AMD's 9850X3D Leak and Potential Shift From TSMC: Big Changes Ahead for CPUs

Growing shifts in semiconductor manufacturing are creating new competitive opportunities across advanced-node production and high-end CPU development.

Hardware by Tanvir Kabbo on Dec 19, 2025

Big changes are happening in the world of CPU manufacturing. AMD is looking for new partners to make chips with and is ready to unveil a strong new gaming processor. These changes could have a big effect on the price, performance, and competition of CPUs in the future.

AMD Exploring New Chip Manufacturing Options

A recent rumor says AMD might be preparing to source chips from multiple suppliers, which could mean some of its next-generation CPU production will move away from TSMC. Early reports say AMD is looking at Samsung's 2nm technology node, and the two companies are likely to wrap up their talks around January, after testing how well the process works.

AMD, 9850X3D Leak, Potential Shift, From TSMC, Big Changes, Ahead for CPUs, NoobFeed

The shocking thing is that the chips being spoken about aren't for the far future; they're for AMD's next generation. This means that the transformation will happen far sooner than most people thought.

We usually see AMD get most of its high-performance processors from TSMC. TSMC built its reputation by developing the fastest and most efficient process nodes, which made it very popular with large enterprises across many fields. But a lot of demand means a lot of money.

Reports say TSMC's N2 node costs about $30,000 per wafer, and estimates for the A16 node suggest prices could reach $45,000 per wafer. When one company becomes the default choice for most advanced silicon, it becomes easier to explain price hikes. In the end, we feel those expenses through higher CPU and GPU pricing.

The chance that AMD would use Samsung's 2nm technology brings about a much-needed change in the competition. Samsung has been trying to catch up to TSMC in terms of performance and yield for years, and working with a big CPU maker could help them get there faster.

Even if AMD only uses Samsung for some of its products, it still puts pressure on the market, leading to lower prices and faster innovation. There have also been reports that AMD is looking into Intel's foundry services for future products. This shows that AMD wants more than one fabrication option so it doesn't have to rely on any one partner for too long.

This is fantastic news for users. When competition among foundries is greater, supply is more reliable, prices are lower, and technology may improve more quickly. When monopolies on fabrication get weaker, everyone wins, from PC builders to data centers.

Retailers Get the AMD 9850X3D

Multiple merchants have now listed the impending AMD 9850X3D gaming CPU, which very much confirms that it exists and will be out soon. Prices before the release are rarely accurate, even though they seem far higher than expected—more than $70 above the 9800X3D's debut price.

We shouldn't jump to conclusions based solely on those early listings, because retailers often set placeholder prices that aren't the actual prices. The most significant thing is that the CPU is real, ready for production, and likely to be released shortly.

AMD, 9850X3D Leak, Potential Shift, From TSMC, Big Changes, Ahead for CPUs, NoobFeed

We're looking at a processor with 8 cores and 16 threads, 96MB of L3 cache, and a TDP of 120W. This aligns with AMD's plan to boost gaming performance by leveraging massive cache stacks. The biggest change is that the boost clock speeds are much higher, around 400MHz higher than the 9800X3D. At first glance, that might not seem like much. Still, gaming CPUs can show big performance advantages from even slight clock-speed gains, especially when they also have a huge cache advantage.

Final Thoughts

Previous X3D models already had the best gaming benchmarks, thus this big boost to an already top design makes the 9850X3D AMD's best gaming CPU ever. This chip could be the best solution for gamers who want the best performance without having to switch to a higher-core-count CPU built for productivity tasks.

The 9850X3D is likely aimed at people who care most about gaming performance. Its higher boost frequencies improve frame times, responsiveness, and peak fps, especially in games that require a lot of single-core power and a large cache. When the official benchmarks come out, we'll have a better idea of how big the generational uplift is. But just looking at the specs, the 9850X3D looks like a great release.

Also, check our other AMD articles below: