G.Skill
G.SKILL Ripjaws X Series 8GB DDR3 1866
Best memory upgrade for dependable system performance and stability.
This G.SKILL Ripjaws X Series memory kit offers a total of 8GB capacity, comprised of two 4GB modules, operating at DDR3 1866 (PC3 14900) speeds. It features a CAS latency of CL9 with timings of 9-10-9-28 and operates at a voltage of 1.50V. Designed for dual-channel systems, it boasts universal compatibility with Intel and AMD platforms and supports Intel XMP for straightforward overclocking. The kit includes a stylish red heat spreader for efficient cooling and aesthetic appeal, making it a reliable choice for gaming enthusiasts and system builders seeking performance and stability.
$56.60
Owner Satisfaction
4.5
/ 5
Category Rank
1290
/ 3541
#1290 in RAM
Price vs Category Average
-89%
Below average
Capacity
824
/ GB ( x GB)
Who it's for
- Users upgrading or building systems based on older DDR3 motherboards.
- PC builders seeking dependable components for their legacy systems.
- Budget-conscious individuals wanting to revitalize an aging desktop computer.
Who should skip it
- Anyone building a new PC or upgrading a recent system.
- Gamers, content creators, or power users needing substantial memory.
- Consumers preferring new components with full manufacturer support.
Performance breakdown
Data Transfer Speed
The 1866MHz frequency provides a snappy boost for legacy DDR3 systems.
Latency Responsiveness
Tight CL9 timings ensure minimal delays during intensive multitasking sessions.
Thermal Management
Integrated heat spreaders effectively dissipate heat during sustained high-load operations.
Overclocking Potential
Intel XMP support makes pushing performance boundaries simple for novice builders.
System Compatibility
Broad support across Intel and AMD platforms ensures seamless hardware integration.
Build Reliability
Proven stability makes this a dependable choice for aging desktop rigs.
Key Specs
Capacity
8GB (2 x 4GB)
Speed
DDR3 1866 (PC3 14900)
CAS Latency
CL9
Timing
9-10-9-28
Voltage
1.50V
ECC
No
Buffered/Registered
Unbuffered
Multi-channel Kit
Dual Channel Kit
Features
- High-speed DDR3 1866MHz performance
- Low CAS Latency CL9 for responsiveness
- Dual Channel Kit for enhanced multitasking
- Intel XMP support for easy overclocking
- Stylish red heat spreader for cooling and aesthetics
- Wide compatibility with Intel and AMD platforms
What customers say
Customers consistently praise this memory for its exceptional reliability and straightforward installation. Many users report stable performance over extended periods, making it a dependable choice for system upgrades or new builds. The value proposition is frequently highlighted, offering solid performance without a premium price. It is often described as a 'set it and forget it' component that simply works as expected, contributing positively to overall system stability and user satisfaction.
Know before you buy
This kit is compatible with most Intel and AMD platforms that support DDR3 memory, specifically those using the LGA1155, AM3+, or Llano sockets. Before purchasing, verify that your motherboard supports DDR3 1866MHz speeds and has two available DIMM slots.
Intel XMP (Extreme Memory Profile) allows you to easily overclock your memory to its rated 1866MHz speed through your BIOS settings. Without XMP, your system might default to a lower standard speed, so enabling this profile ensures you get the performance you paid for.
While it is technically possible, it is generally not recommended to mix different brands, capacities, or speeds of RAM. For the best stability and to ensure the dual-channel performance works as intended, it is best to use this kit as a standalone pair.
The Ripjaws X heat spreaders are designed to be relatively low-profile, but they do add some height to the modules. If you are using a massive, oversized air cooler, it is worth double-checking your cooler's clearance specifications to ensure there is no physical obstruction.
No, this is unbuffered, non-ECC memory. It is designed specifically for consumer desktop systems and gaming builds rather than enterprise servers or workstations that require error-correcting code memory.
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