George Cozma

Which, ironically enough, Intel is now a part of.

Which, ironically enough, Intel is now a part of.

So I know when I was first booting my 9950X system, I put in the dims, I turned it on, I went, grabbed a cup of coffee, came back,

So I know when I was first booting my 9950X system, I put in the dims, I turned it on, I went, grabbed a cup of coffee, came back,

It's really funny that you guys are talking about like three megabaud and whatnot, because, so slight tangent. So I used to work, back when I was in college, I used to work at the on-campus observatory. And there was a data uplink from the observatory to the lab, which was about a mile and a half distance. It was still running 800 baud for some serial connection.

It's really funny that you guys are talking about like three megabaud and whatnot, because, so slight tangent. So I used to work, back when I was in college, I used to work at the on-campus observatory. And there was a data uplink from the observatory to the lab, which was about a mile and a half distance. It was still running 800 baud for some serial connection.

Yes, yes.

Yes, yes.

Yeah, but mind you, this was just a, all it was was basically just the go signal to start the power up for everything.

Yeah, but mind you, this was just a, all it was was basically just the go signal to start the power up for everything.

Yeah, so basically you would send the message and then you would either walk or drive up And by the time you got there, it was done. But it was like, and then, and then the way that you had to connect to all of it was through a, through a BBS.

Yeah, so basically you would send the message and then you would either walk or drive up And by the time you got there, it was done. But it was like, and then, and then the way that you had to connect to all of it was through a, through a BBS.

Speaking of sort of... Again, sort of a question to you guys, because this is stuff that I... I know a lot more about CPUs and GPUs than I do sort of the networking and the sort of lower level intricacies of all this.

Speaking of sort of... Again, sort of a question to you guys, because this is stuff that I... I know a lot more about CPUs and GPUs than I do sort of the networking and the sort of lower level intricacies of all this.

Yeah. But sort of, So I asked you this back when I was in San Francisco meeting you guys in person. What do you think of sort of the updates to OpenSeal and how that's been going to get rid of AGESA?

Yeah. But sort of, So I asked you this back when I was in San Francisco meeting you guys in person. What do you think of sort of the updates to OpenSeal and how that's been going to get rid of AGESA?

Yeah, because I know when we last talked about OpenCell, it was very much in sort of the initial stage of it being ramped up and what was happening with it. It does seem like AMD is adopting more open standards with regards to sort of, because they also announced Calibra, which is open source root of trust stuff.

Yeah, because I know when we last talked about OpenCell, it was very much in sort of the initial stage of it being ramped up and what was happening with it. It does seem like AMD is adopting more open standards with regards to sort of, because they also announced Calibra, which is open source root of trust stuff.

Well, not just populating it, the fact of having that channel, right? So for Turret, it's 6,000 up to 6,400 with validation, but 6,000 with one DPC. 4,400 with two DPC, and then 5,200 if you're running one DPC in a two DPC board. So the fact of just having that second channel, you're losing a whole bunch of your memory clocks.

Well, not just populating it, the fact of having that channel, right? So for Turret, it's 6,000 up to 6,400 with validation, but 6,000 with one DPC. 4,400 with two DPC, and then 5,200 if you're running one DPC in a two DPC board. So the fact of just having that second channel, you're losing a whole bunch of your memory clocks.