RetroZombie
Senior member
- Nov 5, 2019
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Isn't Dali just Banded Kestrel at 12nm?I thought that's what Dali was for? And maybe the low-end Renoir products?
Isn't Dali just Banded Kestrel at 12nm?I thought that's what Dali was for? And maybe the low-end Renoir products?
Isn't Dali just Banded Kestrel at 12nm?
I found this stating Raven Ridge based:Everything I've seen point to Dali being on 7nm, though most of the supporting sources go back to Sept/Oct 2019 so it's not bleeding-edge info.
Last time I'm responding to you because you apparently do not understand the thermal dynamics. You're only providing an absolute peak consumption number. Which is just one data point in these test. No one sits around running their chips at 45w turbo boosted power at all times. The chips and OS themselves dynamically adjust the power consumption based on current usage. That peak is only used on-demand. Why aren't you posting numbers where those same chips take under 1w while idle? Or even paying attention to the test that during web and simple usage, that the CPUs battery life are vastly different. It's a known fact and many others in this thread have pointed this out, some CPUs just aren't as power efficient, despite using the same power consumption range. There are a number of factors for this, but it's completely lost on you. You're even posting desktop chips? This thread is about the Surface Laptops. Get over it.All the time I mentioned TDP, power consumption, ... not performance. But they some how are related:
CPU TDP Power consuption peak I9-9900K 95W 210W I9-10900K 125W 250W I7-1065G7 15W 45W i5-1035G4 15W 45W R9-3950X 105W ? R5-3550H 35W 35W R7-3780U 15W ?
Feel free to say what is the value at ?
AMD with renoir could say it's 15W TDP and feed the 8 core monster with 45W and I want to see if you will complain or not.
I had too, you are the one going off topic all the time, I had to relate the more known desktop behavior that most people is aware to the laptop that you are not aware and because intel start using it some time ago, I posted a link you didn't read it did you?You're even posting desktop chips? This thread is about the Surface Laptops. Get over it.
Those numbers are very important for the people that use their laptop like a tablet, doing nothing, all the time standing still, which is good and important, very important! You have those in the anandtech review.Why aren't you posting numbers where those same chips take under 1w while idle?
No, I prefer Renoir to Picasso. If AMD has to keep taking wafers from GF (which I doubt), then of course they can use Picasso to unseat Bristol Ridge. But Renoir should be the product in the Microsoft Surface 3+ or Surface 4 or whatever it is that MS releases next. Not Picasso.
My expectation is that AMD will move to Renoir/Dali and cover their entire lineup with that. Van Gogh for a very specialized market segment. Picasso, Bristol Ridge, and Stoney Ridge should all be tossed at once (and my expectation is that Bristol/Stoney are already gone).
All the time I mentioned TDP, power consumption, ... not performance. But they some how are related:
CPU TDP Power consuption peak I9-9900K 95W 210W I9-10900K 125W 250W I7-1065G7 15W 45W i5-1035G4 15W 45W R9-3950X 105W ? R5-3550H 35W 35W R7-3780U 15W ?
I found this stating Raven Ridge based:
AMD's Dali APU Could Be Based on Raven Ridge
If they want GF 12nm keep going on, not surprised.
Its unfortunately not about our personal preferences for Ferrari to a Fiat
Picasso is not an old product, and who cares if its old. My kid can play overwatch at 1080 low 75% res at more or less consistently 60 fps, while i get half fps on my quad kbl.
No reason why that has to be on 12nm . . .
Renoir is not a Ferrari. Dali is definitely not a Ferrari. Bad analogy. Dali, in particular, would be tiny and cheap, if it is in fact Raven Ridge shrunk to 7nm.
Just because the WSA extends to 2024 doesn't mean that AMD has spare wafers to burn and that they want to continue to poison their lineup with old products. Now I'll admit, AMD doesn't take the mobile market as seriously as server, workstation, or desktop; but they still have a brand image to manage here. Selling 2018's product in 2020 does not help them at all. It also gives Intel a pass in what is currently Intel's strongest market segment.
I dont know where you guys get the idea its an absolete product.
