Intel Unveils Xeon 600 Workstation Line

• Intel has introduced its new Xeon 600 workstation processors, bringing major improvements in core count, memory bandwidth and PCIe connectivity.
• The lineup targets demanding professional workloads in AI development, engineering and media production.
• Intel and ASUS also set multiple overclocking records using the flagship Xeon 698X.

A New Generation of Workstation Performance

Intel has announced the launch of its Xeon 600 processors for client workstations, marking a full‑stack refresh of its high‑end W890 chipset platform. The new generation introduces higher core counts, expanded PCIe 5.0 connectivity and support for faster memory standards. These upgrades aim to meet the growing computational needs of industries relying on data‑intensive workflows. Intel says the processors also deliver improved power efficiency compared to the previous generation.

The company highlights that the demand for high‑performance compute continues to rise across engineering, AI development and content creation. Hector Guevarez, Director of the Workstation Segment, noted that the Xeon 600 family is designed to support these workloads with enhanced efficiency and broader AI capabilities. The platform integrates Intel vPro technologies for security and manageability. It also offers robust connectivity options to support multi‑GPU configurations and high‑speed storage.

Intel’s Xeon 600 processors are built on Intel 3 process technology and use the Redwood Cove+ core architecture. The top‑end Xeon 698X features 86 performance cores, representing a substantial increase over the previous 64‑core flagship. According to Intel, this results in up to 61 percent higher multi‑threaded performance at similar power levels. The company positions the new lineup as a major step forward for workstation‑class computing.

Technical Enhancements for Professional Workflows

The Xeon 600 series introduces several improvements aimed at accelerating professional workloads. Single‑thread performance increases by up to nine percent, while multi‑thread gains reach 61 percent depending on the model. Support for FP16 in Intel AMX enables faster AI training and inference, with Intel citing up to 17 percent better performance in machine learning tasks. These enhancements target users working with large datasets and complex simulations.

Connectivity also receives a major upgrade. The processors support up to 128 PCIe 5.0 lanes, enabling configurations with multiple GPUs, high‑speed SSDs and advanced networking cards. Memory bandwidth increases significantly with support for eight channels of DDR5 RDIMM at up to 6400 MT/s. New support for DDR5 MRDIMM modules pushes speeds up to 8000 MT/s, which can benefit memory‑bound workloads such as scientific computing and real‑time rendering.

Intel continues to support ECC memory and RAS technologies to maintain data integrity in mission‑critical environments. The platform also introduces new tuning and overclocking controls, including undervolt protection reporting and per‑core performance limit diagnostics. These features give advanced users more insight into system behavior under heavy loads. Additional tuning options cover AVX offsets, mesh frequency adjustments and Turbo Boost configuration.

Integrated Wi‑Fi 6E and optional Wi‑Fi 7 support expand networking capabilities for workstation deployments. Intel vPro technologies provide hardware‑based security features such as multi‑key memory encryption and firmware version control. The platform also supports Intel One‑Click Recovery to simplify enterprise system management. These additions aim to make the Xeon 600 family suitable for both standalone workstations and large‑scale IT environments.

Record‑Setting Overclocking and Availability

Intel and ASUS collaborated to demonstrate the overclocking potential of the Xeon 600 series. Using the Xeon 698X and the ASUS Pro WS W890E‑SAGE SE motherboard, the companies set new world records across ten benchmarks. These include multi‑core scores in Geekbench 4 and 5, as well as Y‑Cruncher runs up to 28 billion digits. Another ten global first‑place submissions were recorded in benchmarks such as Cinebench R20, R23 and R15.

The results highlight the platform’s ability to sustain extreme workloads under tuned conditions. Intel says the new tuning features make the Xeon 600 series the most flexible workstation platform it has released to date. Overclocking remains a niche use case, but the records demonstrate the architectural headroom available in the new processors. This may appeal to professionals who require maximum performance for specialized tasks.

Intel plans to make the Xeon 600 processors available through OEM and system integrator partners starting in late March 2026. Individual boxed processors will also be offered for custom workstation builds. The company expects the new lineup to serve a wide range of professional users seeking higher performance and improved efficiency. Adoption will likely be strongest in fields where compute‑intensive workloads are central to daily operations.

The introduction of MRDIMM support is notable, as the technology is still emerging in the workstation market. MRDIMMs use multi‑rank buffering to achieve higher speeds and capacities than traditional RDIMMs. This could make the Xeon 600 platform particularly attractive for memory‑heavy applications such as large‑scale simulations and AI model training. Intel’s decision to include this support suggests a focus on future‑proofing the workstation ecosystem.