IBM 90Y3157 16GB DDR3 240-Pin RAM Ecc Reg PC3-12800 1600MHz.

Capacity: 16GB

The IBM 90Y3157 RAM boasts an impressive capacity of 16GB, making it an ideal choice for users who require high-performance memory for their computing needs. With this substantial amount of memory, users can enjoy a seamless and responsive computing experience, whether they are engaged in intensive multitasking or running resource-intensive applications.

Enhanced Multitasking Abilities

One of the key benefits of the 16GB capacity is the enhanced multitasking abilities it offers. Users can effortlessly switch between multiple applications and perform tasks simultaneously without experiencing any lag or slowdown. This is particularly advantageous for professionals who rely on software suites that demand a significant amount of memory, such as video editors, graphic designers, and engineers.

Improved System Performance

The 16GB capacity also contributes to improved system performance by allowing for faster data access and retrieval. With ample memory available, the RAM can store a larger portion of frequently accessed data, reducing the need for constant retrieval from slower storage devices such as hard drives. This results in quicker response times and overall snappier system performance.

Seamless Multimedia Experience

For users who enjoy multimedia-intensive activities such as gaming, video editing, or audio production, the 16GB capacity ensures a smooth and uninterrupted experience. The larger memory capacity enables seamless playback of high-definition videos, rendering of complex graphics, and real-time processing of audio effects without any performance bottlenecks.

Future-Proofing

Investing in a 16GB RAM module ensures future-proofing your system against increasing resource demands. As software and applications continue to evolve and become more demanding, having a generous amount of memory will ensure your system remains capable and responsive for years to come. Upgrading to a higher capacity now saves you from the hassle and cost of upgrading again shortly.

Virtualization and Server Applications

For users engaged in virtualization or running server applications, the 16GB capacity is highly beneficial. Virtualized environments require significant memory resources to effectively allocate memory to multiple virtual machines. Similarly, server applications often require large memory capacities to handle numerous concurrent requests. The 16GB RAM module provides the necessary headroom to handle these demanding scenarios efficiently.

Efficient Video Editing

Video editing is a resource-intensive task that benefits greatly from a 16GB RAM capacity. When working with high-resolution footage and complex effects, having ample memory allows for smooth playback, faster rendering times, and seamless editing operations. Users can enjoy a more efficient workflow, saving time and effort during the editing process.

Smooth Gaming Experience

Gaming enthusiasts will appreciate the 16GB RAM capacity as it enables a smooth gaming experience even with demanding games that require significant memory resources. With 16GB of memory at their disposal, gamers can run their favorite titles at high settings without encountering performance issues such as stuttering or frame rate drops.

Speed: 1600MHz

The IBM 90Y3157 RAM offers a speed of 1600MHz, ensuring fast and efficient data transfer rates. This high-speed capability provides numerous benefits for users, ranging from improved system responsiveness to enhanced overall performance.

Efficient Data Transfer

The 1600MHz speed of the RAM module allows for efficient data transfer between the RAM and other components of the system. This results in quicker access to data stored in memory, reducing loading times and improving overall system responsiveness. Whether it's launching applications, loading files, or booting up the system, the higher speed ensures a seamless experience.

Smooth Application Performance

Applications that rely heavily on memory operations, such as complex calculations or data-intensive simulations, benefit greatly from the 1600MHz speed. The increased speed enables faster data processing and retrieval, resulting in improved application performance. Users can expect reduced wait times and a more fluid experience when working with memory-intensive software.

Enhanced Gaming Experience

Gamers will appreciate the 1600MHz speed as it allows for smoother gameplay and reduced loading times. With faster data transfer rates, games can load assets and textures more quickly, resulting in seamless transitions between levels or scenes. Additionally, the improved speed helps reduce input lag, providing more responsive controls and a more immersive gaming experience.

Seamless Video Streaming

When streaming high-definition videos or engaging in video conferencing, the 1600MHz speed ensures a seamless experience with uninterrupted playback. The higher speed allows for faster buffering and streaming of data, preventing buffering pauses or quality degradation. Users can enjoy their favorite movies or participate in video calls without any interruptions.

Efficient Content Creation

Content creators, such as graphic designers or video editors, can benefit from the 1600MHz speed during rendering and exporting processes. The faster data transfer rates enable quicker processing of effects, transitions, and filters, reducing the time required to finalize projects. This allows creators to be more productive and meet tight deadlines without sacrificing quality.

Improved Virtual Machine Performance

For users engaged in virtualization, the 1600MHz speed significantly improves virtual machine performance. Virtual machines rely heavily on memory operations, and the higher speed ensures efficient data transfer between the virtual machine and the host system. This results in faster boot times, reduced latency, and overall smoother operation of virtualized environments.

