AMD promises AM5 socket life support through to 2027 and beyond

At Computex 2024, AMD announced its new Ryzen 9000 series of processors, all sporting the Zen 5 architecture. This is the second generation of CPUs that use the AM5 socket and one thing is clear: It's far from being the last to do so. In fact, AM5 will see new Ryzen models all the way through to 2027 and beyond, confirming AMD's commitment to socket longevity.

AM5 first saw the light of day at the CES 2022 event, before being given a thorough introduction at Computex 2022. Designing a socket to last for numerous generations of chips is no mean feat, as it not only needs to support current technologies but also those yet to be used, as well as the power and performance demands of the future.

The first processors to find a home in the little 40 x 40 mm socket—with its 1,718 contact pins—were all the Zen 4-powered Ryzen 7000 series, and now the latest Ryzen 9000 joins them. If you were a certain blue-themed chip company, you might squeeze one more generation of CPUs into the socket before designing a new one, but that's not the case here.

That's because AMD reaffirmed its commitment to using the same sockets for many years by announcing that AM5 will continue to see new Ryzen processors for another three years, to 2027, and beyond.

If one assumes that AMD can release a new series of CPUs every 20 months or so, then you're looking at another two generations of Ryzen, possibly three. Putting them all together, that would make the AM5 home to a total of four or five generations of processors.

That's roughly the same as the 'legendary' AM4—well, as far as Ryzen chips are concerned. The first processors to use that socket were some old A-series APUs and the last Athlon X4 models. It's been in use since 2016 and yet AMD is still releasing new CPUs for it, and may possibly do so for another year, making its lifespan a truly remarkable nine years.

I'll be very surprised if AM5 lasts as long as that, as the push to support ever-faster RAM and offer additional speedy PCIe lanes