Saturday, April 25th 2015
GeIL Announces Super Luce DDR4 Enthusiast Memory Series
GeIL announced its top-of-the-line Super Luce Enthusiast DDR4 memory series. The Super Luce series, is equipped with the patented iLuce Thermal-beaming technology. Users will be able to observe real-time temperature condition of memory modules right through different LED breathing-light tempos, directly from the Super Luce heat-spreader.
As the working temperature of the memory rises, the tempo of the breathing-light goes up in five different levels, Level 1 is with the mildest tempo and the lowest temperature rand of below 40°C, while Level 5 being the most rapid, with the the highest temperature range of above 55°C.
The following are the different temperature ranges with the corresponding breathing-light beats per minute of the five levels:
As the working temperature of the memory rises, the tempo of the breathing-light goes up in five different levels, Level 1 is with the mildest tempo and the lowest temperature rand of below 40°C, while Level 5 being the most rapid, with the the highest temperature range of above 55°C.
- Level 1: <40°C - 13 bpm
- Level 2: 40-50°C - 60 bpm
- Level 3: 45-50°C - 80 bpm
- Level 4: 50-55°C - 120 bpm
- Level 5: >55°C - 200 bpm
17 Comments on GeIL Announces Super Luce DDR4 Enthusiast Memory Series
15 degrees more ! because it will not be of any use ,since you hev to give them water cooling in this case LOL.
www.newegg.com/Product/ProductList.aspx?Submit=ENE&DEPA=0&Order=BESTMATCH&Description=super+luce&N=-1&isNodeId=1
Video here
Most people in this thread don't even seem to have systems that support DDR4 anyway so I have to wonder why most people here care?
Having said that I do like GeIL RAM in general. Maybe something without the bling would be more to my liking,...
I don't know how many sets of DDR4 memory you have or have had but I've gone through over 20 different sets as it's my job to do so and by and large all DIMMs, especially double sided that operate at above 2,666MHz get rather warm. 40'C is well within the operating temperatures of all retail sets.
As for marketing hype I'm not sure where that comes from either as 3400MHz is actually faster than the lower speeds, depending on the strap and what other timings are adjusted to reach the speed. The primary timings tell you nothing of performance and what the motherboard BIOS does to secondary and tertiary timings along with RTL and IOL changes will differ with each motherboard and BIOS revision. 3400MHz with the secondaries and tertiaries kept consistent will deliver better performance than just lowering primary settings and leaving the rest at auto.
I'd like to think we are a little more mindful of the things we say regarding people's purchasing decisions, or calling out technical ignorance. We may find ourselves writing\speaking out of turn. :)I don't know how true that is, as there's no possible way I can match bandwidth, latency or anything else for that matter that 3400 can provide using DDR3 regardless of the timings unless it's PSC at 2666MHz @ CL7~. Even then, I can't be sure, because there's only Haswell-E for DDR4 and for DDR3 only Z97/Z87 will do those kinds of timings. So it's near impossible to compare directly. From what I've seen, DDR4 @ 3400 still provides the highest 3DM11 physics, AIDA bandwidth and lowest Spi 32M with all things equal and certainly much faster than 2133MHz CL10. I've been running 2133 CL6 and it is just nowhere near as fast so I doubt is CL10 would be faster.
Regardless these IC's are unlikely to scale with voltage, at least when using air cooling. Even with LN2, you'll notice that the DDR4 record was done at only 1.6V.
I've tried other 3400 kits, retail and otherwise and there isn't a linear relationship between voltage and timings/frequency especially on the Hynic kits. Samsung kits seem to scale here but the frequency wall is significantly lower.
Will give these a try soon
plus they say its tested with msi and giga mb and im using the rve so who knows.