Hynix Server Memory HMA84GL7AMR4N-TF 32GB DDR4 SDRAM 2133MHZ PC4-17000

The Hynix HMA84GL7AMR4N-TF server memory is designed to provide a significant boost to your server's performance and efficiency. With a capacity of 32GB, this memory module offers ample space for storing and accessing large amounts of data, allowing your server to handle demanding tasks and applications with ease.

Improved Server Performance

By upgrading your server with the Hynix HMA84GL7AMR4N-TF memory module, you can significantly improve its overall performance. With 32GB of capacity, your server will have more than enough memory to handle multiple processes simultaneously, reducing lag and ensuring smooth operation even during peak usage periods.

Enhanced Multitasking

With a capacity of 32GB, this memory module enables your server to handle intensive multitasking effortlessly. Whether you're running multiple virtual machines or running complex applications that require high memory usage, the Hynix HMA84GL7AMR4N-TF ensures seamless multitasking by providing ample memory resources.

Increased Data Processing Speed

The Hynix HMA84GL7AMR4N-TF memory module operates at a high speed of 2133MHz. This increased speed allows for faster data processing, resulting in quicker response times and improved overall system performance. Your server will be able to process large amounts of data more efficiently, reducing processing time and improving productivity.

Reduced Latency

With a speed of 2133MHz, this memory module offers reduced latency, which is crucial for server performance. Lower latency means faster data access and retrieval, resulting in improved efficiency and responsiveness. Tasks that require quick access to data, such as database queries or real-time data processing, will benefit greatly from this reduced latency.

Improved Virtualization Performance

If you're running virtual machines on your server, the Hynix HMA84GL7AMR4N-TF memory module's high speed of 2133MHz is particularly beneficial. Virtualization often requires substantial memory resources, and the increased speed allows for smoother and more efficient virtual machine operations. You'll experience improved overall performance and faster response times when running virtualized environments.

PC: PC4-17000

The Hynix HMA84GL7AMR4N-TF server memory features a PC4-17000 specification. This specification refers to the memory's data transfer rate and is an essential factor in determining its performance and compatibility with your server.

Optimized Data Transfer

The PC4-17000 specification indicates a data transfer rate of 17000 MB/s. This high-speed transfer ensures that your server can efficiently handle large amounts of data, providing a seamless computing experience. Whether you're running resource-intensive applications or transferring large files, the optimized data transfer rate ensures swift and efficient data processing.

Compatibility

Choosing memory modules that are compatible with your server's specifications is crucial for optimal performance. The Hynix HMA84GL7AMR4N-TF memory module's PC4-17000 specification guarantees compatibility with servers designed to support this specific memory type. You can confidently install this memory module knowing it will work seamlessly with your server, eliminating any compatibility concerns.

CAS Latency: Cl15

The CAS latency of a memory module refers to the delay between the processor sending a command to access data and the actual retrieval of that data. The Hynix HMA84GL7AMR4N-TF server memory module has a CAS latency of Cl15, which offers several benefits for users.

Faster Data Access

A lower CAS latency, such as Cl15, means faster data access and retrieval. When your server needs to access data from the memory module, the lower CAS latency allows for quicker response times. This results in improved overall system performance and reduced lag, especially when running applications that require quick access to data.

Improved System Responsiveness

With a CAS latency of Cl15, the Hynix HMA84GL7AMR4N-TF memory module enhances system responsiveness. The reduced delay in data retrieval allows your server to respond more quickly to requests, resulting in smoother operation and improved user experience. Applications and processes that rely on real-time data processing or quick response times will benefit greatly from this improved system responsiveness.

ECC: ECC Registered

The ECC (Error Correcting Code) feature is crucial for servers as it helps detect and correct errors in data transmission. The Hynix HMA84GL7AMR4N-TF server memory module features ECC Registered technology, offering enhanced reliability and stability for your server environment.

Data Integrity

ECC Registered technology ensures the integrity of your server's data by detecting and correcting errors in real-time. When errors occur during data transmission, the ECC feature identifies these errors and automatically corrects them, preventing data corruption and maintaining the accuracy of stored information. This is particularly important for critical applications that require high levels of data integrity.

