LEADTEK | NVIDIA RTX PRO™ 4500 Blackwell

LEADTEK NVIDIA RTX PRO 4500 Blackwell Workstation GPU

The LEADTEK NVIDIA RTX PRO™ 4500 Blackwell is a professional-tier workstation graphics card built to redefine modern corporate workflows. Striking an ideal balance between extreme compute performance and optimized power consumption, the RTX PRO 4500 is engineered explicitly for enterprise deployments where data reliability, ISV (Independent Software Vendor) stability, and advanced AI throughput are critical.

By operating within a highly efficient 200W power envelope, it allows enterprises to scale their local compute infrastructure within standard multi-GPU workstation chassis without requiring costly, specialized power or cooling retrofits.

Core Business Applications & Drivers

• Agentic & Localized AI Prototyping: Powered by the cutting-edge Blackwell architecture, this card enables data science and IT teams to deploy enterprise-grade agentic AI systems, train local models, and drive generative AI pipelines directly behind the corporate firewall.

• True-to-Life Neural Graphics & AECO: For architecture, engineering, construction, and media teams, the 4th-Gen RT Cores bring advanced neural graphics (such as RTX Mega Geometry) to reality. This allows teams to interactively design sustainable infrastructure and handle up to 100x more ray-traced triangles seamlessly, heavily reducing project iteration cycles.

• Next-Gen Media & Broadcasting Production: Introducing hardware encode and decode support for 4:2:2 chromasampled video, the GPU eliminates the need for video editing proxies in heavy HDR or fine-text environments. Teams spend less time rendering and more time delivering final content.

• Enterprise Reliability and Uptime: Backed by continuous enterprise driver optimizations and strict ISV testing, this card ensures mission-critical application stability. It also includes an on-chip AI Management Processor that offloads GPU context scheduling from the CPU, maximizing hardware utilization and preventing application time-outs.
  
  
  

Specifications