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HyperX Releases Predator DDR4 Memory at in 4266 MHz and 4600 MHz
Hyper announced the release of two new high-speed Predator DDR4 memory kits in 4266 MHz and 4600 MHz frequency versions. The new frequency options will be available as 8GB modules in kits of two and include a black aluminum heat spreader and black PCB.
HyperX Predator DDR4 delivers fast frequencies and low latencies with speeds up to 4600MHz with latencies from CL12-CL19. The Extreme Memory Profile (XMP) allows users to overclock memory beyond standard industry specifications. HyperX memory modules pass a rigorous XMP certification test procedure to be certified. Intel XMP ready and certified profiles are optimized for Intel's latest chipsets and are compatible with many of AMD's latest chipsets. The dependable Predator DDR4 offers extreme performance and reliability and is 100 percent factory tested for speed and backed by a lifetime warranty. HyperX takes the motto We're All Gamers to heart. Whether you are a casual gamer or professional player, or a PC, mobile or console gamer, our goal is to meet or exceed customer expectations with every memory module, SSD, gaming headset, keyboard, mouse, or mousepad we design.
Availability
HyperX Predator DDR4 speed additions are now available through HyperX's network of retail and e-tail outlets.
Capacities
- Kits of 2: 16GB
- Frequencies: 4266MHz, 4600MHz
- Latencies: CL19
- Voltage: 1.4V, 1.5V
- Operating Temperatures 0°C to 85°C
- Dimensions: 133.35mm x 42.2mm x 8.3mm
- HX442C19PB3K2/16: 16GB 4266MHz DDR4 CL19 DIMM (Kit of 2) XMP HyperX Predator
- HX446C19PB3K2/16: 16GB 4600MHz DDR4 CL19 DIMM (Kit of 2) XMP HyperX Predator
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Rx4speed
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Posts: 82
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#5662922 Posted on: 04/24/2019 01:04 PM
Good luck with that. I have 3200/14 b die and I've never gotten it stable above 3466/14 and is really only perfectly stable at 3400/14. This is on a 2700X/Crosshair VII Hero. GSkill has a 3600/15 kit but almost no one get it to run at that 3600/15 combo with a Ryzen systems. I'm very interested in how well the new Ryzen's memory controller performs.
3200/14=228
3600/15=240
4200/17=247
Like I said, good luck with that.
Try 4200Mhz CL17 @ 1.4V, then we'll talk 
Good luck with that. I have 3200/14 b die and I've never gotten it stable above 3466/14 and is really only perfectly stable at 3400/14. This is on a 2700X/Crosshair VII Hero. GSkill has a 3600/15 kit but almost no one get it to run at that 3600/15 combo with a Ryzen systems. I'm very interested in how well the new Ryzen's memory controller performs.
3200/14=228
3600/15=240
4200/17=247
Like I said, good luck with that.
chinobino
Senior Member
Posts: 1022
Joined: 2006-06-19
Senior Member
Posts: 1022
Joined: 2006-06-19
#5662949 Posted on: 04/24/2019 02:10 PM
Are Kingston trying to distance themselves from their HyperX branding? I don't see Kingston anywhere on the product.
Are Kingston trying to distance themselves from their HyperX branding? I don't see Kingston anywhere on the product.
nizzen
Senior Member
Posts: 611
Joined: 2005-08-05
Senior Member
Posts: 611
Joined: 2005-08-05
#5662954 Posted on: 04/24/2019 02:23 PM
Good luck with that. I have 3200/14 b die and I've never gotten it stable above 3466/14 and is really only perfectly stable at 3400/14. This is on a 2700X/Crosshair VII Hero. GSkill has a 3600/15 kit but almost no one get it to run at that 3600/15 combo with a Ryzen systems. I'm very interested in how well the new Ryzen's memory controller performs.
3200/14=228
3600/15=240
4200/17=247
Like I said, good luck with that.
Who talked about Ryzen? Ryzen can't even do 4000mhz stable.
Good luck with that. I have 3200/14 b die and I've never gotten it stable above 3466/14 and is really only perfectly stable at 3400/14. This is on a 2700X/Crosshair VII Hero. GSkill has a 3600/15 kit but almost no one get it to run at that 3600/15 combo with a Ryzen systems. I'm very interested in how well the new Ryzen's memory controller performs.
3200/14=228
3600/15=240
4200/17=247
Like I said, good luck with that.
Who talked about Ryzen? Ryzen can't even do 4000mhz stable.
SniperX
Member
Posts: 57
Joined: 2018-05-04
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Posts: 57
Joined: 2018-05-04
#5662957 Posted on: 04/24/2019 02:43 PM
Good luck with that. I have 3200/14 b die and I've never gotten it stable above 3466/14 and is really only perfectly stable at 3400/14. This is on a 2700X/Crosshair VII Hero. GSkill has a 3600/15 kit but almost no one get it to run at that 3600/15 combo with a Ryzen systems. I'm very interested in how well the new Ryzen's memory controller performs.
3200/14=228
3600/15=240
4200/17=247
Like I said, good luck with that.
No need for luck I'm already running @ 4200 / 17 / 1.4V. It's also a Samsung 3200/14 (xmp) b-die kit. At one point I had it at 4300Mhz stable and tried 4400Mhz but then it wouldn't post, I wasn't prepared to spend more time tweaking things to see if I could get it to post and settled with 4200. This is on a 9900K and MSI MPG Z390. VCC voltages are between 1.15~1.18V.
