Patrizio Vinciarelli
Analyst
So, we have been able to – systems, they are already up to a few tens of thousands of amperes on a wafer. I would say that’s the most advanced solution in terms of power system capability and from what I can tell, compute capability in the market. So, that’s obviously cutting edge and preferable the more common denominator type applications, which as Phil suggested earlier, are trending up to the 2,000 Amp level. So, we are involved in one important development with a major OEM at the 2,000 Amp level. At that level, fundamentally, you need VPD and you need an advanced form of VPD such as what we call second gen VPD. Yes, you could try to do it with the first gen VPD that has been covered to a high degree by competitors, but what you would be sack with is a system, a power system that is evolves modules very heavy, very thick thermally in-app, difficult to call with very poor yields in assembly and reliability issues, not to mention the IP issues I alluded to earlier. So, we see the market in AI, in particular, quickly getting past the 1,000 Amp level and fundamentally left with VPD-only solutions. The lateral is out, even lateral of vertical, while achieving significant benefits relative to lateral, not as good as a vertical. And fundamentally, what’s going to be needed is a more advanced version of VPD that doesn’t bring about the stacking challenges, the characterized first generation VPDs what currently is in…