Here is what HyperX now offers:
Single sticks:
| Part Number | Capacity | Frequency | Latency |
| HX424C12PB3/8 | 8GB | 2,400MHz | CL12 |
| HX426C13PB3/8 | 8GB | 2,666MHz | CL13 |
| HX430C15PB3/8 | 8GB | 3,000MHz | CL15 |
| HX424C12PB3/16 | 16GB | 2,400MHz | CL12 |
| HX426C13PB3/16 | 16GB | 2,666MHz | CL13 |
| HX430C15PB3/16 | 16GB | 3,000MHz | CL15 |
Two-pack kit:
| Part Number | Capacity | Frequency | Latency |
| HX424C12PB3K2/16 | 16GB (2x 8GB) | 2,400MHz | CL12 |
| HX426C13PB3K2/16 | 16GB (2x 8GB) | 2,666MHz | CL13 |
| HX436C17PB3K2/16 | 16GB (2x 8GB) | 3,600MHz | CL17 |
| HX440C19PB3K2/16 | 16GB (2x 8GB) | 4,000MHz | CL19 |
| HX424C12PB3K2/32 | 32GB (2x 32GB) | 2,400MHz | CL12 |
| HX426C13PB3K2/32 | 32GB (2x 32GB) | 2,666MHz | CL13 |
Four-pack kit:
| Part Number | Capacity | Frequency | Latency |
| HX424C12PB3K4/32 | 32GB (4x 8GB) | 2,400MHz | CL12 |
| HX426C13PB3K4/32 | 32GB (4x 8GB) | 2,666MHz | CL13 |
| HX433C16PB3K4/32 | 32GB (4x 8GB) | 3,333MHz | CL16 |
| HX436C17PB3K4/32 | 32GB (4x 8GB) | 3,600MHz | CL17 |
| HX424C12PB3K4/64 | 64GB (4x 16GB) | 2,400MHz | CL12 |
| HX426C13PB3K4/64 | 64GB (4x 16GB) | 2,666MHz | CL13 |
Eight-pack kit:
| Part Number | Capacity | Frequency | Latency |
| HX430C15PB3K8/128 | 128GB (8x 16GB) | 3,000MHz | CL15 |
Regarding latency, that “CL” designation is short for Column Access Strobe Latency. The typical memory stick consists of the printed circuit board (PCB), storage modules soldered onto that PCB, and input/output pins on the PCB that make an electrical connection to the motherboard’s memory socket. Latency starts when the motherboard’s memory controller tells the memory stick to access data stored on one of its modules, and ends when that data is made available on the PCB/stick’s input-output pins.
That said, a DDR4 memory stick clocked at 2,400 with a CL17 latency will see that data retrieval process completed in around 14.17 nanoseconds. Typically, the faster the stick’s frequency/speed, the lower the latency.
Yet despite the Intel-based XMP overclocking profiles, the HyperX Predator memory sticks work just fine in the latest AMD-based PCs as well. Overall, each Predator-branded stick provided in the HyperX kits consumes up to 1.35 volts of energy, and has an operating temperature ranging from zero degrees Celsius to 85 degrees Celsius. They also measure approximately 133.35mm x 42.2mm.
“HyperX continues to lead the gaming memory market with high quality, high-performance memory for anyone building a new DDR4 rig,” says Kristy Ernt, global memory business manager, HyperX. “If you are a fan of AMD or Intel, HyperX memory offers the enhanced performance needed to game at your best.”
HyperX didn’t provide any pricing at the time this article went live, but the company appears to have completely revamped its lineup of Predator DDR4 kits with this new rollout. HyperX also mentioned a two-pack kit of 8GB (2x 4GB) in its Computex announcement on Tuesday, May 30, but didn’t list the part number along with all the other kits posted above.
We expect more information will surface once Computex comes to a close later this week.
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