Efficient Database Operations

Databases often handle vast amounts of data and require fast access for efficient operations. The 1600MHz speed is beneficial for database applications, allowing for quicker retrieval and manipulation of data. Whether it's running complex queries or handling concurrent transactions, the increased speed ensures efficient database operations.

ECC: 1

The IBM 90Y3157 RAM features ECC (Error-Correcting Code) technology with a rating of 1. ECC is a vital feature for memory modules as it provides error detection and correction capabilities, ensuring data integrity and system stability.

Data Integrity

The ECC technology in the RAM module helps maintain data integrity by detecting and correcting errors that may occur during data transmission or storage. By using error-detection algorithms, the module can identify any discrepancies between the stored data and the expected values. If an error is detected, the module can automatically correct it, preventing data corruption that could lead to system crashes or data loss.

System Stability

Memory errors can have severe consequences for the stability of the entire system. The ECC feature helps ensure system stability by identifying and resolving memory-related errors before they can cause system crashes or other malfunctions. This is particularly crucial for users who rely on their systems for critical tasks or operate in environments where system uptime is of utmost importance.

Reliable Server Performance

In server environments where uninterrupted operation is essential, ECC memory plays a crucial role. Servers often handle large volumes of critical data and are subject to heavy workloads. The ECC technology in the IBM 90Y3157 RAM module provides an additional layer of reliability, minimizing the risk of data corruption and ensuring consistent server performance.

Reduced Downtime

ECC memory helps reduce downtime by detecting and correcting errors in real time. By identifying and resolving memory-related errors automatically, the module prevents system crashes and the subsequent need for manual intervention to diagnose and fix the issue. This results in improved system availability and reduced downtime for businesses or individuals who rely on their systems for continuous operation.

Data Integrity in High-Stakes Environments

Industries such as finance, healthcare, or scientific research often deal with sensitive or critical data. The ECC feature ensures data integrity in these high-stakes environments, reducing the risk of data corruption that could lead to inaccurate results, financial losses, or compromised patient information. With ECC memory, users can have confidence in the accuracy and reliability of their systems.

Confidence in Data Processing

For users engaged in data processing tasks that require high precision and accuracy, such as simulations or scientific computations, ECC memory provides an additional layer of confidence. The error-detection and correction capabilities help ensure that the processed data remains accurate and free from errors caused by memory inconsistencies.

Protection Against Soft Errors

Soft errors, caused by external factors such as cosmic radiation or electrical interference, can corrupt data stored in memory. ECC memory protects against these soft errors by detecting and correcting any bit flips or other data inconsistencies caused by external factors. This is especially important in environments where soft errors may be more prevalent, such as high-altitude locations or areas with unstable electrical conditions.

Registered: 1

The IBM 90Y3157 RAM module is registered, providing additional benefits for users who require stable and reliable memory for their systems. A registered RAM module includes a register or buffer that helps in managing and synchronizing data flow, resulting in improved system performance and stability.

Enhanced Memory Performance

The register in the registered RAM module acts as a traffic controller, managing the flow of data between the memory module and other components of the system. By synchronizing and optimizing data transfer, registered RAM improves memory performance, resulting in faster access times and improved overall system efficiency.

Increased System Stability

Registered RAM modules offer increased system stability by reducing the electrical load on the memory controller. The register absorbs the electrical load and acts as an intermediary between the memory controller and the RAM chips. This helps prevent signal degradation and ensures more stable operation, minimizing the risk of data corruption or system crashes.

Support for High-Capacity Configurations

Registered RAM is particularly beneficial for systems that require large memory configurations. The register allows for better management of data flow and reduces electrical loads, enabling stable operation even with high-capacity memory setups. Whether it's servers, workstations, or high-end gaming rigs, users can take advantage of larger memory capacities without sacrificing stability or performance.

Scalability for Server Applications

Servers often require substantial memory capacities to handle numerous concurrent requests or virtualized environments. Registered RAM provides scalability for server applications by allowing for larger memory configurations while maintaining system stability. This enables servers to handle increasing workloads or expanding user demands without compromising performance.

Reliable Workstation Performance

In workstation environments where stability and reliability are paramount, registered RAM ensures consistent performance even under heavy workloads. Workstations used for tasks such as 3D rendering, CAD modeling, or video editing can benefit from the increased stability provided by registered RAM, resulting in smoother operation and reduced system crashes.

