Intel Arc Pro B50 Benchmarks – What the Latest Workstation GPU Delivers

Early Benchmarks and Performance Numbers

On August 30, entries in the Geekbench online database revealed the first performance data for the Intel Arc Pro B50. It scored 78,661 in Vulkan and 69,890 in OpenCL, putting it about 20% behind the Arc B570 gaming card while nearly doubling the older A50 workstation model.

In practice, that means noticeably faster rendering in 3D design tools, smoother CAD navigation, and less waiting when exporting large projects. Think of it as cutting a 10-minute render down to just 6 minutes — a real time-saver for professionals on tight deadlines.

Of course, synthetic tests are only one piece of the story. Applications like Blender or SolidWorks will ultimately prove whether this raw power translates into reliable everyday gains.

Positioning Against Rivals

The workstation GPU market has long been dominated by Nvidia’s Quadro and AMD’s Radeon Pro series. The Arc Pro B50 is Intel’s attempt to challenge that dominance. It offers more muscle than entry-level cards but doesn’t quite reach the top tier of Nvidia’s RTX A1000 or AMD’s Radeon Pro W6000 series.

For small studios and freelancers, the Arc Pro B50 could strike a smart balance: certified drivers, dependable performance, and a mid-range price tag. That combination can deliver pro-level stability without draining the budget.

For larger enterprises running heavy simulations or scaling across multiple GPUs, the picture looks different. Established options from Nvidia and AMD still offer decades of proven reliability. Intel, by contrast, must show it can steadily grow into that same long-term trust.

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Why the Intel Arc Pro B50 Matters

Mid-range workstation GPUs rarely make headlines, but they can have a big impact. The Intel Arc Pro B50 nearly doubles the performance of the A50, opening access to professional reliability at a much lower cost.

For many creators, that could mean faster project turnaround, smoother client demos, and fewer interruptions. In a world where time equals money, this kind of improvement can be a game-changer.

This release also highlights Intel’s determination to compete head-to-head with Nvidia and AMD. Having a strong third option can spark more innovation and push prices down. While gaming GPUs often chase raw FPS numbers, workstation GPUs like the B50 are built for consistency — a focus we also explore in our Hardware Lab coverage.

Potential Limitations

That doesn’t mean the Arc Pro B50 is flawless. Intel’s driver ecosystem is still younger than Nvidia’s or AMD’s, and long-term reliability will need to be proven over time. Professionals who keep GPUs for years want stable updates and broad certification — areas where Intel is still building credibility.

Performance scaling is another consideration. While the B50 comfortably outpaces the older A50, it still lags behind top-tier workstation GPUs. For designers handling enormous CAD models or studios running complex simulations, this gap may become a limiting factor. In such cases, higher-end Quadro or Radeon Pro cards remain the safer option.

Image for illustration purposes only

Looking Ahead

The Intel Arc Pro line is expanding, and the B50 is only one piece of the roadmap. With demand for AI acceleration and advanced visualization growing, the timing is significant. If Intel continues strengthening driver support and certifications, these cards could evolve into genuine alternatives to Nvidia and AMD.

More powerful models are already on the horizon. If they deliver the same strong value while adding more advanced software support, Intel could genuinely disrupt the market. Future designs are also expected to emphasize AI acceleration and virtualization — areas that modern professionals increasingly rely on.

Final Thoughts

The Intel Arc Pro B50 won’t overturn the workstation GPU market overnight, but it shows that Intel is serious about competing. It offers meaningful gains over the A50, carves out a practical mid-range niche, and gives professionals a new option in a space long ruled by two players.

For some, it could be the affordable workhorse they’ve been waiting for. For others, Nvidia or AMD may still feel like the safer bet. The ultimate question is yours to answer: would you already trust an Intel workstation GPU with your most important work?

Further reading: Tom’s Hardware, PC Gamer, LaptopMag