So maybe but with lack of any Pentium or Celeron based on Icelake, maybe RocketLake desktop Pentium gold and Celeron could eventually get AVX2.0, too, if there will be any.

Now if only anything apart from random benchmarks used it...

Intel's last stronghold AVX2. Why would Intel even give this to the mobile processors? Especially to those with 15W TDP. I mean, you can't do much on these anyway.

AES-NI too apparently.... Too bad wireguard exists now, it would have made a cheaper PFSense box.

I am sometimes convinced the people who take these kind of decisions genuinely don't know what they are doing.

There were really low power M chips for netbooks/tablets that have had AVX2 for years which made no sense and yet Pentium only receive this know ? Why ? Mind boggling, it's like they do everything against any common sense.

EdLinAES-NI too apparently.... Too bad wireguard exists now, it would have made a cheaper PFSense box.

Just a question - why PFSense (built on BSD) in this day and age when there is IP Fire built on Linux (SMP support) with comparable features? Granted, there's no ARM64 version but that is more or less the only drawback in my book.

Haile SelassieJust a question - why PFSense (built on BSD) in this day and age when there is IP Fire built on Linux (SMP support) with comparable features? Granted, there's no ARM64 version but that is more or less the only drawback in my book.

*BSD has a reputation for more security, which is kind of important for a firewall. Also, the PF firewall software in BSD is superior. Linux is certainly better at hardware support usually though.

phanbueyNow if only anything apart from random benchmarks used it...

It's more likely now because of just that.

ExcuseMeWtfIt's more likely now because of just that.

Except for that almost nobody benchmarks mobile pentiums and celerons...

phanbueyNow if only anything apart from random benchmarks used it...

I think it's in use on RPCS3 (the PS3 emulator). Earlier this year they added detection for AVX512, so it's likely that they will use it if they see any improvement from it.

Not surprising, though. They don't seem to have a problem using Intel TSX, which is probably even more exotic than AVX2

EdLinExcept for that almost nobody benchmarks mobile pentiums and celerons...

Which won't matter when real world applications using those will roll out. And as I said, now there is more incentive to do so.

phanbueyNow if only anything apart from random benchmarks used it...

Actually quite a few games require AVX. These games would not even boot up on current Celerons and Pentiums (or anything pre-Sandy Bridge).

MrMilliActually quite a few games require AVX. These games would not even boot up on current Celerons and Pentiums (or anything pre-Sandy Bridge).

They needed AVX2? I thought they only needed plain AVX? (Missing on the Phenom II's pre-bulldozer, lots of people didn't upgrade to Bulldozer because it was worse from those, until a few titles in their DRM used AVX...)

MrMilliActually quite a few games require AVX. These games would not even boot up on current Celerons and Pentiums (or anything pre-Sandy Bridge).

This. Overwatch uses it on startup for example, Rocket League uses it... the list is long.

Vayra86This. Overwatch uses it on startup for example, Rocket League uses it... the list is long.

I read somewhere on TPU that all DX12 games use it (whether AVX is mandatory or if it's just recommended I don't know)

MrMilliActually quite a few games require AVX. These games would not even boot up on current Celerons and Pentiums (or anything pre-Sandy Bridge).

AVX2? That's what I was referring to (as per the article). I don't know a single game that uses AVX2, nevermind requires it, outside of a custom setting in 3dMark Timespy.

ratirtIntel's last stronghold AVX2. Why would Intel even give this to the mobile processors? Especially to those with 15W TDP. I mean, you can't do much on these anyway.

They're going to need something on geek bench that suggests their CPU is better than a Cezanne or Lucienne, obviously.

EdLin*BSD has a reputation for more security, which is kind of important for a firewall. Also, the PF firewall software in BSD is superior. Linux is certainly better at hardware support usually though.

Valid argument.
However, my opinion is that the firewall is inherently the weak point and not the underlying OS. No firewall is a bulletproof solution, all it gives you is more time to react against threat as it slow down the attacker. Therefore I believe IP Fire is a better solution than PFSense although both have its merits.

This is about time. Intel has really screwed up the adoption rate of AVX by disabling it on their entry level products for so many years.

phanbueyNow if only anything apart from random benchmarks used it...

I'm pretty sure you enjoy the benefits of AVX nearly every day.
It's obviously used in numerous productive tools like Photoshop, Premiere, Blender, video encoders (ffmpeg etc.), CAD, etc.
But also compression (7zip, winrar), web browsers (at least for video), and even a couple of games.

ratirtIntel's last stronghold AVX2. Why would Intel even give this to the mobile processors? Especially to those with 15W TDP. I mean, you can't do much on these anyway.

