AMD Unveils Ambitious AI Roadmap: EPYC 'Venice' and 'Verano' CPUs, Instinct MI500X GPUs for 2026-2027

AMD unwraps 2027 AI plans: Verano CPU, Instinct MI500X GPU, next-gen AI rack

AMD is accelerating its CPU, GPU, and AI rack-scale solutions roadmaps to a yearly cadence, so the company is set to introduce its all-new EPYC 'Verano' CPU, Instinct MI500-series accelerators, and next-generation rack-scale AI solution in 2027, the company revealed at its Advancing AI event. "We are already deep in the development of our 2027 rack-scale solution that will push the envelope even further on performance efficiency and scalability with our next generation Verano CPUs and Instinct MI500X-series GPUs," said Lisa Su, chief executive of AMD, at the event. AMD's 2026 plans for rack-scale AI solutions already look impressive as the company's first in-house designed Helios rack-scale system for AI will be based on AMD's 256-core EPYC 'Venice' processor (expected to deliver a 70% generation-to-generation performance improvement); Instinct MI400X-series accelerators projected to double AI inference performance compared to the Instinct MI355X; and Pensando 'Vulcano' 800 GbE network cards compliant with the UEC 1.0 specification. But the company is set to introduce something even more impressive the following year. That would be AMD's second generation rack-scale system powered by its EPYC 'Verano' processors, Instinct MI500X-series accelerators, and Pensando 'Vulcano' 800 GbE NICs. AMD did not reveal any specifications or performance numbers for its second gen rack-scale solution, EPYC 'Verano' processors, or Instinct MI500X-series GPUs. However, based on a picture the company provided, the post-Helios rack-scale machine will feature more compute blades, thus boosting performance density. This alone points to higher performance and power consumption, which will come handy as this one will have to rival Nvidia's NVL576 'Kyber' system based on 144 Rubin Ultra packages (each packing for reticle-sized compute elements). Production of EPYC 'Verano' CPUs and Instinct MI500X-series accelerators in 2027 align perfectly with TSMC's roll-out of its A16 process technology in late 2026, its first production node to offer backside power delivery, a technology particularly useful for heavy duty datacenter CPUs and GPUs. We do not know whether AMD's 2027 processors and accelerators will rely on TSMC's A16, though it isn't unreasonable to speculate.

AMD EPYC Venice boasts 256 cores and bandwidth galore -- next-gen server CPUs arrive in 2026

AMD on Thursday revealed some of the first technical details about its next-generation Zen 6-based EPYC 'Venice' processor at its Advancing AI event. The company disclosed that the new server CPU will feature up to 256 cores, which increases the number of cores from the current generation EPYC 'Turin' processor by 33%. But the new microarchitecture and the increased number of cores will not be the only innovation that AMD's 2026 data center CPU will bring. AMD says by packing up to 256 next-generation high-performance Zen 6 cores, the upcoming 6th Generation EPYC 'Venice' CPU will increase performance compared to the existing 5th Generation EPYC 'Turin' 9005-series processor by up to 70%, though the company refrained from elaborating exact workloads it used for comparison. Perhaps more importantly, the new EPYC 'Venice' processor will more than double per-socket memory bandwidth to 1.6 TB/s (up from 614 GB/s in case of the company's existing CPUs) to keep those high-performance Zen 6 cores fed with data all the time. AMD did not disclose how it plans to achieve the 1.6 TB/s bandwidth, though it is reasonable to assume that the new EPYC 'Venice' CPUS will support advanced memory modules like like MR-DIMM and MCR-DIMM. In addition, AMD's 6th Generation EPYC 'Venice' CPU will also double CPU-to-GPU bandwidth, which most likely means that this processor and the company's next-generation Instinct MI400X-series GPUs will use a PCIe 6.0 interface for communication. That would which mean AMD will be able to transfer up to 128 GB (not counting encoding overhead) of data per second in each direction. And with 128 PCIe lanes, the total amount of data that can be moved is likely much higher. "Venice extends our leadership across every dimension that matters in the data center," said Lisa Su, chief executive officer of AMD. "More performance, better efficiency, and outstanding total cost of ownership. It is built on TSMC 2nm process technology and features up to 256 high performance Zen 6 cores. It delivers 70% more compute performance than our current generation EPYC 'Turin' CPU and and to really keep feeding [the Instinct MI400X accelerators] with data at full speed, at even at rack scale, we have doubled both the GPU and the memory bandwidth and optimized Venice to run at higher speeds. [...] We just got 'Venice' back in the labs and it is looking fantastic." AMD's 6th Generation EPYC processors are expected to adopt the all-new SP7 form-factor that is projected to enable the company to place more compute complex dies (CCDs) on the package, increase the number of memory channels, and boost peak power delivery well beyond 700W supported by the SP5 packaging.

