Intel is making its most ambitious push into workstation computing in three years with the official launch of the Xeon 600 processor lineup, whilst simultaneously expanding its enterprise vPro platform to include new Panther Lake chips with integrated AI capabilities.
The workstation market reopens
Xeon 600 processors, codenamed Granite Rapids-WS, represent Intel's return to the boxed workstation CPU market after a lengthy hiatus. Based on Intel's Granite Ridge CPUs, the release will see Intel's latest server technology finally cascade down into workstation parts, replacing the current Xeon W-2500/W-3500 (Sapphire/Emerald Rapids) platforms that have been the basis of Intel's Xeon workstation lineup for the last few years.
The Xeon 698X sports 86 cores and the Xeon 696X comes in at 64 cores, a substantial leap from the 60-core limit of previous-generation flagship workstations. The top Xeon 600 chip brings that to 86 cores, or about a 43% increase in core counts, running at roughly the same peak frequency as before.
This multi-threaded performance surge comes with trade-offs. Intel's own promotional material lists the single-threaded performance gains for Intel's top SKU at just 9%, versus 61% higher multi-threaded performance. For professional users running rendering, simulation, or data-processing tasks that parallelise well, the difference is transformative. For single-task workloads, gains remain incremental.
Price positioning and platform costs
Pricing for the Granite Rapids-WS lineup starts at $499 for the entry-level Xeon 634, while the flagship 698X carries a $7,699 MSRP, a notable discount compared with the $11,699 price of the Threadripper 9995WX. Yet workstation buyers should not fixate solely on CPU cost. The platform supports DDR5 RDIMMs up to 6400 MT/s and MRDIMMs up to 8000 MT/s, with up to 4 TB of memory capacity on the 8-channel SKUs. The cost of memory and W890 platform motherboards will often exceed the processor price itself.
Intel says Xeon 600 processors for workstations will be available through OEM and system integrator partners, plus boxed retail processors, starting in late March 2026.
The AI workstation feature set
Beyond raw core count, Xeon 600 chips bring AI acceleration to the professional workstation space. They come with Intel AMX in each core, with support for FP16 instructions to accelerate AI workloads, along with AVX-512 support. Granite Rapids brings with it one notable feature that Intel is hoping will give the company a wider edge in the AI market: FP16 support in its AMX units. The latest generation of Intel's dedicated matrix multiplication hardware for mid-to-low precision math, the company previously only supported INT8 and BFloat16 in these cores; so the addition of FP16 support is a modest expansion in its capabilities.
Enterprise gets AI-driven security
Parallel to Xeon 600's debut, Intel is unveiling an overhauled vPro platform certified for Core Ultra Series 3 (Panther Lake) business processors. Intel Device IQ "collects PC telemetry, [and] uniquely applies local AI to trigger remediation directly on the device." The latter can detect malware in real-time using AI, says Intel.
Intel is extending the servicing window for Core Ultra Series 3 machines with vPro to 10 years. This shift reflects a recognition that enterprise equipment lifecycles have lengthened, and supporting devices for a decade reduces total cost of ownership.
The new vPro features emphasise local AI processing rather than cloud-based threat detection. Intel announced support for CrowdStrike Falcon Data Protection, using the onboard AI capabilities to protect sensitive data during agentic AI workloads.
Intel says it has over 125 designs for Panther Lake machines that support vPro, including the usual names like Acer, Asus, Dell, and HP, alongside more commercial-focused OEMs like Fujitsu, Panasonic Connect, and Dynabook.
The broader context
These launches sit within Intel's wider 2026 processor roadmap. Panther Lake is the first client system-on-chips (SoC) built on the Intel 18A process node, the most advanced semiconductor process ever developed and manufactured in the United States. The manufacturing advantage matters. Intel retains control of cost, supply chain resilience, and can iterate faster than fab partners would allow.
The competitive landscape remains tighter than Intel would prefer. Granite Rapids has been deployed in the data centre for about a year and a half, and in that time, AMD introduced its Zen 5-based Threadripper 9000 chips, leaving an open spot in the market for Intel to release its next-gen workstation CPUs. The three-year delay in workstation CPU updates has given AMD real estate to occupy.
Still, Intel's pricing and core-count strategy appears designed to move volume into the prosumer and lower-end professional market where AMD's offerings sit higher. Whether that gamble pays off will depend on real-world adoption and whether the AI acceleration features find paying customers.