How come?
AMD have in some ways been better at adopting AVX2, featuring it even in their entry level products, and have supported it since Excavator(2015).
If anything, AVX-512 should be Intel's stronghold, if only they featured that across the entire lineup.

EdLinThey needed AVX2? I thought they only needed plain AVX? (Missing on the Phenom II's pre-bulldozer, lots of people didn't upgrade to Bulldozer because it was worse from those, until a few titles in their DRM used AVX...)

AVX2 doesn't really use that much more die space than AVX, since it mostly adds some new operations and extended integer support, so there is really no reason for Intel to design an AVX-only implementation when they already have an AVX2 implementation.

No word on FMA, which is as important as AVX1/2, or more.

KARMA is a B!TCH

Intel have been starving budget cpus of several function for years and because of that set back most PC to the digital stone age.

A simple thing like AES acceleration have been excluded for years in budget cpus for no real reason except Intels greed. Now there are tens of millions of PCs out there that are crippled when it comes to encryption and cannot smoothly accelerate VPN without tanking the computer to a stand still.

Now AMD are forcing their hand to increase performance and unlock functions on budget cpus. Intel would never have done this if there was no pressure from AMD.

efikkanI'm pretty sure you enjoy the benefits of AVX nearly every day.
It's obviously used in numerous productive tools like Photoshop, Premiere, Blender, video encoders (ffmpeg etc.), CAD, etc.
But also compression (7zip, winrar), web browsers (at least for video), and even a couple of games.

[edited]

I am honestly not sure if I use the benefits of AVX2 -- I always thought that AVX always referred to 1.0 but your post made me do a bit of research, and now I can't really tell if it automatically uses 2. When I had Skylake-X and had AVX-512 it was NEVER used (which was a shame) so I had lumped AVX 2.0 into that category as well.

I would imagine this is the first step toward making mixed cPUs actually work properly, instead of being a cluster like Lakefield.

If they are enabling SSE2 in Celerons, then maybe they will also enable it on Atom cores. That would make Tremont's successor actually look appealing !

You don't need to use it on those Clelerons, but enabling the feature will mean a lot more software devs will feel it is worth their time to develop/optimize SSE2-paths.

You don't have to have impressive performance, but universal support will open-up the door for more optimization. For example, AMD's Jagua only has 128-bit vector units, but they added AVX support. Faster can come at a later time, but making the intruction-set universal will eventually give you that "corner-case vector benchmark" optimization come to more apps.

defaultluserI would imagine this is the first step toward making mixed cPUs actually work properly, instead of being a cluster like Lakefield.

If they are enabling SSE2 in Celerons, then maybe they will also enable it on Atom cores. That would make Tremont's successor actually look appealing !

You don't need to use it on those Clelerons, but enabling the feature will mean a lot more software devs will feel it is worth their time to develop/optimize SSE2-paths.

You don't have to have impressive performance, but universal support will open-up the door for more optimization.

SSE2? That's been available in nearly any CPU since 2004. Heck, SSE4.2 has been supported in nearly all CPUs since Haswell (Pentium and Celeron didn't have it until Haswell) Sandy Bridge. We're talking AVX2 here.

phanbueyI am honestly not sure if I use the benefits of AVX2 -- I always thought that AVX always referred to 1.0 but your post made me do a bit of research, and now I can't really tell if it automatically uses 2. When I had Skylake-X and had AVX-512 it was NEVER used (which was a shame) so I had lumped AVX 2.0 into that category as well.

Most of the mentioned software probably uses AVX2.

"AVX" can be confusing, since it can refer to AVX(1) or the whole family (AVX(1), AVX2, AVX-512).
In a way you can view AVX2 as the first full 256-bit SIMD instruction set, while AVX(1) was mostly a partial 256-bit extension of SSE4, but with a new syntax. AVX2 added more operations and flexibility over AVX(1), and added full 256-bit integer support. From a software development perspective, there isn't much use in using AVX(1), since AVX2 is more flexible and complete, only at the expense of dropping support for Sandy Bridge and Ivy Bridge (SB didn't have any good AVX performance anyway). By using AVX2 you usually get the bonus feature of FMA too, which really can accelerate some algorithms.

AVX-512 is unfortunately (to my knowledge) not yet used in consumer software. This is the chicken and the egg problem, as usual. But it's important to get these features widespread so software can start to utilize it. AVX-512 will be massively powerful when we see real applications use it, there will be no going back.