2019 or 2020. Whats the big deal, just chill and let's play RDR2. We will see november 10th what mister Spencer has to say.
So, changing the subject back to next generation console hardware for a moment, the current thinking is that PS5 and the high end Xbox Scarlett will most likely use unified GDDR6 memory.
If that's the case, then the amounts of RAM is also an easy guess.........16GB, 24GB, 32GB or some permutation of one of those, augmented with perhaps some amount of slower RAM (DDR4, for instance) for use with the Operating System and other supplementary work.
If I understand it correctly, 16GB and 32GB would both use a 256-bit memory interface, while 24GB would use a wider 384-bit memory interface (like the Xbox One X)
If we are talking about a 3Ghz 8 core/16 thread Zen2 ( which, by itself, could approach 1TF computing power) and a 12TF-class GPU, then a 256-bit bus will NOT have a sufficient amount of memory bandwidth to fully feed those two processors.
If these consoles are to viable another 6-7 years beyond launch then 24GB with a 384-bit pipe will be needed, or your fancy Ryzen/Navi chips will be forever underutilized.
If they launch in 2019 but are forced to use 16GB to hit that target, well.......I don't know what to say, really :/
This. People are getting too fired up, no one can really rule out 2019 however likely 2020 looks, so just sit tight and the answer will reveal itself relatively soon. Not gonna play RDR2 tho, fuck rockstar and their 60$ pc ports a year after console release.2019 or 2020. Whats the big deal, just chill and let's play RDR2. We will see november 10th what mister Spencer has to say.
512 was done for some GPUs but it's been a while.You may think you've won, but that was a lucky penny! 2019 confirmed!
On the more serious subject of memory bandwidth I renege hearing that 32GB could be done with a 512-bit bus - is that even remotely possible?
Yup. At that point, you may be better off eating the cost of HBM and hope it improves a lot over time. Plus you're talking 1TB/s memory bandwidth at that point, which is bonkers.Area cost for a 512-bit interface is kinda horrendous, if going the monolithic APU route. Doesn't shrink particularly well, either.
Yup. At that point, you may be better off eating the cost of HBM and hope it improves a lot over time. Plus you're talking 1TB/s memory bandwidth at that point, which is bonkers.
Yup. At that point, you may be better off eating the cost of HBM and hope it improves a lot over time. Plus you're talking 1TB/s memory bandwidth at that point, which is bonkers.
Pretty much. Changing the the memory controller means changing the chip and the entire hassle that comes with it. You're not gonna change something major like that very late into the design.If the APU should be going through validation around 2 years in advance, and Zen 2 leaks have just begun to hit, then you would expect it to be finalized by this point.
If a 24GB version requires a 384-bit bus then I would personally toss it as a possibility. Someone with a bit more technical knowledge help me out here. To my thinking the bus width is not something you can change late in the game. It is one thing to add more RAM in a clamshell when the dev kit already has this. A different bus is a different story entirely is it not?
Yep. And 18 Gb/s GDDR6s are currently available giving 576 GB/s using a 256 bit bus. Its not absurd to think that 20 Gb/s Gddr6 could be widely available in 2020, which would give a 640 GB/s bandwidth. More than the 2080ti BW.I'm still only going to expect 16GB but if either console gets 32GB or 24GB I'll be the first to slow clap them. I'm not sure about a 256-bit bus not being able to provide sufficient BW to a 12TF/8c/16t Zen2 APU. Doesn't RTX 2080 have a 256-bit bus/448GB/s BW?
Yep. And 18 Gb/s GDDR6s are currently available giving 576 GB/s using a 256 bit bus. Its not absurd to think that 20 Gb/s Gddr6 could be widely available in 2020, which would give a 640 GB/s bandwidth. More than the 2080ti BW.
Bandwidth using a 256 bit bus (and so 32GB in total using the clamshell mode) will likely be enough...in 2020.
