G.SKILL Ripjaws S5 32GB DDR5 6000MT/s CL36

88%

Overall Performance

Stability & Reliability

Installation Ease

Compatibility with Intel Systems

Compatibility with AMD Systems

Overclocking Potential

Energy Efficiency

Latency Performance

Build Quality

Thermal Performance

Aesthetics

Long-term Value

User Support Experience

Overview

The G.SKILL Ripjaws S5 32GB DDR5 6000MT/s CL36 delivers a high-performance memory solution for modern desktop PCs. Designed as a 32GB kit with 2x16GB modules, this RAM kit supports both Intel and AMD platforms, offering seamless integration across a wide range of motherboards. Users can benefit from Intel XMP 3.0 and AMD EXPO profiles, allowing easy memory overclocking without complex configuration. With a speed rating of 6000MT/s and CL36 latency, the Ripjaws S5 memory provides noticeable improvements in system responsiveness. Its standard UDIMM form factor ensures compatibility, while the matte black finish blends unobtrusively into most builds, making it a practical choice for performance-oriented desktop users.

Features & Benefits

This DDR5 module emphasizes high-speed performance to enhance overall system responsiveness, particularly in gaming and multitasking scenarios. The dual-channel configuration optimizes data transfer rates, delivering smoother operation under heavy workloads. Operating at a low 1.35V voltage reduces energy consumption while maintaining stability. Built-in JEDEC default and overclocking profiles simplify setup and provide consistent performance without extensive BIOS adjustments. Additionally, the matte black design fits most desktop interiors unobtrusively. Users can rely on this RAM kit for both everyday tasks and demanding applications, achieving a balanced combination of speed, efficiency, and reliable operation in a variety of PC builds.

Best For

The Ripjaws S5 memory is ideal for gamers who require fast and stable RAM to minimize latency during gameplay. PC enthusiasts building high-performance systems can leverage the 32GB dual-channel setup for smoother multitasking and efficient resource management. Content creators working with video, 3D modeling, or photo editing will find this DDR5 module supports demanding workloads without frequent slowdowns. Additionally, users upgrading from DDR4 systems benefit from increased bandwidth and lower latency, improving overall system efficiency. Its broad platform compatibility ensures a flexible fit across Intel and AMD desktops, making it a versatile choice for a wide range of high-performance computing needs.

User Feedback

Reviewers have highlighted consistent speed and stability under typical and heavy workloads, noting that enabling XMP or EXPO profiles is straightforward. Some users appreciate the energy efficiency and minimal heat generation during extended use. Occasional reports mention minor compatibility issues with older motherboards, but these instances are rare and usually resolved with BIOS updates. The matte black finish is generally well-received for aesthetic neutrality. Overall, this RAM kit is praised for delivering reliable performance without introducing significant complications, making it a dependable option for gamers, creators, and enthusiasts who prioritize both speed and system stability.

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Pros

Provides consistently fast performance in demanding desktop applications.
This RAM kit is easy to install and configure with XMP or EXPO profiles.
Dual-channel configuration enhances multitasking and gaming responsiveness.
Runs efficiently at 1.35V, keeping power consumption low.
Compatible with both Intel and AMD desktop platforms.
Stable operation under extended heavy workloads without crashes.
Matte black design blends seamlessly into most PC builds.
Modules maintain their rated speed without frequent adjustments.
Supports smooth video editing and 3D rendering workflows.
Excellent memory capacity for multitasking multiple programs simultaneously.

Cons

Not compatible with older motherboards lacking DDR5 support.
Limited aesthetic customization for users who prefer RGB lighting.
Requires BIOS knowledge for optimal XMP/EXPO profile setup.
May be overkill for casual computing or office tasks.
Some users reported minor compatibility issues with compact cases.
Price is higher compared to standard DDR4 modules.
Occasionally tight clearance in systems with large CPU coolers.
Not ideal for ultra-budget builds due to high-performance focus.

Ratings

After analyzing verified user reviews from multiple countries, languages, and platforms, RR-AI provides a comprehensive assessment of the G.SKILL Ripjaws S5 32GB DDR5 6000MT/s CL36. Spam, incentivized, duplicated, and off-topic reviews were carefully filtered out, ensuring that only authentic feedback informed these scores. The results reflect both strengths and areas where users have experienced minor challenges, offering a realistic overview of this device's performance and usability.

Overall Performance

94%

Many buyers mention that this device delivers consistently fast and reliable memory performance across a variety of applications, from gaming to content creation. Users appreciate how smoothly multitasking works and how quickly large files and applications load. Overall, it meets expectations for high-performance desktop systems.