AMD EPYC Venice Server Processor: Up to 256 Zen 6 Cores and 70% Performance Boost

AMD has shared details about its next-generation EPYC server processor, code-named Venice, at the Advancing AI 2025 conference. Expected to launch next year, the Venice processor is built on the new 2nm Zen 6 microarchitecture and will offer up to 256 cores. This core count represents a substantial increase compared to the current Zen 5c-based EPYC processors, which have a maximum of 192 cores. This expanded core count is intended to improve performance for large-scale server workloads and data center applications. One of the key features of Venice is its support for 128 PCIe 6.0 lanes arranged in a dual-channel configuration. This matches previous leaks related to AMD's upcoming SP7 platform. The processor's memory subsystem supports speeds of at least 12,500 MT/s, which is very close to the 12,800 MT/s speed of the second-generation DDR5 MRDIMM memory standard. With 16 memory channels operating at 64 bits each, Venice can deliver up to 1.6 terabytes per second of memory bandwidth. AMD projects a 70% increase compared to the previous generation. When broken down to a per-core basis, this means each Zen 6c core delivers approximately 27.5% better performance than a Zen 5c core. Venice also doubles the bandwidth for communication between the CPU and GPU, which can further accelerate workloads that leverage integrated or discrete GPUs in server systems. These improvements indicate that Venice is designed to address the growing demands of AI, machine learning, and other high-performance computing tasks in data centers.

AMD confirms next-next-gen Zen 7-based EPYC 'Verano' CPUs and Instinct MI500 AI GPUs for 2027

As an Amazon Associate, we earn from qualifying purchases. TweakTown may also earn commissions from other affiliate partners at no extra cost to you. AMD has confirmed its next-next-gen Zen 7-based EPYC "Verano" CPUs and Instinct MI500 series AI accelerators will both be launching for next-gen AI racks in 2027. AMD held its Advancing AI event earlier today, unveiling its new Zen 6-based EPYC "Venice" CPUs with up to 256 cores and 512 threads of processing power, as well as its new Instinct MI350 series AI accelerators, on top of teasing its next-gen Instinct MI400 series AI chips that will boast 10x the performance of its just-released MI350 series, with MI400 AI chips boasting up to 432GB of next-gen HBM4 memory. The company surprisingly introduced its next-next-gen Zen 7-based EPYC "Verano" CPUs and Instinct MI500 series AI chips, where we should expect the new EPYC "Verano" chips to use the new Zen 7 architecture (but AMD didn't confirm this part). The new EPYC Verano and Instinct MI500 series chips will power the next-gen wave of AI server racks from the company, as it will be using its just-announced EPYC Venice and Instinct MI400 series chips inside of its new Helios AI servers. Speaking of AMD's next-gen Zen 7 processors, we had a new leak yesterday that teased that the consumer versions of Zen 7 will be on the new AM6 socket, offering up to 32 cores and 64 threads of next-gen Zen 7-based CPU performance on desktop PCs in the future. MLID's sources said that there will be "tons" of V-Cache on the Zen 7 desktop chips, something that I'm sure we're ALL looking forward to.