Yep. And 18 Gb/s GDDR6s are currently available giving 576 GB/s using a 256 bit bus. Its not absurd to think that 20 Gb/s Gddr6 could be widely available in 2020, which would give a 640 GB/s bandwidth. More than the 2080ti BW.
Bandwidth using a 256 bit bus (and so 32GB in total using the clamshell mode) will likely be enough...in 2020.
Enough for the GPU alone. A 2080ti doesn't include a Ryzen 2 like the next consoles might so it is not a 1:1 comparison at all
They wouldn't need clamshell to hit 20GB. We already have 16Gb chips.Bandwidth needs for the GPU will absolutely dwarf the usage for the CPU (probably something very close to 10:1). It won't be insignificant, but won't be all that big of a deal.
There's always the possibility that Sony will do something weird like a 320-bit bus. That could give us something like 640 to 720GB/s depending on individual chip speeds and up to 20GB in clamshell.
Bandwidth needs for the GPU will absolutely dwarf the usage for the CPU (probably something very close to 10:1). It won't be insignificant, but won't be all that big of a deal.
There's always the possibility that Sony will do something weird like a 320-bit bus. That could give us something like 640 to 720GB/s depending on individual chip speeds and up to 20GB in clamshell.
"Erebus" was debunked.The thread about a Diablo 4 leak has a detail about PS5 being "Project Epsilon" as a codename. Refresh me folks. Was that name already debunked?
That PS5 Epsilon "leak" was an April Fool's article.The thread about a Diablo 4 leak has a detail about PS5 being "Project Epsilon" as a codename. Refresh me folks. Was that name already debunked?
ProjectEpsilon is the next generation of PlayStation® gaming plataform
LOL. Looks like a teacher asked their 13 year old students to do a class assignment in Powerpoint with a half hour deadline.
InFO-Memory-on-Substrate will be qualified for production by the end of the year. It can link logic and typically HBM memory on a full reticle 830-mm2 device.
In process technology, TSMC announced that it taped out a customer chip in an N7+ node that can use EUV on up to four layers. Its N5 that will use EUV on up to 14 layers will be ready for risk production in April. EUV aims to lower costs by reducing the number of masks required for leading-edge designs.
TSMC said that N5 will deliver 14.7% to 17.7% speed gains and 1.8 to 1.86 area shrinks based on tests with Arm A72 cores. The N7+ node can deliver 6% to 12% less power and 20% better density; however, TSMC did not mention speed gains.
If PS5 has a GPU with 2080ti comparable performance (like I think it will) then 640GB/s will be more than enough. It's a console, so devs can optimize bandwidth usage much more than on a PC. And 2080ti has 616GB/s of bandwidth.Enough for the GPU alone. A 2080ti doesn't include a Ryzen 2 like the next consoles might so it is not a 1:1 comparison at all
640GB/sec bandwidth would be able to saturate/feed a system slightly less than 2X an Xbox One X(326GB/sec.
Put another way, a console with dual Jaguars/ Scorpio Engines would require >640GB/bandwidth.
A console with Navi+Zen2 will be greater still
If PS5 has a GPU with 2080ti comparable performance (like I think it will)
Lol, sorry I missed this post (you aren´t on my ignore list) but you are using a comment that Cerny made about a rather groundbreaking UI for its time. I mean, the whole thing about sharing and emphasizing the use of a share button would of course require that amount of time.
I REALLY doubt the PS5 has a OS/UI that is that much different the PS4 (it is the most well received UI of any available console). To think that the PS5 would need the same amount of time doesn´t add up when working with the PS4 and updating it across 5 years helped shape the PS5´s OS/UI.
Yeah I really don't see that happening lol
The thread about a Diablo 4 leak has a detail about PS5 being "Project Epsilon" as a codename. Refresh me folks. Was that name already debunked?