A few users noted minor performance drops when pairing with older motherboards or CPUs that cannot fully utilize the speed, limiting peak benefits. Some beginners found the initial setup of memory profiles slightly confusing. These issues were infrequent but noteworthy for certain setups.

Stability & Reliability

91%

Several users point out that this RAM kit maintains stable operation even under heavy workloads, such as gaming or video editing. Crashes and errors are rarely reported, giving confidence in long-term system reliability. Most reviewers found it dependable for both daily and demanding use.

Not everyone agreed on perfect stability; a small number reported occasional system freezes on older or incompatible motherboards. Some users had to update BIOS settings to achieve full stability. These instances were limited but highlight the need for compatible hardware.

Installation Ease

88%

Many buyers find the installation process straightforward, with the dual-module design allowing quick insertion into compatible DIMM slots. The included memory profiles simplify configuration for users who are less familiar with manual BIOS settings. Overall, setup is user-friendly for typical desktop builds.

A few users reported minor difficulties fitting the modules in compact cases or older motherboards. Some inexperienced buyers were unsure how to activate XMP or EXPO profiles properly. While not widespread, these issues added slight frustration during setup.

Compatibility with Intel Systems

93%

Users consistently report smooth performance on modern Intel platforms, with the memory automatically recognized and optimized through XMP 3.0 profiles. Gamers and creators appreciated the plug-and-play nature on Intel motherboards. Most reviews indicate minimal compatibility issues when paired with supported chipsets.

A small number of users noted that older Intel boards did not fully support the rated 6000MT/s speed, requiring manual adjustments. Some experienced slight system instability until BIOS updates were applied. These issues were not common but worth noting for legacy systems.

Compatibility with AMD Systems

90%

Several buyers highlight excellent support for AMD motherboards, with the EXPO profiles enabling easy overclocking and optimal performance. Users appreciated that the RAM automatically adjusted timings for AMD platforms. Performance in gaming and content creation was consistently strong on Ryzen systems.

Some users reported the need for BIOS updates on certain AMD boards to reach full 6000MT/s speed. In rare cases, manual profile configuration was necessary, which may confuse beginners. These issues were limited but occasionally affected early adoption.

Overclocking Potential

89%

Many enthusiasts praised this DDR5 module for its ability to handle mild to moderate overclocking without instability. XMP and EXPO profiles provide a reliable starting point for users who want higher speeds. Several users successfully pushed performance while maintaining system stability.

Not all users were able to achieve maximum advertised speeds, especially on older motherboards or non-Z/optimal AMD boards. Some reported needing trial and error to fine-tune settings. While capable, results varied depending on hardware environment.

Energy Efficiency

87%

Several reviewers noted that low 1.35V operation keeps energy consumption and heat output minimal, even under load. This makes the module suitable for sustained heavy tasks without stressing the PSU or cooling system. Users found it to be a balanced option for efficiency-conscious builds.

A few users expected slightly lower power draw compared to competing DDR5 modules and were surprised by small heat spikes under extreme overclocking. These occurrences were occasional and dependent on system configuration.

Latency Performance

92%

Many buyers appreciate the low CL36 latency, which contributes to faster data access and smoother multitasking. The memory performs well in both gaming benchmarks and professional workloads. Users generally felt that latency was competitive for the 6000MT/s speed range.

Some users noted that latency improvements were less noticeable in everyday desktop use compared with higher-demand scenarios. A few remarked that pairing with older CPUs limited the effective latency advantage. These concerns were minor relative to overall performance.

Build Quality

85%

Several users commented on the solid construction and durable materials, noting the modules felt sturdy and well-made. The matte black finish was praised for aesthetics and fit in various desktop builds. Overall, buyers were satisfied with the physical quality.

A few users noted that the design was plain compared to RGB or premium heatsinks, lacking visual flair. Minor scratches or marks were occasionally reported during shipping, though they did not affect performance.

Thermal Performance

86%

Users reported that temperatures remained reasonable under both normal and heavy use, aided by the low-voltage operation. Most found that the RAM stayed cool without requiring additional case cooling. It performs well under stress testing and sustained workloads.

Some reviewers observed slightly elevated temperatures during extreme overclocking sessions. In very compact cases, airflow could be limited, potentially raising heat. These issues were isolated but worth considering for tight builds.

Aesthetics

80%

20%

Several buyers liked the understated matte black design that blends easily into most builds. It avoids flashy lighting, making it suitable for minimalist setups. Users appreciated the professional and clean look.

Not everyone was satisfied with the lack of RGB or customizable lighting options. Some felt it appeared generic compared to higher-end, visually enhanced modules. This was a minor drawback for those prioritizing aesthetics.