Improved System Stability

The ECC Registered technology in the Hynix HMA84GL7AMR4N-TF memory module enhances system stability. By detecting and correcting errors, the module prevents system crashes and instability caused by data corruption. This ensures uninterrupted operation and minimizes the risk of data loss or system failure, providing peace of mind for server administrators.

Reliable Performance

The ECC Registered technology in the Hynix HMA84GL7AMR4N-TF memory module ensures reliable performance, even in demanding server environments. By automatically correcting errors, the module reduces the risk of system crashes and data corruption, ensuring that your server operates smoothly and reliably. This reliability is essential for servers that handle critical applications or sensitive data.

Rank: Quad Rank

The rank of a memory module refers to the number of independent sets of memory chips on the module. The Hynix HMA84GL7AMR4N-TF server memory module has a quad rank, which offers several benefits for users.

Increased Memory Capacity

Quad rank memory modules have a higher memory capacity compared to dual rank or single rank modules. This means that by using the Hynix HMA84GL7AMR4N-TF memory module with quad rank, you can maximize your server's memory capacity without sacrificing performance. This is particularly beneficial for servers that require large amounts of memory to handle resource-intensive applications or virtualization environments.

Improved Memory Performance

The quad rank configuration enhances memory performance by allowing for more efficient data access and retrieval. With four independent sets of memory chips, the Hynix HMA84GL7AMR4N-TF module can handle multiple requests simultaneously, resulting in improved overall system performance. This is especially advantageous when running memory-intensive applications or multitasking on your server.

Voltage: 1.2v

The voltage specification of a memory module is an important factor in determining its power requirements and compatibility with your server. The Hynix HMA84GL7AMR4N-TF server memory module operates at a voltage of 1.2v, offering several benefits for users.

Energy Efficiency

Operating at a voltage of 1.2v, the Hynix HMA84GL7AMR4N-TF memory module is designed to be energy-efficient. By consuming less power, the module helps reduce your server's overall energy consumption, resulting in lower electricity bills and a smaller carbon footprint. This is particularly advantageous for servers that run 24/7 or are located in data centers with multiple servers.

Compatibility

The 1.2v voltage specification ensures compatibility with servers designed to support modules operating at this specific voltage. Installing the Hynix HMA84GL7AMR4N-TF memory module with the correct voltage ensures seamless integration and eliminates any potential compatibility issues. You can confidently upgrade your server's memory knowing it will operate reliably and efficiently.

Technology: DDR4 SDRAM

The technology used in a memory module determines its speed, efficiency, and compatibility with your server. The Hynix HMA84GL7AMR4N-TF server memory module features DDR4 SDRAM technology, offering several benefits for users.

Enhanced Performance

DDR4 SDRAM technology provides significant performance improvements compared to its predecessor, DDR3. With higher data transfer rates and improved efficiency, the Hynix HMA84GL7AMR4N-TF memory module delivers enhanced overall system performance. Your server will experience faster data processing, reduced latency, and improved multitasking capabilities, ensuring smooth operation even under heavy workloads.

Future-Proof Investment

DDR4 SDRAM is the latest memory technology available, making the Hynix HMA84GL7AMR4N-TF memory module a future-proof investment. As more applications and operating systems are developed to take advantage of DDR4 technology, your server will be ready to handle the demands of future software updates and advancements. This ensures that your server remains compatible and performs optimally for years to come.

Pin: 288-Pin DIMM

The number of pins on a memory module determines its physical compatibility with your server's memory slots. The Hynix HMA84GL7AMR4N-TF server memory module features a 288-pin DIMM configuration, offering several benefits for users.

Easy Installation

The 288-pin DIMM configuration ensures easy installation of the Hynix HMA84GL7AMR4N-TF memory module. With the correct number of pins, the module fits securely into your server's memory slots, eliminating any compatibility concerns or installation issues. You can quickly and effortlessly upgrade your server's memory without the need for additional modifications or adjustments.

Maximum Memory Capacity

A 288-pin DIMM configuration allows for higher memory capacities compared to modules with fewer pins. By using the Hynix HMA84GL7AMR4N-TF memory module with 288 pins, you can maximize your server's memory capacity and ensure it meets the requirements of resource-intensive applications or virtualization environments. This is particularly advantageous for servers that require large amounts of memory to handle demanding workloads.