SK hynix
SK hynix 64GB 8x8GB DDR3 1600 PC3-12800 240-pin CL11 1.5V Non-ECC Desktop RAM
Eight 8 GB DDR3-1600 modules totalling 64 GB at CL11 and 1.5 V for desktop upgrades
- Capacity64GB (8 x 8GB)
- SpeedDDR3 1600 (PC3 12800)
- Voltage1.50V
- 64 GB total capacity from eight 8 GB modules
- DDR3 1600 speed rated at PC3-12800 for responsive desktop performance
- CL11 latency timing supports stable operation under load
- 5 V standard voltage keeps power draw predictable
- 100 % Memtest86+ verified for reliability out of the box
Kit composition
This kit supplies sixty-four gigabytes of DDR3 memory across eight 8GB modules running at 1600 MT/s with CL11 timings at 1.5V. It targets system builders who need maximum capacity on platforms limited to DDR3 technology.
Tested reliability
Every module passes a full Memtest86+ run before dispatch so the kit arrives verified at 100 percent stability. The non-ECC unbuffered design keeps latency low for standard desktop workloads without requiring server-grade chipset support.
Installation notes
The 240-pin DIMMs install in the usual desktop slots but the eight-module count demands a motherboard with eight DDR3 sockets and a memory controller able to address the full 64GB. Boards limited to four slots or lower density per channel cannot use the complete kit.
Highlights
- 64 GB total capacity from eight 8 GB modules
- DDR3 1600 speed rated at PC3-12800 for responsive desktop performance
- CL11 latency timing supports stable operation under load
- 5 V standard voltage keeps power draw predictable
- 100 % Memtest86+ verified for reliability out of the box
Specifications
| Capacity | 64GB (8 x 8GB) |
|---|---|
| Speed | DDR3 1600 (PC3 12800) |
| Voltage | 1.50V |
Questions about this item
Will the eight 8 GB DDR3 sticks need any firmware updates or component swaps over their service life?
The modules are non-ECC unbuffered DDR3 DIMMs with no firmware, so no updates or part swaps are required after installation.
What limit appears first when all 64 GB run at 1600 MT/s continuously?
The DDR3 1600 interface and CL11 timing set the throughput ceiling long before the 1.5 V chips reach thermal limits.
How much heat and noise should I expect from the 1.5 V kit during all-day workloads?
Each stick draws 1.5 V with no active cooling, so the kit adds minimal heat and zero acoustic noise to the chassis.
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