important component to it. Using PC66 in your PC100 machine will create a compatibility issue. To determine whether your system needs PC100, look in your manual or ask the manufacturer if the machine you have is PC100. They will know what you mean.
Take all of the memory out of the system. Then install one memory module at a time, removing the one before it, to make sure that each module will boot the system and register the full amount if memory. Then install them together to make sure that they will be compatible with each other. The process is a bit time consuming, but this is the best way to be sure that each module is compatible.
Older systems (1997-1999) may require an older memory module design that most other manufacturers no longer make. Some of these modules are still available, but they are not generally easy to find. The modules that we now manufacture use a high-density construction. These new modules will not work properly in your older system. If you have already purchased a module, and that module is not working in your system, return the module to the store where you purchased it within the time of the return policy. Also if you have Win98 check “MSCONFIG” to make sure that your system is not limited to a set number of megabytes of memory. Go to “Start”, select “Run”, and then type in “MSCONFIG”. Press “Enter”, then go to the “Advanced” button at the bottom, and look to see if there is a check mark in the box that says, “Limit memory to”. This should be unchecked. If you make a change here, you must reboot before any changes will take effect.
1. Verify that you have the correct memory module for your system.
6. If you have identified a defective module, return the memory module to the retailer (vendor) where you purchased it for an exchange. If the exchange date has expired, then contact Kbyte to obtain a Returned Merchandise Authorization (RMA) number. The phone # is 800-840-9212.
The issue that you are experiencing is an address mapping conflict that the system BIOS is having with the modem. At 512MB the system will try to map the memory and that will affect the modem. This is a resource mapping issue that can only be corrected by re-mapping the memory for the modem. Contact your system manufacturer to obtain assistance with this critical system issue. Please note: If the problem is not corrected according to manufacturer’s instructions, your system may halt and not reboot.
No, you can not mix SIMM and DIMM modules on the same system. The best information is available from the system or motherboard manufacturer. If the board cannot support both formats, then a 5volt SIMM or a 3.3volt DIMM will work.
There is a known BUG in Norton Utilities. Please http://service1.symantec.com/SUPPORT/nunt.nsf/docid/1999090713442709&src=w to apply the fix that may correct the addressing error. SECTION 6 talks about the reason Norton’s memory test fails.
http://www.windows-help.net/techfiles/win-resources.html for an explanation on System Resources, and how they relate to RAM memory: This web site will explain more then you will really need to know.
In most cases, adding RAM improves system performance. However, if you are using Windows 95/98/ME then the explanation is that there is a cap on the total amount of memory that Windows can handle. http://support.microsoft.com/default.aspx?scid=kb;EN-US;q253912 for more information:
CAS Latency (also referred to as CL or simply latency) is the amount of time it takes for your memory to respond to a command. Specifically, it is the length of time between memory receiving a command to read data, and the first piece of data being output from memory. Latency is measured in terms of clock cycles and is often noted as CL2 (two clock cycles) or CL3 (three clock cycles). CL2 parts process data a little quicker than CL3 parts as it takes one clock cycle less for the initial data to be processed. However, after the first piece of data is processed, the rest of the data is processed at equal speeds. Latency only affects the initial burst of data. Once data starts flowing, there is no difference in processing speed. Please note, a clock cycle for a PC100 module is 10 nanoseconds so you probably won't notice a significant performance difference. Most systems will accept either latency part. However, there are some systems that will require either CL2 or CL3 parts.
Typically the memory sockets (slots) are marked 0, 1, 2, 3 etc… with socket zero being the lowest. If there are no labels on the motherboard, the socket closest to the CPU should be considered socket zero (or the first socket).
This is not a problem. When you install modules in Compaq computers on the first reboot this error comes on the screen after it counts your memory. In some cases the system will continue booting. In some older systems it will give you a choice of F1 “save and continue “ or F10 “enter your BIOs” Pick F1 and the system will continue booting. If it goes into the safe mode you will need to use the F10 option. There will be instructions to follow. At the end of your setup be sure to save and exit.
In general, you should match the speed and type of memory technology that is already in your system. If you don't know exactly what type of memory you currently have, don't worry; any of the modules listed in the Kbyte Memory Configurator for your system should work fine. Common types of memory technology include fast page mode (FPM), extended data out (EDO), synchronous dynamic random access memory (SDRAM), and double data rate SDRAM (DDR or DDR SDRAM). Most systems will accept only one type of memory technology. (The very few motherboards that can accept more than one type of memory will only allow you to use one type at a time.) Memory speeds are written in different formats depending on the type of memory technology your computer uses. FPM and EDO speeds are written in nanoseconds (ns). SDRAM and DDR speeds are written in megahertz (MHz) or with a "PC" rating. It may seem confusing, but faster memory will NOT necessarily make your system faster. Your computer will only run as fast as the "slowest link" in your system, so you can't speed up your computer by adding faster memory. The way to make your system faster is to add more megabytes (MB) of memory. Here's a rough guide to relative memory speeds. Remember that it's best to match the memory that is currently in your system.
