PNY
PNY NVIDIA A5000 Graphic Card
Best high-density GPU for enterprise remote desktop virtualization environments.
Elevate your remote work experience with the PNY NVIDIA A16 graphics card. Designed for high-density, graphics-intensive VDI environments, this GPU leverages the NVIDIA Ampere architecture to support up to 64 concurrent users per board. Its dual-slot form factor and enhanced encoder throughput ensure a superior user experience for diverse user profiles. Combined with NVIDIA Virtual PC software, the A16 delivers the power and performance needed to tackle any project from any location.
$2495.00
More NVIDIA RTX Professional Options
Owner Satisfaction
4.7
/ 5
Category Rank
17
/ 866
#17 in Desktop GPU
Price vs Category Average
+81%
Above average
GPU Chipset
16
/ NVIDIA A
Who it's for
- Data scientists managing complex AI models and high-resolution textures
- Creative professionals needing rapid rendering and deep learning acceleration
- Engineers requiring rock-solid stability for mission-critical design software
Who should skip it
- Budget-conscious creators who do not require enterprise-grade ECC memory
- Gamers seeking the best performance per dollar for entertainment
- Users with limited power supplies or compact, poorly ventilated cases
Performance breakdown
VDI User Density
Supports an industry-leading sixty-four concurrent users on a single board.
Encoding Throughput
Delivers four times the encoding speed compared to previous generation hardware.
Memory Capacity
Massive sixty-four gigabytes of memory handles complex virtualized workloads with ease.
Architecture Efficiency
NVIDIA Ampere architecture provides robust performance for demanding remote professional tasks.
Form Factor
Dual-slot design balances high-density power with standard server chassis compatibility.
Remote Scalability
Optimized specifically to provide seamless graphics performance for distributed remote teams.
Key Specs
GPU Chipset
NVIDIA A16
Memory Size
64 GB
Memory Type
GDDR6
Bus Interface
PCI Express 4.0
Slot Width
Dual-slot
Multi-GPU Support
False
Features
- Ideal for high-density, graphics-rich VDI environments
- Based on the NVIDIA Ampere architecture
- Supports up to 64 concurrent users per board
- Dual-slot form factor
- 4x encoder throughput versus NVIDIA T4
- Designed for the next generation of remote work
- Professional-grade performance for demanding computing tasks
What customers say
Professionals overwhelmingly praise the PNY NVIDIA A5000 for its exceptional stability and reliability in demanding workflows like complex rendering and large simulations. The 24GB of ECC memory is a key advantage, allowing users to manage massive datasets beyond consumer GPU limits. Certified drivers ensure seamless compatibility with industry software, minimizing downtime. While the initial cost is high, users confirm a strong return on investment through accelerated processing and guaranteed operational consistency. The single slot blower design may produce noise under peak load, but this is accepted as a necessary trade-off for its powerful, uncompromising performance profile. It is viewed as an essential workhorse.
Know before you buy
The A16 is specifically engineered for high-density Virtual Desktop Infrastructure (VDI) environments. It is designed to support multiple remote users simultaneously, making it an ideal solution for businesses scaling their remote work capabilities.
This card supports up to 64 concurrent users per board. This high capacity allows organizations to consolidate their hardware footprint while maintaining consistent performance for each user.
No, the A16 does not support multi-GPU configurations. It is designed to function as a standalone unit within a server or workstation to handle high-density virtualization tasks.
The A16 offers four times the encoder throughput compared to the NVIDIA T4. This significant increase ensures smoother, more responsive graphics performance for remote users, even during demanding tasks.
The card features a dual-slot form factor. You will need to ensure your server or workstation chassis has sufficient clearance and adequate airflow to accommodate the card's width and cooling requirements.
No, this card is built for enterprise-level VDI and remote work environments, not for individual gaming or standard desktop use. Its architecture is optimized for virtualized workloads rather than single-user graphical rendering.
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