Desktop & Laptop memory (RAM)
- Enhanced Performance: Boosts laptop performance for smoother multitasking and faster application loading.
- High-Speed Memory: Operates at 3200MT/s for quick data access.
- Low Power Consumption: 1.2V voltage ensures energy efficiency.
- Reliable Brand: Crucial is a trusted name in memory solutions.
- Easy Upgrade: Simple installation process for compatible laptops.
Samsung
SAMSUNG M393A4K40DB3 32GB DDR4 RDIMM Server Memory (RAM), 3200 Mbps Memory Speed, 2R x 4 Rank, ECC, 1.2 Voltage, 288 Pins | M393A4K40DB3-CWE
Samsung
SAMSUNG M393A4K40DB3 32GB DDR4 RDIMM Server Memory (RAM), 3200 Mbps Memory Speed, 2R x 4 Rank, ECC, 1.2 Voltage, 288 Pins | M393A4K40DB3-CWE
- 32 GB capacity in a single 288‑pin RDIMM
- DDR4‑3200 MT/s high-speed performance (PC4‑25600 data rate)
- ECC Registered: enhances reliability and signal stability
- Dual‑rank layout (2R×4) for improved density and error correction
- 1.2 V low‑voltage power efficiency
- Ideal for servers, virtualization, AI/5G workloads
- Professionally tested; known CAS latency ~22 (CL22)
Transcened
Transcend 16GB DDR5 5600MHz UDIMM Desktop RAM Memory, PC5-44800 1Rx8 CL46 2Gx8 1.1V 288Pin - JM5600ALE-16G
Transcened
Transcend 16GB DDR5 5600MHz UDIMM Desktop RAM Memory, PC5-44800 1Rx8 CL46 2Gx8 1.1V 288Pin - JM5600ALE-16G
- 16 GB capacity DDR5 desktop memory at 5600 MT/s (PC5‑44800)
- CAS Latency CL46, single-rank 1Rx8 design
- Dual independent 32‑bit channels for improved efficiency
- Low 1.1 V operation with built‑in PMIC for stable power delivery
- On‑die ECC correction enhances system reliability
- JEDEC‑compliant and widely compatible with modern desktops
- 16 GB DDR5 at 4800 MT/s (PC5‑38400)
- CAS latency CL40, single‑rank 1Rx8 layout
- Dual 32‑bit channels for optimized throughput
- Low-voltage 1.1 V operation with built‑in PMIC
- Built-in on‑die ECC for error detection and correction
- JEDEC-compliant for broad desktop compatibility
- 8 GB capacity DDR5‑4800 (PC5‑38400) with CL40 timings
- Dual 32‑bit independent channels for improved performance
- Integrated on‑die ECC for stability
- Efficient 1.1 V operation with built‑in PMIC
- Supports JEDEC defaults and XMP 3.0 profile
- 288‑pin UDIMM, non‑ECC avion
Crucial
Crucial 16GB DDR4-3200 UDIMM Desktop RAM (PC4-25600) – 3200MHz, CL22, Unbuffered, Non-ECC, 288-Pin, 1.2V – CB16GU3200
Crucial
Crucial 16GB DDR4-3200 UDIMM Desktop RAM (PC4-25600) – 3200MHz, CL22, Unbuffered, Non-ECC, 288-Pin, 1.2V – CB16GU3200
- Simple Desktop Boost — adds 16 GB of memory for smoother multitasking and responsiveness
- Native Support — runs at 3200 MT/s at CL22 without requiring XMP or BIOS changes
- Low Voltage — 1.2 V operation supports energy-efficient builds
- Reliable Brand — Crucial backed by Micron, with lifetime warranty on Basics models
- Plug-and-play upgrade — works out-of-the-box on compatible DDR4 desktops
- Affordable upgrade path — ideal for users expanding RAM without bulk kits or RGB premium
- Affordable desktop RAM upgrade—adds 8 GB of memory for improved multitasking
- Native 3200 MT/s at CL22—no BIOS tuning or overclock support required
- Efficient 1.2 V operation—ideal for energy-conscious or OEM systems
- Simple plug-and-play install—works perfectly in factory laptops/desktops
- Backed by Crucial reliability with lifetime warranty coverage
- Budget-friendly and broadly compatible for casual users and light gamers
Memory refers to electronic components used for storing and retrieving digital information in computing systems. Memory plays a critical role in the performance and functionality of computers and other digital devices, as it allows for the rapid access and retrieval of data and programs.
There are two main types of memory used in modern computing systems: random-access memory (RAM) and non-volatile memory (NVM). RAM is used for temporary storage of data and instructions while a system is running, and is typically volatile, meaning that its contents are lost when the system is powered off. NVM, on the other hand, is used for permanent storage of data and programs, and is typically non-volatile, meaning that its contents are retained even when the system is powered off. Popular forms of NVM include solid-state drives (SSDs) and flash memory, while popular forms of RAM include dynamic RAM (DRAM) and static RAM (SRAM). The amount and type of memory used in a computing system can have a significant impact on its performance, speed, and overall capabilities.
