Typical price i
76,– to 180,–

Offers a lower cost and widespread compatibility with most devices.

Ideal for general computing tasks, providing reliable performance for everyday use.

Typical price i
160,– to 290,–

Provides higher bandwidth and improved power efficiency compared to DDR4.

Best suited for high-performance computing, gaming, and demanding applications, offering faster data transfer rates.

Typical price i
460,– to 1800,–

Features low power consumption while maintaining high performance, ideal for mobile devices.

Enhances battery life and multitasking capabilities in laptops and smartphones.

Typical price i
460,– to 1800,–

Balances performance and power efficiency, commonly used in mobile devices.

Suitable for ultrabooks and tablets, providing adequate performance with energy savings.

Typical price i
54,– to 94,–

Suitable for basic computing tasks such as web browsing and office applications.

Offers a cost-effective solution for systems that do not require high-speed data processing.

Typical price i
94,– to 180,–

Balances performance and efficiency, making it ideal for multitasking and moderate gaming.

Enhances system responsiveness and speed, providing a smoother user experience compared to lower frequencies.

Typical price i
120,– to 240,–

Designed for high-performance tasks such as gaming, video editing, and 3D rendering.

Maximizes data throughput and system performance, significantly reducing loading times and improving overall efficiency.

Typical price i
57,– to 64,–

Single 8GB RAM module providing basic memory capacity for everyday tasks.

Suitable for casual users performing standard tasks like browsing and document editing.

Typical price i
94,– to 110,–

Single 16GB RAM module offering enhanced memory capacity for more demanding applications.

Ideal for users running multiple applications or moderate gaming, improving overall system responsiveness.

Typical price i
180,– to 180,–

Single 32GB RAM module delivering substantial memory capacity for intensive computing needs.

Recommended for professionals handling large datasets or heavy multitasking, ensuring smooth performance.

Typical price i
340,– to 440,–

Single 64GB RAM module providing extensive memory capacity for the most demanding tasks.

Perfect for advanced users engaging in high-end gaming or professional video editing, maximizing system efficiency.

Typical price i
61,– to 170,–

Lacks additional circuitry to buffer data, providing direct access to the memory controller.

Best suited for standard consumer PCs, offering lower cost and reduced latency for everyday tasks.

Typical price i
85,– to 340,–

Incorporates error-correcting code and a register to enhance stability and reliability.

Ideal for servers and critical systems, reducing data corruption and improving system uptime.

Typical price i
160,– to 1800,–

Features error-detection and correction capabilities without the use of a register.

Recommended for systems requiring high reliability, ensuring data integrity with minimal performance impact.

Typical price i
68,– to 130,–

Includes a buffer to reduce electrical load, stabilizing communication between memory and the controller.

Suitable for high-density memory configurations, enhancing performance in enterprise environments.

Typical price i
64,– to 180,–

Compact and smaller in size compared to DIMM, designed for laptops and small form factor PCs.

Ideal for portable devices, allowing for efficient use of space without compromising on performance.

Typical price i
61,– to 170,–

Unbuffered DIMMs, typically used in desktops and workstations, providing direct communication with the CPU.

Allows for faster data processing, suitable for everyday computing tasks and gaming.

Typical price i
85,– to 340,–

Standard size memory modules used in desktops and servers, offering a variety of speeds and capacities.

Ensures high performance and reliability for demanding applications, such as video editing and gaming.

Typical price i
72,– to 190,–

Registered DIMMs include a register that helps stabilize data signals, primarily used in servers.

Provides enhanced reliability and scalability, ideal for enterprise environments requiring robust performance.