Description
Overview of the HX424S14IBK2/32 Kingston HyperX Impact SODIMM 32GB Kit
- The Benefits of using the HX424S14IBK2/32 Kingston HyperX Impact SODIMM 32GB Kit
- Technical Specifications of the HX424S14IBK2/32 Kingston HyperX Impact SODIMM 32GB Kit
- How the HX424S14IBK2/32 Kingston HyperX Impact SODIMM Kit can Improve System Performance
- The Advantages of using SODIMM Memory in Laptops and Small Form Factor PCs
- Compatible Systems for the HX424S14IBK2/32 Kingston HyperX Impact SODIMM 32GB Kit
- The Importance of High Speed and Capacity for Gaming and Professional Applications
- How the HX424S14IBK2/32 Kingston HyperX Impact SODIMM Kit can Enhance Multitasking and Multithreading
- The Advantages of using DDR4 memory over DDR3
- How the HX424S14IBK2/32 Kingston HyperX Impact SODIMM Kit can Improve Power Efficiency
- How to Install and Configure the HX424S14IBK2/32 Kingston HyperX Impact SODIMM 32GB Kit
- The Importance of CAS Latency (CL) in Memory Performance
- How to Overclock the HX424S14IBK2/32 Kingston HyperX Impact SODIMM 32GB Kit
- How to Configure Dual-Channel Memory for maximum performance
- Comparison of the HX424S14IBK2/32 Kingston HyperX Impact SODIMM 32GB Kit to other DDR4 SODIMM Memory kits
- The Warranty and Technical Support options for the HX424S14IBK2/32 Kingston HyperX Impact SODIMM 32GB Kit
How the HX424S14IBK2/32’s High Speed and Capacity can Improve System Performance
- Technical Specifications of the HX424S14IBK2/32 Kingston HyperX Impact SODIMM Kit
- How the HX424S14IBK2/32’s Low Voltage Can Impact Power Consumption and Heat Generation
- How the HX424S14IBK2/32’s CL14 Latency Can Impact System Performance
- Compatibility of the HX424S14IBK2/32 with Different Systems and Platforms
- How the HX424S14IBK2/32’s SODIMM Form Factor Can Impact System Design and Upgradability
- Benefits of Using a Kit with Two Memory Modules for Dual-Channel Performance
- Comparison of the HX424S14IBK2/32 to Other DDR4 SODIMM Memory Kits
- How the HX424S14IBK2/32’s Lifetime Warranty and Free Technical Support
- How the HX424S14IBK2/32’s Plug-and-Play Installation Can Simplify Upgrades
- How the HX424S14IBK2/32’s Auto-Overclocking Can Improve System Performance
- How the HX424S14IBK2/32’s High-Quality ICs Can Improve Reliability and Durability
- How the HX424S14IBK2/32’s Stylish Black Heat Spreader Can Improve Cooling and Aesthetics
- How the HX424S14IBK2/32’s Kingston HyperX Brand Can Impact Reputation and Trust
- How the HX424S14IBK2/32’s XMP 2.0 Support Can Simplify Overclocking and Optimization.
How the HX424S14IBK2/32’s Dual-Channel Configuration can Enhance System Performance
Dual-channel configuration is a feature that allows the memory controller of a computer to access two memory modules at the same time, rather than just one. This can enhance system performance by increasing the amount of data that can be processed simultaneously, which can lead to faster application load times and improved overall system responsiveness. When using a dual-channel configuration, it is important to use memory modules that are identical in terms of capacity and speed to ensure optimal performance.
How the HX424S14IBK2/32’s Low Voltage can Increase Battery Life in Laptops
The HX424S14IBK2/32 Kingston HyperX Impact SODIMM memory kit operates at a voltage of 1.2V, which is lower than the standard voltage for DDR4 memory (1.35V). Lowering the voltage can decrease power consumption and therefore increase battery life in laptops. Additionally, using low voltage memory can also generate less heat, which can prolong the life of the memory module and other components in the laptop.
General Information
- Manufacturer Kingston Technology Company
- Manufacturer Part Number HX424S14IBK2/32
- Manufacturer Website Address http://www.kingston.com
- Brand Name Kingston
- Product Line HyperX Impact
- Product Name HyperX Impact SODIMM 32GB Kit (2x16GB) DDR4 2400MHz
- Product Type RAM Module
Technical Information
- Memory Size 32 GB
- Memory Technology DDR4 SDRAM
- Memory Voltage 1.20 V
- Number of Modules 2 x 16 GB
- Memory Speed 2400 MHz
- Memory Standard DDR4-2400/PC4-19200
- Error Checking Non-ECC
- Signal Processing Unbuffered
- CAS Latency CL14
