Micron MT18KDF1G72PDZ-1G6E1 8GB RAM 1600MHZ PC3-12800 ECC Reg DDR3 SDRAM

Micron MT18KDF1G72PDZ-1G6E1 Memory Module Overview

Product Identification

• Manufacturer: Micron
• Model Number: MT18KDF1G72PDZ-1G6E1
• Product Type: Random Access Memory (RAM)

Detailed Specifications

Memory Characteristics

• Capacity: 8GB
• Type: DDR3 SDRAM
• Speed: 1600MHz (DDR3-1600/PC3-12800)
• CAS Latency: CL11

Module Configuration

• Number of Modules: Single 8GB Module
• Voltage: 1.35V

Data Management Features

• Data Integrity: Error-Correcting Code (ECC)
• Signal Processing: Registered

Technical Information

Memory Technology and Performance

• Memory Technology: DDR3 SDRAM
• Speed Rating: 1600MHz
• ECC Feature: Provides error detection and correction for enhanced data reliability

Voltage and Latency Details

• Operating Voltage: 1.35 Volts
• CAS Latency: CL11 for balanced performance and efficiency

Key Highlights

• Single 8GB module for reliable system memory expansion
• 1600MHz speed ensures fast data processing
• ECC functionality improves system stability and data integrity
• Registered signal processing for enhanced performance in high-demand environments

Capacity: 8GB

Benefits of 8GB Capacity

1. Enhanced Multitasking

Having a larger capacity of 8GB enables users to perform multiple tasks simultaneously without experiencing performance slowdowns. Whether you are a heavy multitasker or someone who frequently uses resource-intensive applications, the 8GB capacity allows for seamless switching between various programs, ensuring a smooth user experience.

2. Improved System Responsiveness

With 8GB of capacity, your system's responsiveness receives a significant boost. This means quicker application launches, faster file transfers, and reduced loading times for web pages and software. The increased capacity ensures that your system can handle demanding tasks efficiently, providing you with a seamless computing experience.

3. Enhanced Gaming Experience

Gamers often require substantial memory capacity to run modern games smoothly. The 8GB capacity allows for the seamless execution of graphics-intensive games, preventing lag and stuttering during gameplay. It ensures that your system has enough memory to store game assets and maintain smooth frame rates, enhancing your overall gaming experience.

4. Efficient Content Creation

Content creators, such as video editors, graphic designers, and 3D modelers, can benefit greatly from the 8GB capacity. These resource-intensive applications require significant memory to handle large files and complex projects. With 8GB at your disposal, you can work on editing high-resolution videos, rendering intricate designs, or modeling complex structures without experiencing performance bottlenecks.

Importance of 8GB Capacity

1. Future-Proofing Your System

As technology continues to advance rapidly, software and applications become more demanding in terms of memory requirements. By opting for an 8GB capacity, you ensure that your system remains relevant and capable of handling future updates and software releases. It provides you with a level of future-proofing, saving you from the hassle and expense of upgrading your memory in the near future.

2. Compatibility with Modern Systems

Many modern systems are designed to accommodate higher memory capacities, and 8GB has become the standard for mid-range and even some entry-level configurations. By choosing an 8GB DDR3 SDRAM like the Micron MT18KDF1G72PDZ-1G6E1, you ensure compatibility with a wide range of systems, making it an ideal choice for both existing setups and future upgrades.

3. Optimal Performance for Everyday Use

While 4GB may be sufficient for basic tasks, having 8GB of memory ensures optimal performance for everyday use. Whether you're browsing the web, streaming media, or running productivity applications, the additional capacity allows for smoother multitasking and improved responsiveness. This means faster application launches, shorter loading times, and an overall more enjoyable user experience.

4. Cost-Effective Balance

8GB strikes a cost-effective balance between performance and affordability. It offers a significant boost in performance compared to lower capacity options while still being relatively affordable. This capacity is often considered the sweet spot for most users who require a good amount of memory without breaking the bank.

Speed: 1600MHz

Benefits of 1600MHz Speed

1. Faster Data Transfer Rates

The 1600MHz speed of the Micron MT18KDF1G72PDZ-1G6E1 DDR3 SDRAM allows for faster data transfer rates between your system's memory and other components. This means that data can be read from or written to the memory at a higher speed, resulting in improved overall system performance and reduced waiting times.

2. Smoother Application Execution

Applications can take advantage of the increased speed to perform tasks more quickly and efficiently. Whether you're launching software, editing large files, or working with resource-intensive applications, the 1600MHz speed ensures that operations are processed swiftly. This translates into a smoother user experience with minimal lag or delays.

3. Enhanced Gaming Performance

Gamers often rely on high-speed memory to ensure smooth gameplay and reduced loading times. The 1600MHz speed of this DDR3 SDRAM provides the necessary bandwidth for handling graphics-intensive games with ease. It allows for quicker loading of game assets, faster rendering of textures, and seamless frame rates, enhancing your gaming experience.

