HyperX Savage DDR4 Memory
Low latency and fast speeds deliver
superior performance.
HyperX® Savage DDR4 memory oers an unbeatable combination of
fast speeds and aggressive timings to complement Intel’s 2, 4, 6 or 8
core processors for faster video editing, 3D rendering, gaming and AI
processing. With speeds of up to 3000MHz and latencies of CL12–CL15,
it’s optimised for Intel’s 100 series chipset and X99 chipset motherboards
and features easy overclocking with no need for manual timing
adjustments in BIOS.
Available in single modules and kits of 2, 4 and 8 and in capacities of up
to 128GB, HyperX Savage DDR4 memory has lower power consumption
than DDR3, with 1.2V or 1.35V only for all parts. Its asymmetrical, stylish,
die-cast aluminium heat spreader has a low prole to t under oversized
CPU coolers and provide enhanced thermal dissipation to keep your
system cooler as it complements the look of the latest PC hardware and
helps you stand out from the “square” crowd. The black heat spreader
and matching PCB are made from quality aluminium material and
feature a diamond-cut nish.
HYPERXGAMING.COM
Attack the competition with style and confidence. HyperX Savage
is backed by a lifetime warranty, free technical support and
legendary reliability.
> Speeds of up to 3000MHz and
low latencies deliver exceptional
DDR4performance
> Intel XMP-ready profiles are optimised
for Intel 100 series chipset and
X99motherboards
> Lower power consumption than DDR3
> Asymmetrical, stylish die-cast aluminium,
low-profile heat spreader
Features/specs on reverse >>
HyperX is a division of Kingston.
THIS DOCUMENT SUBJECT TO CHANGE WITHOUT NOTICE.
©2015 Kingston Technology Europe Co LLP und Kingston Digital Europe Co LLP, Kingston Court, Brooklands Close,
Sunbury-on-Thames, Middlesex, TW16 7EP, England. All rights reserved. All trademarks and registered trademarks
are the property of their respective owners. EN
HyperX Savage DDR4 Memory
FEATURES/BENEFITS
> Low latency for exceptional DDR4 performance — HyperX
Savage DDR4 oers a superior combination of fast speeds of up
to 3000MHz and aggressive timings with latencies of CL12–CL15.
It complements Intel’s 2, 4, 6 or 8 core processors for faster video
editing, 3D rendering, gaming and AI processing
> Optimised for Intel’s 100 series and X99 chipsets — Built-in
Intel XMP proles are optimised for Intel 100 series chipsets and
X99 motherboards. Users can easily overclock their platforms
simply by selecting a prole, with no need for manual timing
adjustments in BIOS
> Lower power consumption compared to DDR3 — HyperX
Savage DDR4 memory has lower power consumption than DDR3,
with 1.2V or 1.35V only for all parts. Its lower power requirement
results in less heat, higher reliability and a cooler and quieter PC
> Die-cast aluminum low-prole heat spreader — Made from
high-quality die-cast aluminium, HyperX Savage DDR4 provides
enhanced thermal dissipation for greater reliability. Its low prole
helps avoid clearance issues with CPU coolers, and its asymmetrical
design and diamond-cut nish stand out in the crowd
SPECIFICATIONS
> Capacity 4GB–8GB (single), 8GB–128GB (kits)
> Frequency speed 2133MHz, 2400MHz, 2666MHz, 2800MHz
and 3000MHz
> CAS latency CL12–CL15
> Voltage 1.2V or 1.35V
> Operating Temperature 0°C to 85°C
> Storage Temperature -55°C to 100°C
> Dimensions 133.35mm x 32.8mm
> Compatible with X99, Z170, H170, B150 and H110
PART NUMBERS
HX421C13SB/4
HX421C13SBK2/8
HX421C13SBK4/16
HX421C13SB/8
HX421C13SBK2/16
HX421C13SBK4/32
HX424C12SB2/4
HX424C12SB2K2/8
HX424C12SB2K4/16
HX424C12SB2/8
HX424C12SB2K2/16
HX424C12SB2K4/32
HX424C14SBK2/32
HX424C14SBK4/64
HX426C13SB2/4
HX426C13SB2K2/8
HX426C13SB2K4/16
HX426C13SB2/8
HX426C13SB2K2/16
HX426C13SB2K4/32
HX426C15SBK2/32
HX426C15SBK4/64
HX426C15SBK8/128
HX428C14SB2/4
HX428C14SB2K2/8
HX428C14SB2K4/16
HX428C14SB2/8
HX428C14SB2K2/16
HX428C14SB2K4/32
HX428C14SB2K8/64
HX430C15SB2/4
HX430C15SB2K2/8
HX430C15SB2K4/16
HX430C15SB2/8
HX430C15SB2K2/16
HX430C15SB2K4/32
MKD -322.2
All Kingsto n products are teste d to meet our publishe d specications . Some motherboa rds or system
congurati ons may not operate at the p ublished HyperX mem ory speeds and ti ming settings. K ingston
does not reco mmend that users at tempt to run their computer s faster than the publ ished speed.
Overclock ing or modify ing your system timin g may result in damage to compu ter components.