Memory Card Write For Us – Non-ECC modules used in most laptop or desktop computers and do not have any error detection or correction capabilities. ECC modules typically used in servers and workstations and can detect and correct certain types of memory errors, thereby offering a higher level of reliability. ECC register modules contain a register that delays data by one clock cycle and typically used in memory-intensive servers.
Do I have to buy associated upgrades, or can I mix different sizes?
On older machines using SDRAM or DDR SDRAM, you will be able to fit modules of different sizes without slight compatibility issues. For example, if your computer now has a 256MB memory module, you can add a 512MB module to it, giving you 768MB of RAM. However, on DDR machines, if you have a “dual channel” motherboard and want to take advantage of this technology, you will have to install the modules in associated couples.
After installing my new memory module, I get an error message, and my PC won’t boot.
For a machine to start, it needs its circuits to be complete. This problem may have arisen when you installed your new memory module, possibly from unplugging a cable. To solve this problem, you must inspect all the connections inside the device, checking that they correctly placed in their corresponding slot.
If this doesn’t work, please get in touch with us at soporte@offtek.es or give us a call, which you can find on our Contact Information page .
What is CAS latency?
CAS latency is the amount of time from when the memory receives a read command and the first data set to leave the memory. Latency measured in clock cycles. A CL2 module needs 2 clock cycles to respond to a command and a CL3 module needs 3. After the first data set, all future commands processed at the same rate, so the difference between CL2 and CL3 modules is insignificant.
What are banks?
Some motherboards use a scheme that divides the recollection slots into banks. Your system can use banks or not. If your computer has eight 30-pin memory slots, you probably have a 2 bank of four slot layout. If your system has banks you will have to populate each bank with associated SIMMS pairs. These banks usually numbered, for example bank 0 or bank 1.
As a general rule, in a 486 based system, each port functions as a bank, so it can only installed module by module. Modules can installed in pairs in Pentium systems using 72-pin Simms.
168 Pins and 184 Pins and 240 Dimms can installed as separate parts. Rimm modules install in pairs on motherboards that have 4 memory slots, but container installed as individual pieces on motherboards that have 2 memory slots.
If you have a “dual channel” system and want to take lead of that technology, you have to make sure that the modules that go into each memory slot have the same density.
After installing the new module the machine seems to work slower
Unfortunately sometimes there can be installations that slow down the machine. If you are experiencing this problem the most likely cause is that the mechanism does not have enough cache to handle the additional memory. Therefore, to upgrade the machine you need to get a new motherboard first.
What is registered/buffered/unbuffered memory?
The EDO (Enhanced Data Output) and FPM (Fast Page Mode) modules can cushioned or unbuffered. In buffered modules, the buffer helps the motherboard to carry the electrical load when the system has a lot of reminiscence.
DDR (Double Data Rate) then SDRAM (Sync Data Chance Access Module) modules can be unbuffered or register-based. In modules with a register, this delays the data transmission by one clock cycle.
Unbuffered modules generally carried by desktop computers and laptops. Buffered and logged modules typically found on servers and workstations, where data is extremely important.
Do I have to install the largest memory module in the first slot?
Yes, installing the higher capacity module in the first slot on the board will typically give you better presentation.
Will installing more memory help my applications run faster?
Via calculation more recall to your engine, you allow the system to use memory as and when it needed. If you use memory-hungry applications such as games, imaging software, or large databases, the more memory you have installed, the faster and easier your system can handle the demands of data processing.
If you have installed a reminiscence upgrade and are not seeing any performance benefit it may be because the system does not need to use memory for the applications you are using. Also keep in mind that memory is not the only upgrade available to improve the performance of the machines.
How do I know I need more memory?
If you notice your machines system slowing down and you also hear the hard drive not stopping, you may need to upgrade your memory.
The hard drive is working more than it should and the system does not have enough RAM to be able to use it to complete its tasks. Therefore, the system is continuously sending information to and from the hard drive to achieve this. Since RAM has to work faster than the hard drive, system performance will seem to slow down accordingly.
What is the difference between ECC and Parity modules?
