KVR32N22D8/32 Kingston 32GB 3200MHz DDR4 Non-ECC CL22 DIMM RAM

Kingston 32GB 3200MHz DDR4 Non-ECC RAM

The Kingston KVR32N22D8/32 32GB 3200MHz DDR4 Non-ECC CL22 DIMM RAM is a high-performance memory solution built for speed, efficiency, and reliability. This advanced module enhances computing power, making it ideal for multitasking and demanding applications.

General Specification

• Manufacturer: Kingston
• Model Number: KVR32N22D8/32
• Category: 32GB DDR4 SDRAM Memory Module

Technical Specifications

Capacity and Technology

• Storage Size: 32GB
• Memory Type: DDR4 SDRAM
• Module Count: 1 x 32GB

Performance Details

• Bus Speed: 3200MT/s DDR4-3200 / PC4-25600
• Data Integrity: Non-ECC
• Signal Processing: Registered, 2Rx8
• CAS Latency: CL22

Physical Characteristics

Form Factor

• Type: 288-pin RDIMM

Weight

• Shipping Weight: 0.25 lb

DDR4 32GB 3200MHz Desktop Memory Category Overview

DDR4 desktop memory modules represent a mature and widely adopted system memory category designed to balance performance efficiency, platform compatibility, and long-term stability for mainstream and professional computing environments. Within this category, the Kingston KVR32N22D8/32 32GB DDR4 module aligns with the needs of users seeking reliable, high-capacity system memory that adheres strictly to JEDEC specifications. This category focuses on unbuffered, non-ECC desktop memory solutions optimized for Intel and AMD consumer-grade chipsets, ensuring predictable behavior across a wide range of motherboards and operating systems.

The 3200MHz PC4-25600 speed grade defines the performance tier of this category, offering sufficient bandwidth for multitasking, productivity workloads, content creation, and general-purpose computing. Unlike enthusiast-grade overclocked memory, DDR4-3200 JEDEC-compliant modules emphasize consistency and compatibility rather than extreme tuning. This makes them suitable for system integrators, enterprise desktop deployments, engineering workstations, and business-critical desktop environments.

Kingston ValueRAM Series and Design Philosophy

The Kingston ValueRAM series represents a category of memory modules engineered for reliability, interoperability, and long service life. Kingston’s ValueRAM classification is built around standardized components, controlled manufacturing processes, and extensive compatibility testing. The KVR32N22D8/32 model exemplifies this philosophy by delivering a factory-configured module that operates at DDR4-3200 speeds without requiring BIOS overclocking or custom memory profiles.

This category appeals to users who prioritize system stability and predictable behavior over cosmetic enhancements or performance tuning. By avoiding heat spreaders, RGB lighting, and proprietary performance profiles, the ValueRAM DDR4 category remains focused on core electrical and timing specifications. This design approach ensures that the memory operates within motherboard vendor reference parameters, reducing integration risks in professional or commercial desktop builds.

JEDEC Compliance and Industry Standards

JEDEC compliance defines a critical attribute of this memory category. The Kingston KVR32N22D8/32 adheres to JEDEC DDR4 standards for voltage, frequency, and timing configurations. Operating at 1.2 volts with CAS latency 22, this memory category is designed to deliver stable throughput without exceeding thermal or electrical tolerances defined by industry specifications.

JEDEC-standard DDR4 memory ensures cross-platform compatibility, allowing this category to integrate seamlessly with motherboards from leading manufacturers. This level of compliance minimizes firmware conflicts and ensures consistent memory training during system boot. As a result, this category is widely used in OEM desktop systems, corporate IT deployments, and long-term workstation configurations.

Memory Capacity and 32GB Module Advantages

The 32GB module capacity positions this category within the high-density desktop memory segment. Single-module 32GB DDR4 memory allows users to achieve substantial system memory capacity while preserving available DIMM slots for future expansion. This approach supports scalable system configurations and simplifies memory upgrades without requiring complete memory replacement.

High-capacity DDR4 modules are particularly valuable in scenarios involving virtualization, large dataset manipulation, software development environments, and creative applications. The Kingston KVR32N22D8/32 category supports demanding workloads such as multi-layer graphic design projects, high-resolution video editing timelines, and memory-intensive simulation software.

Dual Rank Architecture and Performance Characteristics

The dual rank configuration of this memory category enhances memory access efficiency by allowing the memory controller to alternate between ranks during read and write operations. This architectural design can improve effective bandwidth utilization and reduce latency penalties in real-world applications. Dual rank DDR4 modules are often favored in professional desktop environments where sustained performance consistency is essential.

Dual rank memory also provides compatibility advantages with a wide range of desktop chipsets. Many modern memory controllers are optimized to handle dual rank configurations effectively, making this category a reliable choice for both Intel Core and AMD Ryzen platforms. The Kingston KVR32N22D8/32 module fits seamlessly into this design ecosystem.

X8 Memory Organization and Signal Integrity

The x8 memory organization refers to the internal data width of the DRAM chips used on the module. This configuration is common in desktop DDR4 memory categories due to its balance between performance, reliability, and controller compatibility. X8 organization supports robust signal integrity and aligns with standard desktop memory controller designs.