4. Improved System Responsiveness

The 1600MHz speed contributes to improved system responsiveness, making it feel snappier and more agile. Whether you're navigating through your operating system, switching between applications, or performing intensive tasks, the higher speed ensures that your system responds promptly to your commands.

Importance of 1600MHz Speed

1. Compatibility with Modern Systems

Modern systems are designed to support higher memory speeds to take advantage of their performance benefits fully. By opting for a DDR3 SDRAM with a 1600MHz speed like the Micron MT18KDF1G72PDZ-1G6E1, you ensure compatibility with a wide range of systems, including both current setups and future upgrades.

2. Future-Proofing Your System

As software and applications continue to advance, higher memory speeds become increasingly important for optimal performance. By choosing a DDR3 SDRAM with a 1600MHz speed, you future-proof your system against evolving requirements and ensure that your memory can keep up with the demands of future software updates and releases.

3. Performance Boost for Multimedia Tasks

Tasks such as video editing, 3D rendering, and image processing benefit greatly from higher memory speeds. The 1600MHz speed enables these resource-intensive applications to process data more rapidly, resulting in faster rendering times, smoother previews, and improved productivity for multimedia professionals.

4. Gaming at Its Best

For gamers, a higher memory speed like 1600MHz is crucial for maximizing their gaming experience. The increased bandwidth allows for faster loading of game assets, reducing in-game loading times and providing a smoother gameplay experience. It also ensures that the system can handle high-resolution textures and complex graphical effects without performance bottlenecks.

PC: PC3-12800

Benefits of PC3-12800

1. Optimal Performance

The PC3-12800 specification indicates the memory's peak transfer rate, which in this case is 12,800MB/s (or 12.8GB/s). This high transfer rate ensures that data can be read from or written to the memory at a rapid pace, delivering optimal performance for resource-intensive tasks and reducing waiting times.

2. Seamless Multitasking

With a higher peak transfer rate, the PC3-12800 specification enables smoother multitasking by providing sufficient bandwidth for simultaneous data transfers between the memory and other components. Whether you're working on multiple applications or running virtual machines, this specification ensures that your system can handle the demands of multitasking without experiencing performance slowdowns.

3. Enhanced System Responsiveness

The PC3-12800 specification contributes to improved system responsiveness by allowing for faster data transfers. This means that your system can read and write data from the memory more quickly, resulting in shorter loading times for applications, faster file transfers, and an overall snappier user experience.

4. Compatibility with Modern Systems

The PC3-12800 specification is widely supported by modern systems, making it a suitable choice for both existing setups and future upgrades. By opting for a memory module with this specification, you ensure compatibility and can take full advantage of your system's capabilities.

Importance of PC3-12800

1. Future-Proofing Your System

As technology advances, software becomes more demanding in terms of memory bandwidth requirements. By choosing a memory module with the PC3-12800 specification, you future-proof your system against evolving needs and ensure that your memory can handle future software updates and releases.

2. Compatibility with Modern Applications

Modern applications are designed to leverage the increased memory bandwidth provided by higher specifications like PC3-12800. By using a memory module with this specification, you ensure compatibility and optimal performance for a wide range of applications, including multimedia editing software, virtualization tools, and resource-intensive games.

3. Smooth Operation for Memory-Intensive Tasks

Tasks such as video editing, 3D rendering, and scientific simulations often require substantial memory bandwidth to perform optimally. The PC3-12800 specification ensures that your system has the necessary bandwidth to handle these memory-intensive tasks efficiently, allowing for faster rendering times, smoother previews, and improved productivity.

4. Gaming Performance Boost

For gamers, the PC3-12800 specification offers a significant performance boost in terms of loading times and overall gameplay experience. The higher memory bandwidth allows for faster loading of game assets, reducing waiting times and providing a smoother gaming experience with minimal lag or delays.

ECC: Registered

Benefits of Registered ECC

1. Error Detection and Correction

Registered ECC (Error-Correcting Code) memory provides an additional layer of data integrity by detecting and correcting errors that may occur during memory read or write operations. This ensures that data stored in the memory remains accurate and reliable, reducing the risk of system crashes, data corruption, and other issues caused by memory errors.

2. Enhanced System Stability

By utilizing registered ECC memory, your system benefits from increased stability due to error detection and correction. This is particularly important for critical applications, servers, and workstations that require uninterrupted operation. The registered ECC feature helps prevent system crashes and data loss, ensuring a more reliable computing environment.

3. Protection against Data Corruption

Data corruption can have severe consequences, particularly in scenarios where data integrity is crucial, such as financial transactions or scientific research. The registered ECC feature protects against data corruption by identifying and fixing errors before they cause significant issues. This ensures the accuracy and reliability of stored data, minimizing the risk of costly mistakes or data loss.

4. Long-Term Data Integrity

Registered ECC memory provides long-term data integrity, making it suitable for applications that require data retention for extended periods. By continuously monitoring memory operations and correcting errors, registered ECC memory helps maintain the integrity of stored data over time, reducing the risk of silent data corruption that may go unnoticed until it causes significant problems.