For EDO or FPM modules there are modules with parity or without parity. Modules with parity detect data errors in individual bits.
With SDRAM and DDR components you will see either ECC or Non-ECC modules. ECC (Error Correcting Code) modules detect and correct single bit errors and also detect and report double bit errors.
Is it difficult to install memory?
Adding memory to a machine is very simple. Typically the task requires you to locate the memory expansion slots on the machine, insert the memory into the expansion slots, and then reboot the machine. Then the system will automatically recognize the memory.
What are 168 Pin DIMMs (Dual Inline Memory Module)?
A 168-Pin Dimm is approximately 5 inches (13 cm) long and 1 inch (2.5 cm) high and has 84 pins on each side. It called a 168 Pin Dimm because it simultaneously reads both sides of the Dimm. The Dimm differs from the Simm in that it has two nicks on the contact edge that allow it to inserted well into its entrance without having to tilt it. The Dimm inputs also have release tabs on each end that pry the module out of its input when you want to change it.
There are various types of Dimms including FPM, SDRAM (7, 8, 10, 12 Megahertz), EDO (Buffered, Unbuffered, 3.3V and 5V). ECC and with registration. When you want to upgrade a piece of equipment it is essential to select the correct type of module. The memory configurator found on our Home page will identify the appropriate upgrades for your model.
¿Debo instalr PC66, PC100 o PC133 ?
As a general rule, SDRAM is backward compatible, so a PC133 Dimm can run at 133Mhz, 100Mhz, and 66Mhz. Despite this, some systems that require 66Mhz SDRAM modules do not support the PC100 or PC133 modules. In addition to speed, the configuration of the module chips is also important. Use the memory search program located on our Home page to find a guaranteed compatibility.
What is 2-clock SDRAM?
2-clock SDRAM refers to the primary generation of SDRAM that rummage-sale 2 CK (Clock) or clock lines, to harmonize the memory chips with the motherboard. It is important to know that schemes that carry 2-clock SDRAM do not accept 4-clock SDRAM and vice versa.
What are 184pin Rambus Rimms?
A 184 Pin Rimm is approximately 5 inches (13 cm) long and 1 inch (2.5 cm) high and has 92 pins on each side. Rimm Direct Rambus 184 Pin modules allow full operation where it matters most: in leading edge applications. The RDRAM bank 32 architecture supports up to four simultaneous transactions per device. The currently offered clock frequency includes 800Mhz modules and the newer 1066Mhz.
What are 232pin Rambus Rimms?
A 232 Pin Rimm is about 5 inches (13 cm) long and 1 inch (2.5 cm) high and has 116 pins on each side. Rimm Direct Rambus 232 Pin (PC4200 – 32bits) modules are a high speed industrial RDRAM module. The module carries 2 channels, with record operating speeds of 4.2 gigabytes per second (GBps). It is 4X faster than a conventional SDRAM module with 2X performance of DDR SDRAM module. Today’s RDRAM-based PCs carry single-channel modules that make at least two modules run in parallel. In contrast, the RIMM4200 unit can be installed individually, making it easier for the end user to install memory upgrades.
What are 184pin DIMMs (Dual Inline Memory Module)?
A 184-Pin Dimm is approximately 5 inches (13 cm) long and 1 inch (2.5 cm) high and has 92 pins on each side. The 184 Pin DDR Dimms have been designed for the latest desktop and server computers. Each 184-pin Dimm delivers a 64-bit data path, so they can be installed separately in 64-bit systems. To use DDR memory, the system board must have 184-pin DIMM slots and a DDR chip. DDR SDRAM (Double Data Rate or Dual Data Rate-Synchronous DRAM) is a kind of SDRAM that allows data transmissions at both ends of each clock cycle, allowing the volume of data on the memory chip to be doubled.
Can I install PC3200 (400Mhz) together with my original PC2700 (333Mhz)?
DDR memory is built to be backwards compatible so you can add faster reminiscence modules to your machine. For example if you install a PC3200 with a PC2700 stock memory module the memory will work and be fully well-matched but you will not get better performance as the PC3200 module will be running slower than PC2700 to run in parallel with the PC2700 stock module installed.
