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Samsung M368L6423ETN-AA 512MB DDR Non ECC PC-2100 266Mhz Memory
- 512MB DDR SDRAM capacity
- PC-2100 memory standard
- 266MHz clock speed
- Non-ECC (Non-Error Correcting Code)
- 184-pin DIMM form factor
- Suitable for desktop PCs
- Improves system responsiveness and multitasking
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Product Overview
The Samsung M368L6423ETN-AA is a 512MB DDR SDRAM module operating at PC-2100 speed, which is 266MHz. This Non-ECC memory is designed for standard desktop computers and offers a memory upgrade for compatible systems. It enhances multitasking and application performance.
Technical Information
| Capacity | 512MB |
| Memory Type | DDR SDRAM |
| Speed | 266MHz (PC-2100) |
| ECC | Non ECC |
Additional Specifications
| Form Factor | DIMM |
| Pins | 184 |
| Manufacturer | Samsung |
Product Description
This Samsung M368L6423ETN-AA memory module provides 512MB of DDR SDRAM, operating at a frequency of 266MHz, which is categorized under the PC-2100 standard. DDR (Double Data Rate) technology enables data transfer on both the rising and falling edges of the clock signal, effectively doubling the data throughput compared to older SDR SDRAM. The module is Non-ECC, meaning it does not include error-checking and correction capabilities, making it suitable for typical consumer-grade desktop systems where such features are not essential. The module uses the standard 184-pin DIMM form factor, commonly found in DDR-era desktop motherboards. With a capacity of 512MB, it is a suitable option for upgrading older computers or for use in basic configurations. The 266MHz speed is compatible with motherboards and processors designed to support PC-2100 memory, offering a balance between performance and compatibility for its intended use. Installing this memory module can lead to improved system performance, particularly in multitasking scenarios and when running applications that require significant memory resources. By increasing the amount of available RAM, the computer can store more data and program instructions for faster access, reducing the need to swap data to slower storage devices. This results in a more responsive and efficient computing experience.