Importance of Registered ECC

1. Critical Applications and Servers

Registered ECC memory is particularly important for critical applications and servers where data integrity is paramount. In these environments, even a single undetected error can have severe consequences. By utilizing registered ECC memory, you ensure that your system can detect and correct errors, providing a reliable and stable computing platform.

2. Protection against Memory Errors

Memory errors can occur due to various factors, including electrical noise, cosmic rays, or component degradation over time. These errors can lead to system crashes, data corruption, or even data loss. By using registered ECC memory, you protect your system against these errors, minimizing the risk of costly disruptions and ensuring the integrity of your data.

3. Compliance with Industry Standards

Certain industries and sectors have strict regulations regarding data integrity and reliability. Registered ECC memory meets these requirements, ensuring compliance with industry standards and providing peace of mind for businesses operating in sectors such as finance, healthcare, or government.

4. Long-Term Reliability

Registered ECC memory is designed to provide long-term reliability by continuously monitoring memory operations and correcting errors as they occur. This makes it an ideal choice for applications that require data retention over extended periods, such as archival storage systems or scientific research where data accuracy is crucial even years after its initial storage.

CAS Latency: CL11

Benefits of CL11 CAS Latency

1. Faster Memory Access

CAS latency refers to the delay between the request for data from the memory and its availability for use. A lower CAS latency value indicates faster memory access, as it reduces the waiting time for requested data. With a CL11 CAS latency, the Micron MT18KDF1G72PDZ-1G6E1 DDR3 SDRAM ensures quick access to data, resulting in improved overall system performance.

2. Enhanced Responsiveness

The CL11 CAS latency contributes to enhanced system responsiveness by reducing the delay in accessing critical data. Whether you're launching applications, navigating through your operating system, or performing memory-intensive tasks, the lower latency ensures that your system responds promptly to your commands, providing a more seamless user experience.

3. Improved Performance for Memory-Intensive Applications

Memory-intensive applications, such as video editing software or virtualization tools, benefit greatly from lower CAS latency. The CL11 specification allows for faster data retrieval, enabling these applications to process information more rapidly and efficiently. This results in shorter rendering times, smoother previews, and improved productivity.

4. Gaming Advantage

For gamers, lower CAS latency translates into a competitive advantage. The reduced waiting time for data access ensures that game assets are loaded quickly, minimizing loading screens and providing a smoother gaming experience. It also helps maintain consistent frame rates, reducing stuttering and input lag during gameplay.

Importance of CL11 CAS Latency

1. Optimal Performance for Everyday Use

With a CL11 CAS latency, the Micron MT18KDF1G72PDZ-1G6E1 DDR3 SDRAM ensures optimal performance for everyday computing tasks. Whether you're browsing the web, editing documents, or running productivity applications, the lower latency improves overall system responsiveness and reduces waiting times, providing a more enjoyable user experience.

2. Compatibility with Modern Systems

The CL11 CAS latency is widely supported by modern systems, making it a suitable choice for both existing setups and future upgrades. By opting for memory with this specification, you ensure compatibility with a wide range of systems and can take full advantage of their capabilities.

3. Performance Boost for Resource-Intensive Tasks

Tasks that require substantial memory bandwidth benefit greatly from lower CAS latency. The CL11 specification enables faster data retrieval, ensuring that resource-intensive applications can access information quickly and efficiently. Whether you're editing high-resolution videos or working with complex simulations, the lower latency enhances performance and productivity.

4. Competitive Gaming Performance

For gamers, lower CAS latency provides a competitive edge by reducing loading times and improving overall gaming performance. The CL11 specification ensures that game assets are accessed swiftly, resulting in shorter loading screens and smoother gameplay. It allows gamers to react quickly and maintain an advantage in fast-paced multiplayer games.

Pin: 240-Pin

Benefits of 240-Pin Configuration

1. Secure and Reliable Connection

The 240-pin configuration ensures a secure and reliable connection between the memory module and the memory slot on the motherboard. The increased number of pins provides more contact points, reducing the risk of poor connections or intermittent contact that can cause system instability or memory errors.

2. Compatibility with Modern Systems

The 240-pin configuration is widely used in modern systems, making it a compatible choice for both existing setups and future upgrades. By opting for a memory module with this configuration, you ensure compatibility with a wide range of motherboards, ensuring a seamless installation process.

3. Enhanced Memory Bandwidth

The 240-pin configuration allows for increased memory bandwidth by providing more data channels for communication between the memory module and the motherboard. This results in improved overall system performance, particularly for memory-intensive tasks such as gaming, multimedia editing, or virtualization.

4. Ease of Installation

The 240-pin configuration offers ease of installation due to its standardized design. The larger number of pins makes it easier to align the memory module correctly with the memory slot on the motherboard, reducing the risk of bent pins or improper insertion. This ensures a hassle-free installation process, even for users with minimal technical expertise.

Importance of 240-Pin Configuration

1. Wide Compatibility

The 240-pin configuration is widely supported by modern systems, making it