Yip, memory controller is the key...we (most people) have rather high expectations of the upcoming Ryzen CPUs.
The 3600/15 kit doesn't have any AMD boards in the QVL list on the GSkill website, so I'm not surprised people can't get it to run.
I would consider your 3400/14 clock to be more than decent for your 2700X.
Your math makes no sense here...you suggest that 4200/17 is slower compared to 3200/14?
3200/14=228
3600/15=240
4200/17=247
...I ran Aida memory benchmarks at stock XMP vs 4200/17, the memory bandwidth has gone up while the overall latency has been reduced (important), even with CAS latency @ 17.
Good luck with that. I have 3200/14 b die and I've never gotten it stable above 3466/14 and is really only perfectly stable at 3400/14. This is on a 2700X/Crosshair VII Hero. GSkill has a 3600/15 kit but almost no one get it to run at that 3600/15 combo with a Ryzen systems. I'm very interested in how well the new Ryzen's memory controller performs.
3200/14=228
3600/15=240
4200/17=247
Like I said, good luck with that.
No need for luck
I'm already running @ 4200 / 17 / 1.4V. It's also a Samsung 3200/14 (xmp) b-die kit. At one point I had it at 4300Mhz stable and tried 4400Mhz but then it wouldn't post, I wasn't prepared to spend more time tweaking things to see if I could get it to post and settled with 4200. This is on a 9900K and MSI MPG Z390. VCC voltages are between 1.15~1.18V.Yip, memory controller is the key...we (most people) have rather high expectations of the upcoming Ryzen CPUs.
The 3600/15 kit doesn't have any AMD boards in the QVL list on the GSkill website, so I'm not surprised people can't get it to run.
I would consider your 3400/14 clock to be more than decent for your 2700X.
Your math makes no sense here...you suggest that 4200/17 is slower compared to 3200/14?
3200/14=228
3600/15=240
4200/17=247
...I ran Aida memory benchmarks at stock XMP vs 4200/17, the memory bandwidth has gone up while the overall latency has been reduced (important), even with CAS latency @ 17.
mtrai
Senior Member
Posts: 956
Joined: 2013-09-21
Senior Member
Posts: 956
Joined: 2013-09-21
#5662970 Posted on: 04/24/2019 03:13 PM
Good luck with that. I have 3200/14 b die and I've never gotten it stable above 3466/14 and is really only perfectly stable at 3400/14. This is on a 2700X/Crosshair VII Hero. GSkill has a 3600/15 kit but almost no one get it to run at that 3600/15 combo with a Ryzen systems. I'm very interested in how well the new Ryzen's memory controller performs.
3200/14=228
3600/15=240
4200/17=247
Like I said, good luck with that.
Good luck with that. I have 3200/14 b die and I've never gotten it stable above 3466/14 and is really only perfectly stable at 3400/14. This is on a 2700X/Crosshair VII Hero. GSkill has a 3600/15 kit but almost no one get it to run at that 3600/15 combo with a Ryzen systems. I'm very interested in how well the new Ryzen's memory controller performs.
3200/14=228
3600/15=240
4200/17=247
Like I said, good luck with that.
mtrai
Senior Member
Posts: 956
Joined: 2013-09-21
Senior Member
Posts: 956
Joined: 2013-09-21
#5662974 Posted on: 04/24/2019 03:24 PM
In all my testing...I actually believe 3800 is the limit with the infinity fabric on zen+ aka the 2700X See my previous post.
Who talked about Ryzen? Ryzen can't even do 4000mhz stable.
In all my testing...I actually believe 3800 is the limit with the infinity fabric on zen+ aka the 2700X See my previous post.
vbetts
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Posts: 14351
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#5663030 Posted on: 04/24/2019 05:15 PM
Even if you do manage to run higher than 4000mhz stable on Ryzen, scaling kind of lowers above 3400mhz I believe.
Even if you do manage to run higher than 4000mhz stable on Ryzen, scaling kind of lowers above 3400mhz I believe.
mtrai
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Posts: 956
Joined: 2013-09-21
Senior Member
Posts: 956
Joined: 2013-09-21
#5663045 Posted on: 04/24/2019 05:53 PM
Incorrect! As long as your CPU infinity fabric can scale it is it very different...and scales with it. Also running at 4000 ram speed requires extreme systems with liquid nitrogen cooling.
Even if you do manage to run higher than 4000mhz stable on Ryzen, scaling kind of lowers above 3400mhz I believe.
Incorrect! As long as your CPU infinity fabric can scale it is it very different...and scales with it. Also running at 4000 ram speed requires extreme systems with liquid nitrogen cooling.
vbetts
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#5663065 Posted on: 04/24/2019 06:49 PM
https://www.legitreviews.com/ddr4-memory-scaling-performance-with-ryzen-7-2700x-on-the-amd-x470-platform-205154
While the infinity fabric runs on the memory bus for Zen, scaling pretty much becomes nothing after 3200CL16. There's a limit to how much it will scale.
Incorrect! As long as your CPU infinity fabric can scale it is it very different...and scales with it. Also running at 4000 ram speed requires extreme systems with liquid nitrogen cooling.
https://www.legitreviews.com/ddr4-memory-scaling-performance-with-ryzen-7-2700x-on-the-amd-x470-platform-205154
While the infinity fabric runs on the memory bus for Zen, scaling pretty much becomes nothing after 3200CL16. There's a limit to how much it will scale.
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Try 4200Mhz CL17 @ 1.4V, then we'll talk