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SamsungM368L6423ETN-C 512MB DDR Non ECC PC-2700 333Mhz Memory
- 512MB DDR SDRAM capacity
- PC-2700 memory standard
- 333MHz operating frequency
- Non-ECC type
- 184-pin DIMM
- Suitable for desktop PCs
- Enhances system performance and multitasking capabilities
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Product Overview
The Samsung M368L6423ETN-C is a 512MB DDR SDRAM module, part of the PC-2700 standard, running at 333MHz. This Non-ECC memory is designed for standard desktop applications where error correction is not a critical requirement. It offers a straightforward memory upgrade for compatible systems.
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 M368L6423ETN-C memory module offers 512MB of DDR SDRAM, adhering to the PC-2700 specification and operating at a frequency of 333MHz. As a Non-ECC module, it is intended for use in systems that do not require the advanced error detection and correction features provided by ECC memory, such as typical home and office desktop computers. The DDR technology ensures efficient data transfer by performing operations on both clock edges, contributing to improved system responsiveness. The module utilizes the standard 184-pin DIMM interface, which is compatible with a wide range of DDR-era motherboards. Its 512MB capacity is suitable for basic system upgrades, enhancing the ability to run multiple applications simultaneously or handle larger datasets. The 333MHz speed aligns with the PC-2700 standard, ensuring it operates within the designed parameters for compatible chipsets and processors. Installing this memory module can lead to noticeable performance improvements in everyday computing tasks. By increasing the system's random access memory, the computer can load applications and data more quickly, reducing lag and improving the overall user experience. It is a cost-effective way to boost the performance of older or entry-level systems that may be bottlenecked by insufficient RAM.