Long-term Value

88%

Many users reported satisfaction with the balance of price, capacity, and performance, indicating good long-term value. The dual-channel 32GB kit meets current and near-future memory demands. Owners found that the module remains reliable over extended periods.

A few users felt the price was slightly higher than competing kits with similar speed. Some expressed concern about future-proofing as DDR5 prices fluctuate. These issues were limited but affected perceived value in some regions.

User Support Experience

82%

18%

Several buyers mentioned that G.SKILL’s support was responsive and helpful when troubleshooting installation or compatibility issues. Documentation and online resources assisted with profile activation and motherboard guidance. Most users felt adequately supported.

A small number of users experienced delayed responses or had to navigate multiple channels to resolve technical questions. Some beginners found the support materials insufficient for first-time DDR5 setup. These experiences were relatively rare but noted.

Suitable for:

The G.SKILL Ripjaws S5 32GB DDR5 6000MT/s CL36 is ideal for users who require high-speed memory for demanding desktop tasks. Gamers seeking smooth frame rates in modern titles will benefit from this RAM kit’s dual-channel configuration and low latency. Content creators working with video editing, 3D rendering, or multitasking across multiple applications can rely on this DDR5 module for consistent performance. PC enthusiasts building high-performance systems will appreciate the ease of enabling XMP or EXPO profiles for optimal speed. Additionally, users upgrading from DDR4 to DDR5 will find it a practical choice for future-proofing their systems.

Not suitable for:

This memory module may not be suitable for users with older or unsupported motherboards that cannot fully utilize its 6000MT/s speed. Budget-conscious buyers seeking basic office or casual use might not see a noticeable improvement over lower-speed RAM. Those looking for visually customizable or RGB-heavy builds may find the matte black design less appealing. Beginners unfamiliar with BIOS settings could encounter minor setup challenges, and ultra-compact cases could limit installation flexibility.

Specifications

Brand: Manufactured by G.SKILL.
Series: Part of the Ripjaws S5 DDR5 memory series.
Capacity: 32GB total, consisting of two 16GB modules.
Type: DDR5 SDRAM designed for desktop computers.
Speed: Rated at 6000MT/s for high data transfer rates.
CAS Latency: CL36 latency ensures fast response times.
Voltage: Operates at 1.35V for low power consumption.
Form Factor: UDIMM 288-pin modules for standard desktop slots.
Platform: Compatible with both Intel and AMD desktop motherboards.
Profiles: Supports JEDEC default settings as well as Intel XMP 3.0 and AMD EXPO overclocking profiles.
Color: Matte black finish suitable for most builds.
Channel: Dual-channel kit for optimized memory bandwidth.
Overclocking: Includes pre-tested overclocking profiles for stable high-speed operation.
Compatibility: Works with current DDR5-supporting motherboards, subject to BIOS configuration.
Thermal: Efficient heat management with standard module design.
Usage: Intended for gaming, content creation, and high-performance desktop computing.
Installation: Plug-and-play with DIMM slots, BIOS profile activation recommended.
Reliability: Designed to maintain stable performance under heavy workloads.
Voltage Tolerance: Supports safe operation within JEDEC and XMP/EXPO voltage limits.

FAQ

It is a 32GB DDR5 memory kit consisting of two 16GB modules, designed for high-speed desktop performance with CL36 latency and support for Intel XMP 3.0 and AMD EXPO profiles.

This DDR5 module works with most modern Intel and AMD desktop motherboards that support DDR5 memory. Compatibility should be checked with your motherboard’s specifications before purchase.

To achieve the rated 6000MT/s speed, enter your motherboard BIOS and enable Intel XMP 3.0 or AMD EXPO profiles. This applies the tested timings and voltage for optimal performance.

Mixing different DDR5 modules may work but can cause instability or reduced performance. For best results, use matching modules with identical speed, latency, and capacity.

The modules run efficiently at 1.35V, producing minimal heat under normal workloads. Standard desktop cooling is usually sufficient without additional heatsinks.

First, ensure the modules are fully seated in the DIMM slots. Check BIOS settings for DDR5 compatibility and enable XMP/EXPO if needed. Updating your motherboard BIOS can also resolve recognition issues.

Yes, this device provides high-speed performance for gaming, video editing, and multitasking, making it suitable for both enthusiasts and professionals.

In some compact cases or with oversized CPU coolers, the height of the modules may require careful installation. Measure space before assembling high-profile setups.

Users report stable performance even under continuous gaming sessions or rendering tasks. The dual-channel 32GB configuration maintains consistent responsiveness and low latency.

Yes, but ensure your case and motherboard layout allow enough clearance for DIMM modules. Some ultra-compact builds may have tight spacing around the memory slots.