Hynix 32GB DDR4 2400mhz PC4-19200 CL17 ECC Reg 288-Pin RAM - HMA84GR7AFR4N-UH

Product Overview: Hynix HMA84GR7AFR4N-UH Memory Module

• Manufacturer: Hynix
• Part Number: HMA84GR7AFR4N-UH
• Memory Type: DDR4 SDRAM
• Capacity: 32GB

Technical Specifications

Storage Capacity

• Memory Size: 32GB, perfect for handling high-performance server tasks
• Module Configuration: Single 32GB module for streamlined installation

Memory Technology

• DDR4 SDRAM: Advanced memory technology for faster data processing
• Bus Speed: 2400 MHz (DDR4-2400 / PC4-19200) ensures reliable performance
• ECC (Error-Correcting Code): Data integrity is ensured through ECC

Signal Processing & Timings

• Registered RAM: Designed for server environments requiring efficient signal processing
• Latency: CL17 for balanced speed and performance

Features & Compatibility

Dual Rank Design

• Improved memory bandwidth thanks to its dual-rank structure
• Enhanced server performance and stability

Platform Support

• Optimized for server platforms, ensuring robust memory management and compatibility

ECC Memory

• Automatically detects and corrects errors to ensure data reliability
• Essential for mission-critical applications where data accuracy is paramount

Form Factor & Physical Dimensions

DIMM Form Factor

• 288-pin DIMM: Compatible with most modern server systems

Dimensions & Weight

• Size: 8.89 cm x 19.81 cm x 1.91 cm (3.5 in x 7.8 in x 0.75 in)
• Weight: 0.45 kg (1 lb), ensuring a lightweight addition to server setups

Capacity

The Hynix HMA84GR7AFR4N-UH DDR4 SDRAM is a powerful memory module with a capacity of 32GB. This impressive amount of storage allows users to handle demanding tasks and run multiple applications simultaneously without any performance issues.

Improved Multitasking

One of the key benefits of having a 32GB capacity is the ability to multitask efficiently. With this much memory, users can smoothly switch between various applications, such as video editing software, graphic design tools, or resource-intensive games. The extra capacity ensures that there is enough memory available to handle all these tasks without experiencing any lag or slowdowns.

Enhanced Performance

Another advantage of the 32GB capacity is the improved overall performance it provides. With more memory available, the system can store and access data faster, resulting in quicker response times and reduced loading times for applications. This is especially beneficial for professionals who work with large files or complex software that requires significant memory resources.

Future-Proofing

Investing in a memory module with a high capacity like 32GB ensures future-proofing your system. As technology advances and software becomes more demanding, having ample memory will help your system keep up with the evolving requirements. This means you won't have to worry about upgrading your RAM anytime soon, saving you both time and money in the long run.

Workstation and Server Applications

The 32GB capacity of the Hynix HMA84GR7AFR4N-UH DDR4 SDRAM makes it an excellent choice for workstation and server applications. These environments often involve running multiple virtual machines or handling large databases, both of which require substantial memory resources. With 32GB at your disposal, you can ensure smooth operation and optimal performance in these demanding scenarios.

Content Creation and Editing

Content creators and video editors will also greatly benefit from the 32GB capacity. These professionals work with large media files that consume a significant amount of memory. With ample capacity, they can load and manipulate high-resolution images or render complex videos without experiencing any performance bottlenecks. This allows for a seamless workflow and quicker project completion times.

Gaming and Multimedia

For gaming enthusiasts and multimedia enthusiasts, the 32GB capacity offers an immersive experience. Games with detailed graphics and expansive worlds can quickly use up memory resources. By having 32GB, gamers can enjoy smooth gameplay without worrying about performance issues or freezing during intense action sequences. Similarly, multimedia enthusiasts can work with large media libraries, edit videos, or stream content without any lag.

