Patrizio Vinciarelli
Analyst
Well, all of the above and Vicor solutions has gotten to a deeper level of capability with respect to these with an invention of vertigo and level of vertigo. So part of these advances had to do with the density of our modules, the current density, which is being ahead of the pack, by a certain percentage or with 5G, that advance is becoming 3x greater. But it’s not just a module density, current density or power density play. It’s also a part of this visual architecture of play. And for a variety of reasons that constraints on the competitive alternatives with respect to, what they can do in terms of power distribution networks, and one of our greater opportunities aside from again, the density of the molecules, and the advantages of high price power, have to do with our enabling ways to deliver that power that bring about much greater efficiency in the power distribution, that is the copper layers, let’s say within a bar, and related to that, the much greater control of the voltages within domains in the silicon itself, which is an issue that, frankly, many customers don’t yet fully appreciate that they see the silicon on running Red Hat. They see themselves not being able to deliver the live performance that there was anticipated it is because of the handicap of the power system, in particular, the power distribution network, and it’s both the [indiscernible] in terms of the drops that take place within the copper, and within the silicon itself. So this a process of indication, there are challenges associated with carving this process to fruition because, frankly, deliver on the sanding isn’t what it could be. And it’s incumbent on us, in particular, to work with our customers to unleash the full potential of their silicon.