AMD confirms next-gen EPYC 'Venice' Zen 6 CPU has 256 cores, will debut in 2026

As an Amazon Associate, we earn from qualifying purchases. TweakTown may also earn commissions from other affiliate partners at no extra cost to you. AMD has confirmed its next-gen Zen 6-based EPYC "Venice" and next-next-gen Zen 7-based EPYC "Verano" CPUs are cooking right now, with up to 256 cores on its upcoming Zen 6-based EPYC "Venice" CPU. During its keynote today at its Advancing AI event, AMD confirmed not only its next-gen EPYC processors but also next-gen Instinct AI series GPU family lineups. AMD launched its new Instinct MI350 series today as well as teasing its next-gen Instinct MI400 series, which will boast HBM4 memory launching in 2026. AMD's upcoming Zen 6-based EPYC "Venice" CPUs will feature two different variants: a standard Zen 6 variant and a denser Zen 6c variant, which will be featured in the SP7 and SP8 sockets, with the former aimed at higher-end solutions, and the latter at entry-level servers. The new platform will feature 16-channel and 12-channel memory support, too. AMD will be fabbing its new EPYC "Venice" CPUs on TSMC's new 2nm process node, offering up to 2x the CPU-to-GPU bandwidth, with a 70% gen-on-gen performance uplift, as well as up to 1.6TB/sec of memory bandwidth. AMD says that it will be using its new Zen 6-based EPYC "Venice" CPUs, new Instinct MI400 series AI GPUs, and Vulcano FPGAs inside of its new Helios data center racks in 2026.

AMD Confirms Next-Gen EPYC Venice "Zen 6" CPUs With 256 Cores In 2026, EPYC Verano "Zen 7" CPUs & Instinct MI500 GPUs For 2027

AMD has confirmed its next-gen product lineups, including Zen 6-based EPYC Venice, Zen 7-based EPYC Verano, and Instinct MI500 series. AMD EPYC Venice With Zen 6 In 2026 & EPYC Verano With Zen 7 In 2027, Up To 256 Cores Next Year With Instinct MI500 Series For Next-Gen Rack In 2027 Wrapping up its Advancing AI keynote, AMD confirmed its next-generation EPYC and Instinct family lineups. During its keynote, AMD confirmed that next year, it will be introducing its Instinct MI400 series which offers a 10x performance uplift over the MI350 series that launched today. In addition to that, the company is also announcing some key details of its next-generation EPYC lineup that is codenamed "Venice". The lineup will incorporate the brand-new Zen 6 architecture that debuts next year and features up to 256 cores. Based on previous reports, AMD's 6th Gen EPYC Venice CPUs will come in two flavors, just like the Zen 5 and Zen 4 offerings, a standard Zen 6 variant and a denser Zen 6C variant. These will be featured in the SP7 and SP8 sockets, with the former being the higher-end solution while the latter aims at the entry-level server solutions. The platform will come with both 16 & 12-channel memory support. In terms of core counts, the AMD EPYC 9006 "Venice" CPUs will have up to 96 cores and 192 threads with up to 8 CCDs in classic configurations, while Zen 6C variants will scale up to 256 cores and 512 threads. The chips will be fabricated on TSMC's 2nm process node and offer up to 2x the CPU-to-GPU bandwidth with a 70% gen-on-gen performance gain and up to 1.6 TB/s of memory bandwidth. The AMD EPYC Venice CPUs, Instinct MI400 series and Vulcando FPGAs will be packed within the Helios data center rack in 2026. In 2027, AMD will be introducing its next-gen EPYC Verano CPUs and Instinct MI500 series. The EPYC Verano CPUs are likely going to utilize the Zen 7 core architecture since AMD is shifting to an annual cadence, so we are going to see updates on the datacenter and AI front at a very rapid pace, similar to what NVIDIA is doing now with a standard and an "Ultra" offering. These will be used to power the next-gen AI racks and will offer a disruptive uplift in overall performance.