We are still getting Bulldozer-era chromebooks
desipte 2-core Raven Ridge die being out for a while
We dont know the details of the wsa, so we dont know the economic consequence of keeping it on market.28nm is cheap. Cheaper than 12nm or 12nm+. Probably the only reason why those keep getting made. Or it might be zombie overstock of the chips.
They weren't over-produced, and AMD stopped making them. Which is what I think they should do with Picasso. That's what I expect will happen.
Isn't Dali just Banded Kestrel at 12nm?
Your are going to give the OEM/ODM industry with their super long TTM a hearth attack.How could it not be obsolete?
E.g. embedded products having a guaranteed availability of 10 years should tell you all you need to know.
Very cool, didn't know that, thanks. Just curious do you know anyone that test battery life on some scenario like gaming for example, with game x with settings x will gives x battery play time? I know it's not an very easy test to do but maybe someone does it.On NBC reviews they talk about whether performance is limited or not in battery mode. Also shows sustained performance levels on Cinebench R15, which is very useful.
All those unsold atari chips had to go somewhere28nm is cheap. Cheaper than 12nm or 12nm+. Probably the only reason why those keep getting made. Or it might be zombie overstock of the chips.
Very cool, didn't know that, thanks. Just curious do you know anyone that test battery life on some scenario like gaming for example, with game x with settings x will gives x battery play time? I know it's not an very easy test to do but maybe someone does it.
All those unsold atari chips had to go somewhere![]()
Battery Runtime | Microsoft Surface Laptop 3 15 i7-1065G7 1065G7, Iris Plus Graphics G7 (Ice Lake 64 EU), 45 Wh | Microsoft Surface Laptop 3 15 Ryzen 5 3580U 3580U, Vega 9, 45 Wh |
---|---|---|
Reader / Idle | 2100 | 1121 |
WiFi v1.3 | 490 | 546 |
Load | 112 | 102 |
The individual (more in depth) reviews seem to confirm this as wellWi-Fi mode: the possible battery life while surfing the Internet via Wi-Fi with medium brightness (~150 cd/m²) and power-saving options ("balanced" mode) switched on. We measure the runtime by letting the device run an automatic script (HTML 5, JavaScript, no Flash - update 03.05.2015 v1.3), which picks a mix of websites and switches between them every 30 seconds.
Maximum runtime: the "Reader's" test of the Battery Eater tool is used to measure the maximum runtime of the test model. The brightness is set to minimum and all power-saving options are turned on. The Windows power plan is set to "Power Saver" and WLAN and Bluetooth are switched off.
The Idle/reader difference is huge, nearly 2x in Intel's favor, but AMD's version actually wins in the WiFi test, and by an hour!
An interesting take on the Surface laptops from notebookcheck:
The really interesting chart is the last one, Battery life:
Battery Runtime Microsoft Surface Laptop 3 15 i7-1065G7
1065G7, Iris Plus Graphics G7 (Ice Lake 64 EU), 45 WhMicrosoft Surface Laptop 3 15 Ryzen 5 3580U
3580U, Vega 9, 45 WhReader / Idle 2100 1121 WiFi v1.3 490 546 Load 112 102
The Idle/reader difference is huge, nearly 2x in Intel's favor, but AMD's version actually wins in the WiFi test, and by an hour!
Initially I thought that their v1.3 WiFi test doesn't idle that much, at least not nearly as much as say Anandtech's web test
But looking at their test criteria link that looks to not be the case:
The individual (more in depth) reviews seem to confirm this as well
I really hope they dig into this further, as Anandtech's result is quite different.
- AMD version review
- Intel version review
And anyway, can't wait to see the Ryzen 4xxxU series Surfaces. I really do hope they were smart enough to design the chassis similarily in advance for it to be a drop-in replacement (therefore coming soon, rather than Q4)
Soldered kinda-dual-channel for both. Intel gets quad-channel LPDDR4X (each channel is half the width).Note though:
1.
The ryzen uses 8gb vs 16g for the Intel. I presume that means 1 stick vs 2 (?) so explains some of the ryzen advantage for battery. And btw also explains why its mostly slower in games.
An interesting take on the Surface laptops from notebookcheck