OCZ DDR3 PC3-16000 2000MHz Blade Series CL7 Triple Channel kit
Best high speed memory for performance demanding enthusiasts.
This 6GB OCZ DDR3 memory kit is designed for high-performance systems, specifically targeting the Intel Core i7 processor and X58 Express Chipset. Operating at 2000MHz with timings of 7-8-7-20 and a voltage of 1.65V, it offers superior speed and low latency for demanding tasks. The Blade Series features an effective aluminum heatsink for enhanced heat dissipation, improving module longevity and stability while maintaining a sleek, low profile. This memory is ideal for gamers and overclockers seeking to maximize their system's potential and achieve top benchmark scores.
$389.00
More Blade Series Options
Owner Satisfaction
3.6
/ 5
Category Rank
3532
/ 3541
#3532 in RAM
Price vs Category Average
-24%
Below average
CAPACITY
6
/ GB
Who it's for
- Enthusiasts building or upgrading high-performance DDR3 systems.
- Power users prioritizing minimal delays in their computing experience.
- Builders of Intel X58 systems seeking peak memory performance.
Who should skip it
- Anyone building a new PC or upgrading a contemporary system.
- Users with non-X58 motherboards or those seeking broad compatibility.
- Consumers who value long-term product support and warranty coverage.
Key Specs
CAPACITY
6GB
MEMORY SPEED
2000MHz (DDR3-2000)
STANDARD
PC3-16000
SINGLE MODULE OR DUAL KIT
Triple Channel kit (3x2GB)
CAS LATENCY
CL7
MEMORY TIMINGS
7-8-7-20
VOLTAGE
1.65V
ERROR CHECKING
Non-ECC
Features
- High-performance 6GB DDR3 memory kit
- 2000MHz speed with low latency timings
- Designed for Intel Core i7 and X58 chipset
- OCZ Blade Series with aluminum heatsink
- Triple channel configuration for enhanced bandwidth
- Low voltage operation for stability
- Lifetime warranty for peace of mind
What customers say
Customers frequently praised this memory kit for its robust performance and impressive speed, especially when properly configured. Many users experienced the advertised clock speeds and tight timings, contributing to a highly responsive system. A recurring theme, however, centered on reliability. While some found it exceptionally stable for extended periods, others encountered challenges with long term stability or compatibility across diverse system setups. This indicates that while the quality of its raw performance was often excellent, consistent dependability could vary, impacting overall user satisfaction.
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