Usually, CES in Las Vegas is the scene of major technological revolutions. But this time, the atmosphere at AMD seems more studious than spectacular. Lisa Su, the emblematic CEO of the firm, presented a score without much surprise: no architectural upheaval on the horizon. We are mainly in optimization, segmentation and, let’s be honest, a lot of renaming.
AMD’s strategy is based on three major pillars: the Ryzen AI 400 series, the AI Max+ range for mobile workstations and the famous Ryzen 7 9850X3D that gamers are eagerly awaiting. I also notice that despite solid performances, a feeling of “minimum service” seems to dominate discussions among experts. Come on, I suggest you get to the heart of the matter to see what these announcements really have in store for us.
What does the Ryzen AI 400 series have in store for us?
The anatomy of a mastered refresh
AMD has a habit that often annoys purists: the frequent change of nomenclature. For 2026 we move to the 400 series, codenamed “ Gorgon Point HAS”. Behind this mythological name hides in reality an update of the previous generation, the Strix Point (300 series). Let’s be clear: if you were waiting for the Zen 6 architecture, you’ll have to go back. The Ryzen AI 400 series is entirely based on the foundations of 2025. We find the CPU architecture Zen 5the graphic part RDNA 3.5 and the artificial intelligence engine XDNA 2.Â
Why this change of number then? For marketing. In a world where the general public buys numbers, going from 300 to 400 gives the illusion of radical novelty. However, the improvements are mainly in the clock frequencies. AMD has refined its engraving processes to grab a few additional megahertz without exploding power consumption. It’s effective, certainly, but I find that it lacks panache.
The race for NPU performance
The real notable change in Gorgon Point lies in its NPU (Neural Processing Unit). We go from 55 to 60 TOPS (Tera Operations Per Second). In my opinion, this is a decision purely dictated by Microsoft’s requirements for the Copilot+ label.
Today, local artificial intelligence is becoming a major selling point. By reaching the 60 TOPS mark, AMD secures a place of choice in future ultra-thin laptops. But let’s be honest: for the average user, the difference between 55 and 60 TOPS is imperceptible in everyday life. It’s a battle of technical sheets more than a revolution in use.
A two-stage release schedule
The start of the year was a decisive stage. During the first quarter, the first 400 series laptops arrived on the market. I notice that they mainly target the high end, which often results in high prices.
The launch on socket AM5 this month marks a real turning point. If I appreciate the longevity of the platform, I note a downside. These “Gorgon Point” processors are ultimately just mobile chips adapted to the desktop format.
Ryzen AI Max+: AMD’s new titan for graphics and AI
If the 400 series plays it safe, the range Ryzen AI Max+ (Strix Halo) shows the muscles. AMD is targeting creatives and professionals who have previously been eyeing Apple’s MacBook Pro. The flagship of this series, the Max+ 395brings together 16 Zen 5 cores and an integrated GPU of 40 RDNA 3.5 units. It is the equivalent of a mid-range graphics card, but housed directly in the heart of the processor. This is AMD’s best answer to Apple’s M4 Max. It finally eliminates latency between the CPU and GPU. The result is a solution that is as elegant as it is formidable.
At CES 2026, AMD also introduced the Max+ 392 et 388equipped with 12 and 8 Zen 5 cores. These processors maintain a solid graphics part while making mobile workstations more accessible than the flagship 395. I find this strategy clever. It allows us to occupy the ground against the competition without distorting the DNA of the range.
Unified memory support up to 128 Go is for me the major asset. It’s a revolution for the local use of models like Llama or Mistral. Unlike traditional cards limited to 16 GB of VRAM, this GPU uses all system memory. For AI, the advantage is immense. AMD is finally adapting its hardware to current needs.
Focus sur le Ryzen 7 9850X3DÂ
The evolution of 3D V-Cache technology
Although AI dominates the market, gamers’ hearts still beat for the technology 3D V-Cache. Since its launch, the Ryzen 7 9850X3D stands out as the ultimate response to their expectations. The principle is refined: by stacking the cache vertically, AMD reduces access times, providing a massive boost to game engines. With its 8 hearts and its colossal reservoir of 104 Mo cache, this processor no longer waits for RAM. It’s a war machine designed to never slow down.
A delicate balance between frequencies and consumption
AMD has finally solved the low frequency problem on its X3D chips. The 9850X3D now climbs to 5.6 GHz, a technical feat given the thermal sensitivity of the vertical cache. With its TDP of 120W, it remains manageable with good cooling. For me, this processor becomes the absolute benchmark for high-end gaming in 2026. It is also the only product at the conference which really justifies an immediate update.
The future on AM5: A platform that lasts
AMD keeps its promise: the AM5 socket remains the absolute standard. No need to change motherboards anymore, a simple BIOS update is enough to install this 9850X3D on your B650 or X670 cards. The initial investment has finally paid off and PCIe 5.0 has established itself as a sustainable standard. This strategic stability contrasts with the competition’s incessant socket changes. It is, without a doubt, the most consistent and intelligent hardware choice of 2026.
Why does AMD seem to provide the minimum service?
Optimization rather than disruptive innovation
After these announcements, one might wonder why AMD didn’t hit harder. The feeling of service minimum seems justified: the firm has clearly prioritized financial security. Rather than launching a Zen 6 at colossal costs, AMD prefers to make the Zen 5 architecture profitable. Industrial prudence thus prevails over technological audacity.
This approach is similar to a “refresh” methodical, relying on frequencies and marketing to occupy the ground. If this management stabilizes market shares, it leaves a door open to competition. In summary, Lisa Su’s team is consolidating its gains and managing its lead instead of looking for a break to distance its rivals.
Competitive issues and the AI market
The market has evolved: AMD is no longer only fighting against Intel on the desktop. The threat is now plural, with NVIDIA in the field of AI and Apple in the mobile creative segment. To adapt, AMD is abandoning the simple race for frequencies in favor of increased versatility on increasingly specialized platforms.
By focusing on the TOPS and the mémoire unifiéethe brand seizes new growth levers. This “minimum service” on raw CPU power hides a massive investment in artificial intelligence. This pivot is a game changer: the Ryzen processor is no longer a simple calculation engine, but an intelligent assistant capable of meeting modern software requirements.
A pragmatic economic assessment
The financial aspect remains the central driving force of this strategy. With fine segmentation, from Ryzen AI 400 to Max+, AMD maximizes its margins. Multiplying the references makes it possible to occupy all price segments while optimizing current production.
Industrially, it’s brilliant. AMD recycles imperfect chips for its mid-range models. If this profitability is exemplary, it lacks spice for enthusiasts looking for a breakthrough. AMD’s prowess is therefore more logistical and economic than purely innovative.
A solid 2026 vintage but without surprises
AMD begins the year with a certain technical mastery, favoring continuity rather than audacity. The series Ryzen AI 400 refines the achievements of 2025 for the general public while optimizing AI. The passage of these chips on the socket AM5 marks a key milestone for office users, validating a stable and secure industrial strategy.
The range AI Max+ stands out as the most relevant proposition. It offers a serious alternative to Apple’s closed ecosystem thanks to its flexible memory management for AI. At the same time, the Ryzen 7 9850X3D confirms its status as leader. Its boosted frequencies and massive cache make it, from now on, the preferred choice of players to dominate the most demanding titles of the year.
An update from last year’s Zen 5 configuration is of little immediate benefit. On the other hand, this catalog perfectly meets the needs of those who are migrating from an old platform or looking for local AI power. AMD maintains a high technical standard that its rivals will struggle to match by the end of the year.
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