Efficient Virtual Machine Hosting

Virtualization platforms often require large memory capacities to effectively allocate resources to multiple virtual machines. Registered RAM allows for efficient virtual machine hosting by managing data flow and reducing the electrical load on the memory controller. This results in improved overall performance and stability for virtualized environments.

Stability for Memory-Intensive Applications

Memory-intensive applications, such as scientific simulations or database servers, can benefit from registered RAM's stability. These applications often require large memory configurations and are sensitive to errors or system crashes. By utilizing registered RAM, users can ensure a reliable and stable environment for processing vast amounts of data, reducing the risk of errors or data corruption.

Technology: DDR3

The IBM 90Y3157 RAM module is built using DDR3 (Double Data Rate 3) technology, which offers numerous advantages over its predecessors. DDR3 is a widely adopted memory technology known for its improved performance, energy efficiency, and compatibility with a wide range of systems.

Enhanced Performance

DDR3 technology provides enhanced performance compared to previous generations of memory technology. The improved architecture and higher transfer rates allow for faster data access and retrieval, resulting in snappier system performance. Users can expect reduced loading times, improved application responsiveness, and smoother multitasking capabilities.

Energy Efficiency

DDR3 memory modules consume less power compared to older memory technologies. This energy efficiency is achieved through various optimizations in the design and operation of DDR3 modules. Lower power consumption not only reduces the environmental impact but also helps extend battery life in portable devices such as laptops or tablets.

Backward Compatibility

DDR3 memory modules offer backward compatibility with systems designed for DDR2 and DDR memory technologies. This means that users can upgrade their systems with DDR3 modules without needing to replace the entire system. Compatibility with older systems provides a cost-effective upgrade path, allowing users to benefit from improved performance without significant investment.

Flexible Upgrade Options

DDR3 technology's backward compatibility allows users to choose from a wide range of DDR3 modules when upgrading their systems. Whether it's a laptop, desktop, or server, users can select modules with different capacities, speeds, and features that suit their specific requirements. This flexibility ensures that users can find the right DDR3 module to meet their needs and budget.

Compatibility with Modern Systems

DDR3 memory is widely supported by modern systems, including the latest generation of processors and motherboards. This compatibility ensures that users can take full advantage of DDR3's performance benefits without worrying about compatibility issues or limited system support. Whether building a new system or upgrading an existing one, DDR3 offers a reliable and future-proof memory solution.

Optimized for Multimedia Applications

Multimedia applications such as video editing, gaming, or audio production benefit from DDR3 technology's improved performance. The higher transfer rates and reduced latency enable smoother playback of high-definition videos, faster rendering of complex graphics and real-time processing of audio effects. Users can enjoy a seamless multimedia experience without any performance bottlenecks.

Efficient Data Processing for Servers

Servers handling large volumes of data require memory modules that can handle significant data processing loads. DDR3 technology offers the necessary performance and efficiency for efficient data processing in server environments. Whether it's handling database queries, serving web content, or running virtualized environments, DDR3 ensures servers can handle demanding tasks effectively.

Pin Type: 240-Pin

The IBM 90Y3157 RAM module features a 240-pin design, which is a standard pin configuration for DDR3 memory modules. The 240-pin design ensures compatibility with a wide range of systems and allows for easy installation.

Wide System Compatibility

The 240-pin design of the RAM module ensures compatibility with a vast array of systems, including desktop computers, workstations, and servers. This compatibility makes it easier for users to find the right memory module for their specific system without worrying about pin mismatches or compatibility issues.

Straightforward Installation

The 240-pin design allows for straightforward installation of the RAM module into compatible systems. The pins align with the corresponding slots on the motherboard, ensuring a secure connection and proper operation. Users can easily upgrade their systems or add additional memory without requiring specialized tools or technical expertise.

Stable Connection

The 240-pin design provides a stable and reliable connection between the RAM module and the motherboard. The large number of pins ensures a secure fit, minimizing the risk of loose connections or intermittent operation. This stability is particularly crucial for users who rely on their systems for critical tasks or operate in environments where system uptime is essential.

Upgrade Flexibility

The 240-pin design allows users to take advantage of various DDR3 modules available in the market. Whether it's upgrading an existing system or building a new one, users have the flexibility to choose from different capacities, speeds, and features offered by various manufacturers. The 240-pin design ensures compatibility and ease of installation regardless of the specific module chosen.

Server Expansion Capabilities

In server environments where expansion and scalability are critical, the 240-pin design enables straightforward memory expansion. Servers often require large memory capacities to handle increasing workloads or accommodate virtualized environments. The 240-pin design ensures compatibility with servers designed for DDR3 memory modules, allowing for seamless expansion.