Can I install PC2700 (333Mhz) together with my original PC2100 (266Mhz)?
DDR memory is built to be backwards compatible, so you can add faster recollection modules to your machine. For example if you install a PC2700 with an original PC2100 memory module the memory will work and be fully well-matched but you will not get better performance as the PC2700 module will be running slower than PC2100 to run in parallel with the installed original PC2100 module.
What is dual channel DDR/DDR2 memory?
Dual Channel refers to the DDR/DDR2 chip that goes into specific motherboards that have two channels of memory. Motherboards that have this feature can achieve up to an additional 10% improvement in performance. To take advantage of this technology, all you have to do is install the modules in pairs, but they must have exactly the same specifications to work correctly.
What are 240pin DDR RIMMs?
DDR2 reminiscence modules are currently offered in three frequency ranges: 400MHz, 533MHz, and 667Mhz.
240-pin DIMMs are used to put DDR2 SDRAM memory into desktop computers. Each 240-pin DIMM supports a 63-bit data path (72-bit for ECC or Registered), so they install independently in 64-bit systems.
240-pin DIMMs are obtainable in DDR2 PC2-5300 (DDR2-667), DDR2 PC2-4200 (DDR2-533) or DDR2 PC2-3200 (DDR2-400) nonetheless often develop higher speeds. To use DDR2 memory your system’s motherboard must have 240-pin DIMM slots and a DDR2 chip.
My machine uses DDR modules, can I install DDR2 memory?
Not at all, DDR2 DIMM reminiscence modules are not backward compatible with DDR DIMMs, due to incompatible pin configurations, general voltage, and recollection chip technology. DDR2 units are designed with a different “key” on the terminal connector to prevent them from being inserted into incompatible memory sockets such as DDR motherboards. A DDR2 SDRAM DIMM determination not fit into a standard entry SDRAM DIMM or a DDR DIMM. DDR2 modules use a current of 1.8V, allowing great current savings compared to 2.5V DDR units.
What are 200 pin SoDimms (Small Outline Dual Inline Memory Module)?
A 200 Iota DDR SDRAM Unit is approximately 2.6 inches (7 cm) long and 1 inch (2.5 cm) high and is designed for the latest laptops. Each 200-pin module provides a 64-bit data path, so they can be installed separately on 64-bit arrangements. DDR SDRAM (Binary Data Rate-Synchronous DRAM) is a type of SDRAM that ropes data transmissions at both ends of each clock cycle, effectively doubling the data volume of the memory chip.
What are 200-pin DDR2 SoDimms?
200 Pin DDR2 SDRAM modules are intended for the latest laptops. Each 200-pin DDR2 module provides a 64-bit data path, so they can be installed separately in 64-bit schemes. DDR2 SDRAM (Dual Data Rate-Synchronous DRAM) is a kind of SDRAM that ropes data transmissions at both ends of each clock cycle, effectively doubling the data volume of the memory chip. Manufactured using the best chips from brands such as Samsung, Hyundai, NEC, etc.
What are 144-pin SoDimms?
A 144 Pin SoDimm is approximately 2.6 inches (7 cm) long and 1 inch (2.5 cm) high and typically used for laptop computers. Each 144-pin SODIMM supports a 64-bit data path, so they can installed separately in 64-bit systems. SODIMMs are obtainable in EDO, PC66, PC100, and PC133 SDRAM.
What are 144-pin MicroDimms?
A 144-Pin MicroDimm SDRAM is approximately 1.5 inches (4 cm) extended and 1 inch (2.5 cm) high and typically used for laptop computers. Each 144-pin MicroDimm supports a 64-bit data path, so they can installed separately in 64-bit systems. Micro Dimms are available in PC100 and PC133 SDRAM.
What are 172pin DDR MicroDimms?
A 172 Pin DDR MicroDimm approximately 1.75 inches (4.5 cm) long and 1.25 inches (3.1 cm) high and used for laptop computers. Each 172-pin MircroDimm supports a 64-bit data path, so they can installed separately in 64-bit systems.
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