Refurbished ELPIDA Server RAM DDR1 4GB

Technology and Generation: ELPIDA Server RAM DDR1 4GB belongs to the DDR1 (Double Data Rate 1) generation of memory modules. DDR1 was the first generation of DDR RAM, succeeding SDRAM (Synchronous Dynamic Random Access Memory).

Capacity: This specific module has a capacity of 4GB (Gigabytes), which was considered high for DDR1 standards. It indicates the amount of data the RAM can store and process simultaneously.

Server-Grade Reliability: Designed for server environments, this RAM module prioritizes reliability, stability, and performance under continuous and demanding workloads typical in server applications.

Form Factor: It comes in the DIMM (Dual In-line Memory Module) form factor, which is standard for desktop and server memory modules. DIMMs are longer and have separate electrical contacts on each side compared to SDRAM modules.

Voltage Requirement: DDR1 RAM typically operates at 2.5V (Volts), which was the standard voltage for DDR1 technology. This voltage level ensures compatibility with systems designed for DDR1 RAM.

Speed: DDR1 RAM modules generally operated at speeds ranging from 200 MHz to 400 MHz. The speed of RAM modules determines how quickly they can read and write data, influencing overall system performance.

Compatibility: Compatible with server motherboards and workstations that support DDR1 memory technology. Compatibility should be verified with the specific motherboard model and configuration.

Performance Characteristics: While DDR1 RAM provided a significant performance boost over its predecessor, SDRAM, it has been surpassed by subsequent DDR generations (DDR2, DDR3, DDR4, and DDR5) in terms of speed, efficiency, and capacity.

Market Availability: DDR1 RAM is now considered obsolete in the consumer market and is generally available through specialized suppliers dealing in legacy or used equipment. It may be found in older servers and systems that have not been upgraded or replaced.

Legacy Usage: Despite being outdated, DDR1 RAM may still be in use in legacy systems where upgrading to newer generations is not feasible or cost-effective. These systems typically require specific DDR1 modules for compatibility and continued operation.