Maybe. Internet browsing speed depends on a huge number of factors, including your connection speed, traffic on the site you're visiting, and the other components in your system. You will probably notice the biggest improvement from additional RAM if are viewing or working with large files (such as photos and digital audio and video) or if you switch between your browser and other applications often.
Generally you can mix PC100 and PC133 memory in the same system. The faster memory will run at the slower memory's speed (in this case PC100). You may get better results by placing the faster memory in the first slot.
In general, you will get the best performance if you put the largest module (in megabytes) in the lowest-numbered slot. For example, if your computer comes with 32MB of removable memory and you want to add 128MB, it would be best to put the 128MB module into slot 0 and the 32MB module into slot 1.
The term "registered" refers to how the memory module processes signals. Registered modules contain a register that delays all information transferred to the module by one clock cycle. This type of memory is primarily used in servers and was designed for modules with 32 or more chips on them to help ensure that data is properly handled. While most PCs will accept only unbuffered SDRAM, some accept registered SDRAM. Keep in mind that when you install registered SDRAM, all of the modules installed in your PC must be registered because unbuffered and registered modules are not interchangeable. You can tell if you are using registered memory by looking at one of the modules currently installed in your system. If it has one or more small black chips mounted horizontally on the module, you have registered memory. If not, you have unbuffered memory.
The most common problem is that when reaching to install your memory, you accidentally bumped a cable (perhaps a hard drive cable). The first thing we suggest is to reseat all the cables in your computer; this includes the cable to the hard drive and hard drive power. When you turn on the computer, do you hear the hard drive start to spin or see the hard drive light flicker? Then the problem has solved.
The impact varies from system to system, but as a rule, we don't recommend exceeding the maximum memory. In the best case scenario, your computer simply won't recognize more than the maximum, and the extra memory will be wasted. However, in some cases, your computer will recognize and use the additional memory, but it won't have enough cache to handle all the memory. Therefore, your computer may slow down. It's even possible that your computer won't boot if you exceed the maximum memory.
There are several different bus settings in your motherboard's BIOS. Consult your motherboard manual to see if the proper settings are enabled and that the front side bus (FSB) is set correctly. You may also need to check the motherboard manufacturer's Web site to see if your board has the latest BIOS revision.
No. In fact, you should leave the stickers on your module. They contain information about your module that you will need if you ever contact Technical Support, need to return your module, or if you want to order another module later.
If you haven't worked with computer hardware before, it can be easy to confuse your hard drive with memory. However, your hard drive is not the same thing as memory or RAM. You can think of your hard drive as being like a filing cabinet. It's a good place to store a lot of information for a long time. Your RAM (or memory) is kind of like the top of your desk. This is where your system stores the information you're currently using. RAM is about 100 times faster than your hard drive. However, your hard drive can store information after the power is turned off, while RAM cannot. Your system needs both memory and a hard drive to operate properly.
There are two things to keep in mind when installing DIMMs. 1. The notches on the bottom of the memory module (where the gold leads are) should line up with the memory slot. Sometimes using the first slot for the new module will help this condition. 2. Each memory slot in your computer will have retaining clips on either side. As you push down on the memory module, these clips will automatically move up and lock into place. If you have to manually move the clips into place, then you are not pushing down hard enough on the memory module. 20 to 30 pounds of pressure is typical.
Check to make sure the memory is properly installed. The basic installation procedure for installing an SODIMM is to insert it at a 45-degree angle into the slot, then press the module down until it locks into the side clips. There is a trick to installing a SODIMM. When you first install the memory module at a 45-degree angle, give the module a good push into the slot. Now press the module down into the side clamps. It is possible that your module is locked into the side clamps but still not fully seated in the slot. There should be no more than 1/16 inch of the gold contacts showing when you have the module seated. In some cases your laptop will require you to remove the battery before installing the new module. Please check your owners manual.
DOS (and the programs that run in it) are limited to 64MB by design. The limitations of the operating system are due to programming. There is more information available at http://support.microsoft.com/support/kb/articles/Q84/3/88.ASP
CAS2 and CAS3 parts can be mixed. BIOS settings should reflect the CAS3 setting, as the CAS2 module will run at the CAS3 setting when it is installed with a CAS3 module. Any other questions? Email Technical Support. We want to hear from you.
|
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
 |
