VCG508016TFXXPB1-O PNY Nvidia GeForce RTX 5080 16GB GDDR7 2775MHz 960GB/s GPU
Get extra volume discount for VCG508016TFXXPB1-O and save cash:
| Quantity | Unit price |
|---|---|
| To 4 |
€1,821.00
|
| To 9 |
€1,767.00
€1,821.00
(2.97% saved)
|
| To 19 |
€1,730.00
€1,821.00
(5% saved)
|
| From 20 |
€1,694.00
€1,821.00
(6.97% saved)
|
Do you have a major deal consisting of various components? Then you're at the right place!
We offer you the best prices for your purchase:
- - If you already have an account with us, please log in. If you don't have an account, you can apply for one here.
- - simply collect your required items in the desired quantity in CART, and click the 'GET QUOTATION' button. and you're done!
- - You will receive your offer within the next 24 hours on working days.
RTX 50 series
Do you need help or a free consultation regarding our Services?
Your contact
VCG508016TFXXPB1-O
High-Performance PCIe 5.0 GPU Accelerator Card featuring NVIDIA Blackwell architecture with the VCG508016TFXXPB1-O
VCG508016TFXXPB1-O is a full-height, triple-slot PCIe 5.0 x16 accelerator designed for enterprise workstations and dense GPU nodes that need modern graphics and mixed-precision compute in a single deployment profile. Based on the NVIDIA Blackwell generation (GeForce RTX 5080), it provides a balanced core configuration for VDI graphics, content creation, and AI development workflows that benefit from high throughput alongside deterministic display capability.
The 16GB GDDR7 memory subsystem on a 256-bit bus with 960 GB/s bandwidth supports larger scene graphs, higher-resolution frame buffers, and bandwidth-sensitive inference pipelines, reducing host round-trips in GPU-accelerated applications. With PCIe 5.0 x16, VCG508016TFXXPB1-O aligns with current server and workstation platforms for low-latency data staging, while its 3x DisplayPort 2.1b and 1x HDMI 2.1b outputs enable up to 4 displays and 8K UHD for multi-monitor VDI and visualization. Thermal and power design (360W TDP, 12V-2x6) is engineered for sustained clocks under continuous render and compute loads.
Why Choose the VCG508016TFXXPB1-O?
VCG508016TFXXPB1-O delivers an efficient density-to-performance ratio for teams standardizing on PCIe 5.0 platforms, combining workstation-class display routing with tensor-accelerated compute for shared infrastructure. VCG508016TFXXPB1-O scales cleanly from single-GPU creator systems to multi-GPU nodes where predictable thermals, modern APIs, and consistent driver behavior are essential for operational stability.
PNY focuses on robust board design, validated cooling, and deployment-ready compatibility for modern data centre and workstation standards, supporting long duty cycles and repeatable performance across consistent hardware builds.
Key Applications:
- VDI and virtual workstation graphics
- GPU-accelerated 3D rendering
- Media encoding and post-production pipelines
- AI inference and mixed-precision development
- Technical visualization and multi-display workstations
At Happyware - Server Hardware you benefit from non-binding offers tailored precisely to your deployment requirements for VCG508016TFXXPB1-O and the option to extend the warranty up to 6 years for additional security on your GPU investment.
Technical details of VCG508016TFXXPB1-O
How long is the Warranty and how you can get technical support for VCG508016TFXXPB1-O
| Warranty: | 36 months (part) |
|---|---|
| RMA through customer: | yes |
| RMA Url: | https://www.pny.com/en-eu/legal/warranty-emea#:~:text=Period%20of%20warranty%3A,PNY%20GPU%20Servers%20%3A%203%20years |
| Description: | Items must be returned first. Standard return and replacement policy. No advance replacements or on-site service. In the first 12 Month should the RAM be handelt through the distributor. |
| Support Portal: | https://support.happyware.com |
|---|
Customer reviews about VCG508016TFXXPB1-O
Login
- Express shopping
- Save your data and settings
- Order overview and shipping information
- Manage your newsletter subscription
Deals for VCG508016TFXXPB1-O
We don’t have any deals for this product yet.