Low_Key_Slaps

X570 unify will not fit inside nr600 case. Yes I have the correct standoffs, yes I tried pushing it in.. it will break if I push any harder The top left standoff lines up very poorly as shown

What do you want to do with your motherboard? X570 is all about having higher bandwidth, more PCIe lanes, etc.. You should rather be comparing the difference between specific board options within your budget, as some X470 boards are merely just as capable as lower end X570 boards.

That CPU is not adequate for current gaming, especially in CPU thirsty titles like rust. You are massively bottlenecking that 2060. Definitely upgrade to a newer platform entirely, and get a newer CPU. What is your budget?

What do you mean specifically by tuned radio? The tmobile guy told me the phone picks up only necessary bands/frequencies which supposedly makes a better connection. Though anything a rep from tmobile tells me ill take with a grain of salt.

Would like to know if anyone has confirmed what all works, and what doesn't when using tmobile's network on the unlocked s10. I've heard things like 4x4 MIMO , VOLTE, carrier aggregation, etc, may not work.. Also supposedly slower updates... But if someone can confirm this.Also, would flashing tmobile's firmware onto the unlocked s10 enable all network features I would get on the tmobile model???Thanks!

Bump

I'm comparing two different models of the S10. The T-mobile carrier model vs the Factory Unlocked model. Found this link for a direct comparison. https://www.techwalls.com/samsung-ga...3-differences/If you compare the two under band support, you get some really confusing numbers and abbreviations which I will list off below. S10 Factory unlocked band support;===============2G GSM: GSM850, GSM900, DCS1800, PCS19002G CDMA: CDMA800, USPCS19003G CDMA: CDMA2000, EV-DO: 800, 1900 MHzGSM 3G/3.5G: UMTS, HSPA+: 850, 900, 1700, 1900, 2100 MHz4G LTE: 1, 2, 3, 4, 5, 7, 8, 12, 13, 14, 17, 18, 19, 20, 25, 26, 28, 29, 30, 38, 39, 40, 41, 46, 66, 71 Bands=======================S10 T-Mobile Carrier version:======================2G GSM: GSM850, GSM900, DCS1800, PCS19003G UMTS: B1(2100), B2(1900), B4(1700/2100 AWS1), B5(850)3G TD-SCDMA: B34(2010), B39(1880)4G FDD LTE: B2(1900), B4(AWS), B5(850), B12(700), B66(AWS-3), B71(600MHz)4G TDD LTE: B46(5200)=======================As you can see, there are some terms or numbers missing from one model that are on the other, and vice versa. Can someone please walk me through what all this means and what the differences are? I want to be able to use Tmobile on the unlocked model without losing any band support or network coverage/quality.Thank you!

Now this is what I call overkill. Nice

So according the this link, Several of the snapdragon chipset (us) models already support 71. However, none of the exynos chipset (international) models seem to support it. https://www.techwalls.com/samsung-galaxy-s10-model-number-sm-g973-differences/ I suppose maybe its just a firmware limitation since the US versions support it? Then again, I'm sure the Exynos chipset uses a completely different modem than the Snapdragon. So who knows

So it looks like non of the international S10 models will have support for T-Mobile's Band 71 (600mhz)... This isn't a required band to make a connection to LTE, but apparently this frequency will be utilized as a range extender, and for better wall penetration (indoor connectivity). Seems pretty important...Is it possible to add support for this band via firmware? Or will there be a hardware limitation?T-Mobiles lists all their LTE bands on their site as follows; 2, 4, 66, 5, 12, and 71ALSO, does anyone have any information on where exactly this frequency will be used in the US? Is it really all that important? Thanks

That would make sense. So I guess an easy way of putting it is that the display puts off less blue light that we don't really perceive any ways. Thanks!

I suppose their version of this spectrum could be slightly offset, but that still doesn’t explain how they supposedly where able to reduce exposure to that said spectrum, and yet still maintain at least close to the same perception of that color. Also the fact that TUV, a company that specializes in testing safety of equipment, still claims this is all true. Im guess I’m still very confused about how blue light works. ?

So this is really troubling my mind, I need an answer. Samsung is advertising the S10 with a 42% reduction in blue light exposure from previous OLED displays, without reducing the amount of colors you see. TUV Rheinland has tested and certified this claim. Per Samsung; "A unique fluid composite in Dynamic AMOLED reduces harmful blue light by 42% without changing the color of what's on-screen. Watch or play late into the night with less eye strain for a better night's sleep." Also per TUV Rheinland; "Not only does the new technology make smartphones safer to use, but it also maintains a very high color range, contrary to what might be expected with such a significant reduction in blue-light emission. In fact, Samsung Display announced that it has been able to keep a DCI-P3 level of precision color imaging without reducing the number of visible colors. DCI-P3 is the optimal color standard for video play." Isn't this a little contradictory? If blue light is defined by a specific wavelength known as blue, how could you reduce this without taking away blue colors? Maybe they did reduce the color slightly, but the relation between blue light, and the actual blue color we perceive is not linear? Maybe the display creates less brightness exclusively for colors within that wavelength? If someone has an answer please share! Thanks. https://www.tuv.com/en/greater_china/about_us_cn/press_3/pressreleases_gc_en/news_content_en_437122.html https://www.samsung.com/global/galaxy/galaxy-s10/design/