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Samsung M368L6423FTN-B3 512MB DDR Non ECC PC-2700 333Mhz Memory
- 512MB DDR SDRAM capacity
- PC-2700 memory standard
- 333MHz clock speed
- Non-ECC (Non-Error Correcting Code)
- 184-pin DIMM form factor
- Designed for desktop computers
- Improves system responsiveness and multitasking
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Product Overview
The Samsung M368L6423FTN-B3 is a 512MB DDR SDRAM module, specified as PC-2700, running at 333MHz. This Non-ECC memory is designed for standard desktop computer applications. It provides a reliable memory upgrade for compatible systems, enhancing multitasking and application performance.
Technical Information
| Capacity | 512MB |
| Memory Type | DDR SDRAM |
| Speed | 333MHz (PC-2700) |
| ECC | Non ECC |
Additional Specifications
| Form Factor | DIMM |
| Pins | 184 |
| Manufacturer | Samsung |
Product Description
This Samsung M368L6423FTN-B3 memory module offers 512MB of DDR SDRAM, operating at a speed of 333MHz, which corresponds to the PC-2700 standard. DDR (Double Data Rate) technology allows for data transfer on both the rising and falling edges of the clock signal, effectively doubling the bandwidth compared to previous SDRAM generations. The module is Non-ECC, meaning it lacks error-checking capabilities, making it suitable for standard desktop environments where the added cost and latency of ECC are not justified. The module adheres to the 184-pin DIMM form factor, which is the standard for DDR memory in desktop computers. With a capacity of 512MB, it serves as a viable option for upgrading older systems or for use in budget-oriented builds. The 333MHz frequency ensures compatibility with motherboards and processors that support the PC-2700 memory specification, providing a good balance of performance and compatibility for its era. Installing this memory module can enhance a computer's ability to handle multiple applications simultaneously and improve the performance of memory-intensive tasks. By providing more readily accessible data storage for the CPU, the system can reduce its reliance on slower storage media, leading to faster application loading times and a more fluid user experience. It's a fundamental component for improving overall system responsiveness.