Virtual Reality

Virtual reality (VR) is an emerging technology that requires substantial computing power and memory resources. With a 32GB capacity, users can delve into immersive VR experiences without worrying about system limitations. VR applications demand significant memory to render high-quality visuals and maintain a seamless experience. The Hynix HMA84GR7AFR4N-UH DDR4 SDRAM's 32GB capacity ensures users have enough memory to handle the demanding requirements of VR applications.

Speed

The Hynix HMA84GR7AFR4N-UH DDR4 SDRAM operates at a speed of 2400MHz. This high-speed capability brings numerous benefits to users, including improved system responsiveness and faster data transfer rates.

Quick Data Access

The 2400MHz speed allows for faster access to data stored in the memory module. This means that applications can load quickly, reducing waiting times and increasing overall productivity. Whether you're launching software programs, opening large files, or accessing databases, the increased speed ensures that the data is readily available when needed.

Seamless Multitasking

With the 2400MHz speed, users can seamlessly multitask without experiencing any slowdowns or performance issues. Running multiple applications simultaneously becomes a breeze as the memory module can quickly switch between different tasks, ensuring a smooth and uninterrupted workflow. This is particularly beneficial for professionals who rely on efficient multitasking to complete their work efficiently.

Enhanced Gaming Performance

Gamers will also appreciate the 2400MHz speed of the Hynix HMA84GR7AFR4N-UH DDR4 SDRAM. This high-speed capability allows for faster loading times, smoother gameplay, and reduced lag. Games with expansive worlds and high-resolution graphics can utilize the increased speed to deliver a more immersive and enjoyable gaming experience.

Real-Time Rendering

For professionals working with real-time rendering, such as 3D designers or architects, the 2400MHz speed is invaluable. Real-time rendering requires significant computational power and memory bandwidth to generate complex visuals on the fly. With the high-speed capabilities of this memory module, designers can create, modify, and visualize intricate models without any noticeable latency.

Content Streaming

Streaming multimedia content, whether it's high-definition videos or live broadcasts, requires a fast and stable connection. The 2400MHz speed ensures smooth streaming with minimal buffering or interruptions. Users can enjoy their favorite movies, TV shows, or live events without any lag, providing an uninterrupted entertainment experience.

Improved Data Transfer

The 2400MHz speed also enhances data transfer rates between the memory module and other system components. This is particularly important for professionals working with large files or managing extensive databases. Faster data transfer allows for quicker backups, efficient file transfers, and improved overall system performance.

High-Resolution Image Editing

Photographers and graphic designers working with high-resolution images will benefit from the 2400MHz speed. Editing large image files requires substantial memory bandwidth to process and render changes in real-time. With the high-speed capabilities of this memory module, these professionals can edit images smoothly and efficiently, resulting in quicker project turnaround times.

Big Data Analytics

In the field of big data analytics, where massive amounts of data are processed and analyzed, the 2400MHz speed is crucial. Analyzing complex datasets and extracting meaningful insights requires fast data processing to ensure efficient decision-making. With the high-speed capabilities of this memory module, data scientists can perform computations and queries at an accelerated pace, enabling faster data analysis and more timely insights.

Form Factor

The Hynix HMA84GR7AFR4N-UH DDR4 SDRAM features a 288-Pin form factor. This form factor is widely used in modern computer systems and offers several benefits to users.

Compatibility

The 288-Pin form factor ensures compatibility with a wide range of motherboards and systems. This means that users can easily install the memory module without worrying about compatibility issues or needing to purchase additional components. The standardized form factor allows for straightforward installation and ensures seamless integration with existing systems.

Expandability

With the 288-Pin form factor, users have the flexibility to expand their system's memory capacity in the future. This form factor is commonly found in motherboards that support multiple memory slots, allowing users to add additional modules without any hassle. By choosing a memory module with a 288-Pin form factor, users can easily upgrade their system's memory capacity as their needs grow or new technologies emerge.

