Esam Elashmawi
Analyst · John Vinh with KeyBanc Capital Markets. Please proceed with you question
Yes. Good question. From a server perspective, I think we've demonstrated that over the last several generations, we've been increasing our attach rate. In fact, remember my first Investor Day, which was in May of 2019, I'm looking at [indiscernible] we had -- we were talking about 25% attach rates that forward to today. It's well above one. And if you look at the server generation that is shipping today, and you contract that with the prior generation, which is ramping down, not only the attach rate has gone up, but the complexity of the server has driven the need for more complex FPGAs from Lattice, which is a higher ASP on average. And when you combine the higher attach rate with the higher ASP, on average, we're seeing about a 50% dollar increase in the generation of servers that are ramping today versus those that are ramping down. And we've got really good visibility on these architectures. And we know exactly what it will be used for, whether it be in control, management or security type functions. In fact, if you look at the last developers conference, we even had a major hyperscaler Meta presenting the value of Lattice from a security perspective. And that does relate directly to your question on DFR. And then we have really, really good visibility, excellent visibility on the next generation of servers that are going to be deployed as well, whether it be from hyperscalers, OEMs or even OEMs, and we see there that our tax rate is going up again. And we also know that those are also becoming more complex and that they're leveraging even more complex FPGAs. And most recently, we announced the [indiscernible] with our updated Century solution stack for the next-generation PFR type applications. So we feel very good about our position in the market. We continue to make good progress in increasing our tax rate generation over generation as well as delivering products that are very compelling and differentiated from a server security perspective. And then one final thing I want to point out is why an FPGA for security because that's really, really important. FPGAs provide programmability. And when you think about security and security threats, we provide something called crypto agility, which allows the customers to update their security, crypt their algorithms real time in the field when an incident occurs. It's always a race between the adversaries and those that are trying to protect their system an FPGA with programmability provides crystal agility that unique to that from an FPGA perspective.