HIXA 16GB PC4 3200 Laptop Ram-HI-DDR-C400S16G32

HIXA 16GB DDR4 3200MHz PC4-25600 Laptop RAM is a high-capacity memory upgrade designed to improve the speed, responsiveness and multitasking performance of compatible laptops and notebooks. With 16GB of DDR4 memory and a 3200MHz speed, it provides ample capacity for demanding office applications, business software, web browsing, online learning and everyday professional computing. The PC4-25600 SO-DIMM memory module is an ideal solution for upgrading or replacing RAM in compatible laptops that support DDR4 3200MHz memory.

Product Features

16GB High-Capacity Memory

The 16GB memory capacity provides more room for multitasking and demanding applications, helping compatible laptops run multiple programs more smoothly and efficiently.

DDR4 3200MHz Performance

Built with DDR4 memory technology and operating at 3200MHz, this module delivers fast and reliable performance for compatible laptops and notebook computers.

PC4-25600 Memory Standard

The PC4-25600 classification supports a maximum theoretical bandwidth of up to 25.6GB/s, enabling efficient data transfer between the system memory and processor.

Compact SO-DIMM Form Factor

The SO-DIMM form factor is designed for laptops, notebooks and other compatible compact computing devices, making it suitable for systems with available DDR4 SO-DIMM memory slots.

Upgrade for Improved Multitasking

With 16GB of memory, this module can help improve system responsiveness when working with multiple browser tabs, office applications, business software and other demanding everyday workloads.

Product Specifications

• Brand: HIXA
• Model: HI-DDR-C400S16G32
• Memory Capacity: 16GB
• Memory Type: DDR4 SDRAM
• Memory Speed: 3200MHz
• Memory Standard: PC4-25600
• Maximum Theoretical Bandwidth: Up to 25.6GB/s
• Form Factor: SO-DIMM
• Pin Configuration: 260-pin
• Application: Compatible laptops and notebooks
• Recommended Use: Memory upgrades, business applications, professional computing, multitasking, web browsing and everyday productivity