Shaving $10 off the Gaming K4 makes this sample more appealing, while providing a slightly larger feature set and still delivering similar fundamental designs. RAID 5 stripes the data across the drives, giving increased performance compared to a single disk. RAID is a storage technology that combines multiple disks into one unit. Heavily in favor for the Killer though, is price. The drawback is that if one drive fails, you lose the data on all drives. It only proves that testing methodologies, software version releases, and the current phase of the moon can impact results both in favor and against any particular sample. But lagging behind the average by nearly 2% does not completely invalidate a product’s existence.
For the Killer SLI/ac, performance has been back and forth. The ASRock X370 Gaming K4 sets the bar for all metrics here, representing a near perfect average representation for value, performance, and price at the time of publication. From the hardware to the presentation, this is a motherboard that packs a punch and is loaded to the brim with useful features. With the X370 Killer SLI/ac, ASRock has once again provided the market with a motherboard that does everything and more. Fully populated DDR4-2933 is where we settled, and we can now sleep soundly at night knowing that memory seems to be fixed on at least this AMD platform. ASRock X370 Killer SLI/ac (Our Review) Overall Assessment. Switching back over to Trident-Z, fully populated DDR4-3200 only produced errors during moderate to heavy usage. The Predator configuration did not run above 2666 MHz with DIMM slots fully populated, but this is a drastic improvement from where we were at launch day. Instantly, half populated HyperX Predator DIMMs ran similarly to the G.Skill kits with stability achievable at DDR4-2933.
Determined to succeed, updating to P2.5 was the cat’s pajamas.
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