TSMC has had N7+ tapeouts, N5 hits risk production next April, and they're going to have a new packaging process suited to HBM by the end of the year.
https://www.eetimes.com/document.asp?doc_id=1333827
Yes, it appears they're still on schedule. If this holds, 7nm+ phone chips in 2019, 5nm in 2020. HPC and big die is a little less clear. They are clearly developing advanced packaging technologies related to big die in the next few years, but it's possible GPU vendors skip 7nm+ and go for 5nm. We'll just have to see. You can't take a 7nm+ console APU off the table, IMO.Wow so does this mean that 7nm+ cell phone chips could be in mass-production next fall? TSMC is right on schedule then? Maybe AMD's 7nm+ next generation GPU can still make 2020?
On a more general note, can anything be inferred from this information as to the technology the next-gen consoles will use or their timeline for launch?
If PS5 has a GPU with 2080ti comparable performance (like I think it will)
Really interested to hear your thoughts then about DF's guess of a 13.82TF GPU with 80CU,8 disabled for yields and clocked at 1,5Ghz. Does it seem possible to you? is it something realistic to expect?Rumor has it the APU that RTG has its hands on is a Vega 64 sized GPU. We're getting more than that if that's the case, IMO.
I misquoted the rumor but didn't edit fast enough.Really interested to hear your thoughts then about DF's guess of a 13.82TF GPU with 80CU,8 disabled for yields and clocked at 1,5Ghz. Does it seem possible to you? is it something realistic to expect?
About the Department
PE is responsible for post-design planning and once silicon arrives, driving customer samples execution and high volume manufacturing readiness. Typical areas of activity are testing, quality, reliability, yield analysis and production support. PEO works horizontally across several functional organizations and is key to driving production manufacturing with time, budget and cost constraints. PEO is a fast paced multi-tasking environment.
you will learn to work in a fast-paced Global Technical team environment. The work you will do will be directed to the next generation of cutting edge Semicustom APUs (GPUs). You will become very familiar with the inner workings of these APUs that uses latest process technology and design.
A bad one and did any codename ever reveal something about the console other than nintendo "revolution"?
Good find. The posting is for Spring 2019, and alludes to development silicon arriving after the position has commenced. To ramp for Fall 2019, a console APU would need to be in production late Spring or early Summer, which makes a Fall 2019 launch unlikely given this timeline.I found this job posting to start Spring 2019 a while ago that is quite interesting: https://jobs.amd.com/job/Austin-Co-Op-Engineer-Spring-2019-(68823)-TX-73301/502598100/
Could be for PS5, Scarlett or other unknown customer of AMD.
Good find. The posting is for Spring 2019, and alludes to development silicon arriving after the position has commenced. To ramp for Fall 2019, a console APU would need to be in production late Spring or early Summer, which makes a Fall 2019 launch unlikely given this timeline.
Where does it say it was contributed by Sony? I do not see that, at least not on the page provided. Seems to be a normal evolution of the compiler toolset ...Starting to see some entries from Sony related to LLVM exegesis, which is a benchmarking tool focused on identifying instruction latency. Kind of an interesting move given they profile heavily with internal tools.
https://llvm.org/docs/CommandGuide/llvm-exegesis.html
Simon Pilgrim (rksimon) and Andrea Di Biago (andreab) are both Sony employees and their names all over these commits.Where does it say it was contributed by Sony? I do not see that, at least not on the page provided. Seems to be a normal evolution of the compiler toolset ...
Those are the reviewers not the contributors. To get the contributor you have to hover over the commit link. The tool was initially added by Clement Corbet.Simon Pilgrim (rksimon) and Andrea Di Biago (andreab) are both Sony employees and their names all over these commits.
TeamH2-2018 Baby! Sony lied about no PSX. PSX will be on christmas eve since Santa Claud is busy this year. Release be the day after at 199$. 128 GB HBM4, 4 TB SSD, Zen 5+, 297 TF GPU. Will be BC with every game ever released and it Will make it an instant remake with 4K textures, online modes, 60 fps, VR-mode, new missions and modes etc. but the launch titles will be dull