Description
ECC Technology: Error Correction for Reliable Data Storage and Transfer
Advantages of ECC Technology: Improved Data Integrity and System Reliability Implementation of ECC: How it Works to Correct Memory Errors Benefits of ECC in High Performance Computing: Enhanced Data Accuracy and System Uptime ECC vs Non-ECC Memory: Pros and Cons of Using Error Correction ECC Compatibility: Ensuring Compatibility with Your System Before Purchase
CAS Latency 17: Improved Memory Timing for Optimal Performance
CAS Latency, also known as Column Access Strobe Latency, is a key factor in determining the performance of memory modules. It is the amount of time it takes between the memory controller sending a request for data and the data being available for use. A lower CAS Latency means that the data is available faster, which can result in improved memory performance.
A CAS Latency of 17 is considered to be a good balance between speed and stability. It provides a faster response time than higher latency values, while still being low enough to ensure stability and compatibility with a wide range of systems. This makes CAS Latency 17 an excellent choice for many high-performance computing applications, where speed and accuracy are critical.
When selecting memory modules, it is important to consider the CAS Latency along with other key factors such as frequency, capacity, and error correction. By choosing the right combination of these parameters, you can optimize your system’s performance and ensure compatibility with your hardware and software.
2400MHz Memory Speed: Improved Performance and Faster Load Times
Memory speed, measured in MHz, refers to the rate at which data is transferred from the memory module to the processor. A higher memory speed means a faster data transfer rate, which results in improved performance and faster load times. 2400MHz is a relatively high memory speed, and therefore offers improved performance compared to slower memory speeds. A higher memory speed helps to reduce the amount of time it takes for the processor to access data, leading to improved overall system performance.
32GB Memory Capacity: Large Memory for High Performance Computing
32GB of memory capacity refers to the amount of memory (RAM) installed in a computer or device. This large memory capacity is suitable for high performance computing, such as demanding applications, graphic design, video editing, or gaming. With a large memory capacity, the computer or device has more memory available to store and access data quickly, resulting in improved performance and reduced lag time. A larger memory capacity can also help to prevent the computer or device from slowing down or freezing when running multiple applications simultaneously.
General Information
- Manufacturer: Kingston
- Manufacturer Part Number: KCS-UC424/32G
- Product Name: 32gb Ddr4 Sdram Memory Module
Technical Information
- Storage Capacity: 32gb
- Memory Technology: Ddr4 Sdram
- Number Of Modules: 1 X 32gb
- Bus Speed: 2400mhz Ddr4-2400/Pc4-19200
- Data Integrity Check: Ecc
- Signal Processing: Registered
- Cas Latency Timings: Cl17
- Features: 2rx4