Reliability

The 288-Pin form factor offers improved stability and reliability. The larger number of pins provides better contact and connectivity between the memory module and the motherboard, ensuring a secure and uninterrupted data transfer. This form factor's design minimizes the risk of loose connections or signal interference, resulting in a more stable and reliable system overall.

Server Environments

The 288-Pin form factor is particularly beneficial in server environments. Servers often require large memory capacities to handle numerous concurrent tasks and deliver optimal performance. With the 288-Pin form factor, server administrators can easily install multiple memory modules, maximizing the server's memory capacity and improving overall performance.

High-Performance Workstations

High-performance workstations, such as those used for video editing or 3D rendering, can also take advantage of the 288-Pin form factor. These demanding tasks require substantial memory resources to process large files and complex computations. The 288-Pin form factor allows for easy installation of multiple memory modules, providing the necessary capacity to handle these resource-intensive workloads.

Gaming Systems

Gaming systems can benefit from the 288-Pin form factor as well. Gamers often look to maximize their system's performance by installing additional memory modules. The 288-Pin form factor enables easy expansion of the system's memory capacity, allowing gamers to enhance their gaming experience without any compatibility or installation issues.

Workstation Clusters

In environments where multiple workstations are interconnected to form a cluster, such as those used in scientific research or data analysis, the 288-Pin form factor is essential. Workstation clusters require consistent hardware configurations to ensure seamless communication and data sharing among systems. The 288-Pin form factor simplifies the process of deploying identical memory modules across multiple workstations, streamlining cluster setup and maintenance.

Memory Intensive Applications

Memory-intensive applications, such as virtualization or database management, can benefit significantly from the 288-Pin form factor. These applications require large memory capacities to handle the simultaneous execution of multiple virtual machines or manage extensive databases. The 288-Pin form factor allows for easy installation of multiple memory modules, providing the necessary capacity to ensure smooth operation and optimal performance.

ECC Support

The Hynix HMA84GR7AFR4N-UH DDR4 SDRAM offers ECC (Error-Correcting Code) support, ensuring the reliability and integrity of data stored in the memory module.

Data Integrity

ECC support plays a critical role in maintaining data integrity by detecting and correcting errors that may occur during data storage or transmission. The ECC algorithm embedded in the memory module continuously checks for errors and automatically corrects them when detected. This ensures that the data stored in the memory module remains accurate and free from corruption, even in environments with potential electromagnetic interference or other external factors that may introduce errors.

System Stability

By providing error detection and correction capabilities, ECC support enhances system stability. Memory errors can lead to system crashes, application malfunctions, or data loss. With ECC support, these potential issues are minimized, resulting in a more stable and reliable system overall. Users can have peace of mind knowing that their data is protected and their system will continue to operate smoothly without unexpected interruptions.

Server Environments

ECC support is particularly crucial in server environments where data integrity and system stability are paramount. Servers often handle critical tasks and store sensitive data that cannot afford any errors or corruption. By using memory modules with ECC support, server administrators can ensure that the data stored in the memory is reliable and accurate, minimizing the risk of system failures or data loss.

Financial Institutions

Financial institutions, such as banks or trading firms, rely on secure and error-free data processing. The ECC support provided by the Hynix HMA84GR7AFR4N-UH DDR4 SDRAM ensures that financial data remains accurate and free from corruption. This is particularly important in high-frequency trading systems where split-second decisions rely on error-free data processing.

Scientific Research

Scientific research often involves processing and analyzing large datasets. Errors in data can have significant consequences, leading to incorrect conclusions or wasted resources. By using memory modules with ECC support, researchers can ensure the integrity of their data, improving the accuracy and reliability of their findings.

Enterprise Databases

Enterprise databases store critical business data that organizations rely on for decision-making and operations. Errors in database operations can result in financial losses, compliance issues, or reputational damage. ECC support minimizes the risk of data corruption, ensuring the integrity and reliability of enterprise databases.

