Tuesday, December 24th 2019
ADATA to Expand its Product Offerings to Monitors, Laptops and Gaming PCs
ADATA is a company currently selling only memory solutions like SSDs and DRAM, however, the company now wants to try something different in 2020. For starters, ADATA wants to launch more products that will be a part of its Xtreme Performance Gear lineup called XPG shortly. XPG will start offering new products like monitors, laptops, gaming PCs and PC cases with a goal of capturing new market share and try to establish itself as a strong brand of PC gaming products. The new lineup will get revealed with more details at CES 2020, however, we have information of what the new lineup contains.
For starters, XPG will begin with a laptop called Xenia 15, a 15.6-inch gaming laptop with 1080p IPS display and 9th gen Intel core i9 CPU. Next up the chain is a gaming PC called XPG Gaia - 5 liters mini PC with one PCIe slot for a graphics card that's up to 8-inches long. In addition, XPG will showcase a new monitor called Photon equipped with a 27-inch panel that features PixelDisplay's Vivid Color Eye-Safe Display technology which is essentially a technique for blocking out blue light. There is also going to be a new case called XPG Volta, a cylindrical case made out of premium materials such as tempered glass and metal. It is supposed to fit up to E-ATX motherboard and have plenty of room for water-cooling setups. Last but not least, XPG will have two concepts of RGB DDR4 memory modules, with both of them having speeds of up to 4800 MHz and having capacity of up to 32 GB per DIMM.
For starters, XPG will begin with a laptop called Xenia 15, a 15.6-inch gaming laptop with 1080p IPS display and 9th gen Intel core i9 CPU. Next up the chain is a gaming PC called XPG Gaia - 5 liters mini PC with one PCIe slot for a graphics card that's up to 8-inches long. In addition, XPG will showcase a new monitor called Photon equipped with a 27-inch panel that features PixelDisplay's Vivid Color Eye-Safe Display technology which is essentially a technique for blocking out blue light. There is also going to be a new case called XPG Volta, a cylindrical case made out of premium materials such as tempered glass and metal. It is supposed to fit up to E-ATX motherboard and have plenty of room for water-cooling setups. Last but not least, XPG will have two concepts of RGB DDR4 memory modules, with both of them having speeds of up to 4800 MHz and having capacity of up to 32 GB per DIMM.
45 Comments on ADATA to Expand its Product Offerings to Monitors, Laptops and Gaming PCs
lower latency=better. what is there to discuss ?
I said lower latency is always better,and higher frequencies impact latency.you made up the rest.
Data!
A page, now. You are not this thick.
just cause it stops scaling upwards doesn't mean it's not there.
But I already know this ;)
the guy was throwing tantrums about not including ryzen,but how was ryzen even possible with 4800mhz ram,that's what I pointed out.
please,I'm not going to discuss which number is lower.
lower latency is better.
just like higher frequency is better.
please,prove me wrong,since you're in the mood for destroying every sensible thing you said on TPU.
:laugh:
it's a good thing that 3200 is all we ever need for gaming
it's already proved 3600 c16 is faster than 3200 c15
3600 c15 can regularly scale 5% faster than 3200 c15 in cpu limited scenarios
www.purepc.pl/pamieci_ram/test_pamieci_ddr4_2133_3600_mhz_na_intel_core_i5_8600k?page=0,3
that's not insignificat considering that's what you're often getting from 400mhz on the cpu too
now tell me 4000 c16 or 4800 cl18 isn't gonna be faster than 3200 c15
So again. Prove that 4800 benefits ANY workload, until then you are talking out of your ass. Dont change the goal post now, be a man
You might learn something who knows
can Ryzen support 64gb running at 3600,let alone 4800mhz too ? :rolleyes:
Diminishing returns above 3000 already, and only a gain when a CL 15 can be maintained. Does this keep scaling? Nobody can tell. It can easily flatline already at 4000 CL15. Let alone show gains at 4800 with higher CAS.
So again. 4800 is not 3600 and your claim in the first post here was wild and unsubstantiated. It still is. You still haven't proven jack shit.
So now you jump to 64 GB. OKAY. But how does that relate to gaming, now? I like to talk about substance, not assumption.
But back to the core of this discussion. Your statement earlier implied that Adata chose Intel 'because it offers something faster' but in reality it chose Intel clearly because it points these systems at rich kids with money to burn and zero sense - and that is exactly the target market for >2000 dollar 'gaming' products. In their mind, Intel is still king, and that is why these rigs get an Intel CPU. This was never about no compromise performance at all.
Just call it what it is, please. God almighty
no,I'm not NOW jumping to 64gb,you'd know that if you READ MY DAMN POSTS :roll:
you're still arguing about curves,I thought you of all people would understand the point.
I'm not defending a 4800mhz ram purchase as a value option,I'm saying it's possible on one platform only.you think XPG are selling a budget pc with 64gigs of 4.8ghz ram ? is that what you're debating.
well,good luck.pointless.
@Vayra86 3200 to 3333 and then to 3600 is altogether 0.5% less than 2133 to 2400 alone.Yet if you look at min/avg fps the performance increase is the same ~5.5% :rolleyes:
Any questions ?
@Vayra86 64gb is literally mentioned in my first post.yet you're acting like it's my last resort.
you're in the troll mode today ?
The debate on page 1 started with that, and I kept trying to get you back to thát.