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PNY RTX A400 4GB GDDR6 Graphics Card
Key Features
Brand:PNY
4GB GDDR6 for fast multitasking
768 CUDA cores for high compute power
Four Mini DisplayPort 1.4a outputs
Low 50W power consumption
Compact single-slot, low-profile design
1 Year Warranty
Ultimate Guide to PNY NVIDIA RTX A400 4GB GDDR6 Graphics Card
The PNY NVIDIA RTX A400 4GB GDDR6 Graphics Card brings professional-grade artificial intelligence acceleration and real-time ray tracing into a space-saving footprint.
Built on the power-efficient Ampere GPU architecture, this low-profile workstation card delivers enterprise reliability for multitasking and creation.
Understanding its architectural capabilities helps professional designers and IT coordinators select the correct compact hardware for demanding business environments.
Built on the power-efficient Ampere GPU architecture, this low-profile workstation card delivers enterprise reliability for multitasking and creation.
Understanding its architectural capabilities helps professional designers and IT coordinators select the correct compact hardware for demanding business environments.
Advanced Architecture and AI Acceleration
Modern engineering and development environments require specialized processor pipelines to calculate complex visual datasets efficiently.
The defining feature of this professional PNY model is its integrated combination of advanced core types.
Unlike legacy budget entry cards, the RTX A400 houses dedicated hardware to handle computing, light simulation, and machine learning workloads simultaneously
The defining feature of this professional PNY model is its integrated combination of advanced core types.
Unlike legacy budget entry cards, the RTX A400 houses dedicated hardware to handle computing, light simulation, and machine learning workloads simultaneously
The card features third-generation Tensor Cores that manage heavy AI computing workloads.
These cores accelerate business tools that utilize machine learning, automation, and advanced image generation processing.
Alongside AI processing, second-generation Ray Tracing Cores accurately simulate real-world light behavior.
This mathematical acceleration enables smooth structural previews in computer-aidedesign systems and rendering engines.
These cores accelerate business tools that utilize machine learning, automation, and advanced image generation processing.
Alongside AI processing, second-generation Ray Tracing Cores accurately simulate real-world light behavior.
This mathematical acceleration enables smooth structural previews in computer-aidedesign systems and rendering engines.
Form Factor Advantages and Energy Efficiency
Small-form-factor workstation chassis designs have become a standard across corporate offices to save physical desk workspace.
The physical structure of the PNY RTX A400 is tailored specifically for these tight deployment environments.
Its single-slot, low-profile layout fits easily into compact desktops without interfering with surrounding components
The physical structure of the PNY RTX A400 is tailored specifically for these tight deployment environments.
Its single-slot, low-profile layout fits easily into compact desktops without interfering with surrounding components
Energy utilization is optimized directly within the core silicon layout.
The card boasts a modest maximum power consumption limit of just 50W.
This low thermal design profile allows the unit to run entirely off the power provided by the PCI Express slot.
It eliminates the need for bulky supplementary external power cables, reducing cable clutter and lowering structural server room temperatures.
The card boasts a modest maximum power consumption limit of just 50W.
This low thermal design profile allows the unit to run entirely off the power provided by the PCI Express slot.
It eliminates the need for bulky supplementary external power cables, reducing cable clutter and lowering structural server room temperatures.
Key Technical Specifications
The PNY RTX A400 packs professional processing pipelines into a highly efficient, compact hardware design. [
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- Graphics Architecture: NVIDIA Ampere processing framework.
- CUDA Core Count: 768 parallel computing pipelines.
- Tensor Cores: 24 third-generation AI processing units.
- Ray Tracing Cores: 6 second-generation structural lighting units.
- Video Memory: 4GB high-speed GDDR6 dedicated memory allocation.
- Memory Bus Interface: 64-bit communication channel.
- Display Connection: 4 mini DisplayPort 1.4a physical output jacks.
