Kimtigo WOLFRINE UDIMM DDR4 3200MHz
Kimtigo WOLFRINE UDIMM DDR4 3200MHz
8GB
16GB
Kimtigo WOLFRINE UDIMM DDR4 3200MHz is a high-speed and high-performance memory module designed for demanding applications, such as gaming and content creation. Featuring a clock speed of 3200MHz, it offers blazing-fast data transfer rates, enhanced system responsiveness, and reduced latency. With its reliable and stable performance, Kimtigo WOLFRINE UDIMM DDR4 3200MHz ensures smooth multitasking, seamless gameplay, and efficient content creation. It is a valuable component for those seeking optimal performance and productivity from their systems.
KIMTIGO WOLFRINE UDIMM DDR4 3200MHz Specs
Model
DDR4
Capacity
8GB,16GB
Type
Notebook memory
Packaging
Single Memory
Memory Type
ValueRam Memory
Speed
3200 MHz
Voltage
1.2V, 1.35V（XMP）
Size
69.5mm*30 mm
Interface
JEDEC DDR4
CL
17/16
19
16/17/22
Bandwidth
19200 Mbps
21300 Mbps
25600 Mbps
Working temperature
0~85 ℃
Application field
Tablets, laptops
Benefits of Using Kimtigo WOLFRINE UDIMM DDR4 3200MHz for Intensive Multitasking
Kimtigo WOLFRINE UDIMM DDR4 3200MHz offers significant benefits for intensive multitasking. With its high clock speed, it enables fast data transfer rates and reduces latency, resulting in improved system responsiveness. This is particularly advantageous for multitasking scenarios where multiple applications are running simultaneously, as it ensures smooth and seamless transitions between tasks.
The ample capacity of the Kimtigo WOLFRINE UDIMM DDR4 3200MHz allows for efficient handling of memory-intensive applications, such as video editing software or virtual machines. It can effectively store and retrieve large amounts of data, ensuring that multitasking operations are executed smoothly without performance bottlenecks.
In addition, the reliable and stable performance of Kimtigo WOLFRINE UDIMM DDR4 3200MHz ensures consistent operation during demanding multitasking sessions. Its robust construction and efficient heat dissipation mechanisms prevent overheating, thereby maintaining the RAM’s optimal performance over extended periods of use.