Virtualization Environments

Virtualization environments, where multiple virtual machines run concurrently on a single physical server, can greatly benefit from ECC support. Errors in memory can lead to crashes or unstable virtual machines, impacting the overall performance and availability of the virtualized environment. By using memory modules with ECC support, administrators can maintain the stability and reliability of their virtualization infrastructure.

Data Centers

Data centers that house critical infrastructure and handle massive amounts of data require robust error detection and correction mechanisms. With ECC support, data center operators can ensure the reliability and integrity of the data stored in memory modules, minimizing the risk of errors or corruption. This is crucial for maintaining high levels of service availability and data integrity in mission-critical environments.

CAS Latency

The Hynix HMA84GR7AFR4N-UH DDR4 SDRAM has a CAS (Column Address Strobe) latency of CL17. This latency value represents the time it takes for the memory module to respond to a request for data.

Faster Response Time

A lower CAS latency, such as CL17, indicates a faster response time from the memory module. This means that the memory can quickly provide the requested data to the processor, resulting in improved system performance. Applications and tasks that rely heavily on memory access, such as gaming or large-scale data processing, will benefit from the reduced latency provided by a lower CAS latency.

Improved System Responsiveness

The CL17 CAS latency contributes to improved system responsiveness. When the memory module can respond quickly to requests for data, applications and tasks can run more smoothly and responsively. Users will experience reduced loading times, faster application launches, and overall snappier system performance.

Gaming Performance

Gamers will appreciate the CL17 CAS latency of the Hynix HMA84GR7AFR4N-UH DDR4 SDRAM. In gaming, milliseconds can make a significant difference in performance. The lower CAS latency ensures that game data is fetched and processed quickly, resulting in reduced input lag and smoother gameplay. Gamers can enjoy a more immersive and responsive gaming experience with improved reaction times.

Real-Time Applications

Real-time applications, such as audio and video processing or virtual reality simulations, require low latencies to maintain seamless operation. The CL17 CAS latency ensures that these applications can access and process data efficiently, resulting in minimal delays or glitches during real-time interactions. This is crucial for professionals working in fields such as audio engineering, video production, or virtual reality development.

High-Frequency Trading

In high-frequency trading environments, where split-second decisions can make a significant impact on financial outcomes, low latencies are essential. The CL17 CAS latency of the Hynix HMA84GR7AFR4N-UH DDR4 SDRAM ensures that trading systems can access and process market data quickly, enabling faster decision-making and execution. Traders can benefit from reduced latency, leading to improved trade execution and potentially higher profitability.

Content Creation

Content creators, such as video editors or graphic designers, will also benefit from the CL17 CAS latency. These professionals often work with large media files that require fast access to memory for real-time editing and rendering. The lower CAS latency ensures that the memory module can quickly provide the necessary data to process these files, resulting in faster rendering times and a more efficient workflow.

3D Rendering

In 3D rendering applications, where complex scenes and intricate models are generated, low latencies are crucial for maintaining productivity. The CL17 CAS latency allows for quick access to data stored in the memory module, ensuring faster scene rendering times and more efficient workflow for 3D artists and animators.

Video Editing

Video editing tasks often involve working with multiple high-resolution video streams, effects, and transitions. The CL17 CAS latency enables fast access to the necessary data, allowing video editors to preview edits in real-time without any lag or stuttering. This significantly improves the editing experience and speeds up the overall video production process.

Registered

The Hynix HMA84GR7AFR4N-UH DDR4 SDRAM is a registered memory module with a registered (buffered) design. This feature provides several benefits in terms of stability, reliability, and performance.

Improved Signal Integrity

The registered design of this memory module helps improve signal integrity by buffering the signals between the memory controller and the memory chips. This buffering reduces signal noise and distortion, ensuring that data is transferred accurately and reliably. Improved signal integrity minimizes the risk of data corruption or errors, resulting in a more stable and dependable system.

Enhanced System Stability