Within this category, x8 memory layouts are preferred for general-purpose computing because they ensure predictable memory behavior across varying workloads. This contributes to system stability, particularly in environments where uptime and data consistency are critical.

3200MHz Frequency and PC4-25600 Bandwidth Classification

The DDR4-3200 frequency defines the performance baseline of this memory category. Operating at an effective data rate of 3200 mega transfers per second, PC4-25600 memory delivers up to 25.6GB/s of theoretical bandwidth per channel. This level of performance supports modern multi-core processors by reducing memory bottlenecks during concurrent task execution.

This frequency tier is widely supported across contemporary desktop chipsets, making it a practical choice for new system builds and upgrades alike. The Kingston KVR32N22D8/32 category ensures that users can take advantage of this performance level without requiring manual configuration or advanced BIOS tuning.

CAS Latency 22 and Timing Balance

CAS latency 22 represents a balanced timing configuration within the DDR4-3200 category. While lower CAS values are often associated with enthusiast memory, CL22 provides stability and compatibility advantages when paired with JEDEC-standard operation. This timing configuration ensures reliable memory access under sustained workloads and reduces the likelihood of timing-related errors.

In practical usage scenarios, CAS latency 22 delivers consistent application responsiveness and smooth multitasking performance. This makes the Kingston KVR32N22D8/32 category suitable for users who value dependable system behavior over marginal performance gains.

Voltage Efficiency and Thermal Characteristics

Operating at 1.2 volts, this memory category emphasizes power efficiency and thermal stability. Lower operating voltage reduces overall system power consumption and minimizes heat generation within the memory subsystem. This characteristic is particularly beneficial in compact desktop systems or environments with limited airflow.

The absence of additional voltage requirements also contributes to long-term reliability. By adhering to standard voltage levels, the Kingston KVR32N22D8/32 category reduces electrical stress on both the memory module and the motherboard’s power delivery components.

Non-ECC Unbuffered Memory Category Use Cases

Non-ECC unbuffered DDR4 memory defines a category designed for consumer and professional desktop platforms where error correction is not required. This classification prioritizes lower latency and broader compatibility compared to ECC memory, making it ideal for workstations, gaming PCs, and productivity-focused desktops.

The Kingston KVR32N22D8/32 fits squarely within this category, offering dependable performance for applications that do not require server-grade error detection. This includes creative software, office productivity tools, development environments, and general multitasking workloads.

Desktop and Workstation Compatibility

This memory category is engineered for compatibility with standard 288-pin DDR4 DIMM slots found on desktop motherboards. The unbuffered design ensures direct communication between the memory controller and the DRAM chips, resulting in lower access latency and simplified system integration.

Workstation-class desktop systems benefit from this category by achieving high memory capacity without the added complexity of registered or buffered memory. This simplifies system design and reduces total cost while maintaining reliable performance.

Operating System and Software Optimization

Modern operating systems are optimized to take advantage of higher memory capacities and faster memory speeds. The 32GB capacity and DDR4-3200 frequency of this category allow operating systems to manage background processes more efficiently and reduce reliance on storage-based paging.

Software applications that utilize large memory pools, such as virtual machines and integrated development environments, benefit significantly from this category. The Kingston KVR32N22D8/32 provides the memory headroom necessary for smooth multitasking and application switching.

288-Pin DDR4 Form Factor and Physical Characteristics

The 288-pin DIMM form factor defines the physical interface of this memory category. Designed specifically for DDR4 desktop platforms, this form factor ensures secure electrical connections and stable signal transmission. The pin layout prevents incorrect installation into incompatible slots, enhancing system safety.

Kingston’s implementation of the 288-pin form factor emphasizes precise manufacturing tolerances and consistent module dimensions. This ensures proper seating in DIMM slots and reliable contact across all pins, contributing to long-term system stability.

Module Construction and Component Quality

This category emphasizes high-quality DRAM components sourced from reputable manufacturers. Kingston subjects each ValueRAM module to rigorous testing and validation processes to ensure compliance with electrical and timing specifications. This quality assurance approach reduces failure rates and enhances overall system reliability.

The printed circuit board design and component placement are optimized for signal integrity and thermal balance. This construction approach supports stable operation at DDR4-3200 speeds without the need for additional cooling mechanisms.

System Integration and Upgrade Flexibility

The Kingston KVR32N22D8/32 category supports flexible system integration strategies. Users can deploy a single 32GB module to achieve high memory capacity while maintaining the option to add additional modules later. This scalability supports evolving computing needs and extends system lifespan.

System builders and IT professionals often prefer this category due to its predictable behavior and ease of deployment. The absence of proprietary features simplifies compatibility checks and reduces support overhead.

Multi-Channel Memory Configurations

While this category supports single-module operation, it also integrates effectively into dual-channel and quad-channel memory configurations when paired with compatible modules. Multi-channel configurations enhance memory bandwidth and improve performance in bandwidth-sensitive applications.

By selecting identical modules from the same category, users can ensure balanced memory performance and consistent timing behavior across channels. This approach is particularly beneficial in high-performance desktop and workstation systems.

Kingston KVR32N22D8-32 32GB PC4-25600 Memory Module