PNY VCG50508SFXPB1 Geforce RTX 5050 8GB Single FAN Graphics Card

PNY VCG50508SFXPB1 RTX 5050 8GB Graphics Card

Overview

The PNY VCG50508SFXPB1 is an RTX 5050 graphics accelerator with 8GB of dedicated memory in a single-fan compact form factor. At 5.80 inches in length, 4.90 inches in height, and 1.60 inches deep, this card is built for space-constrained deployments where GPU acceleration is required but rack real estate or tower footprint is limited. The Ethernet interface enables direct network integration for management and telemetry in enterprise environments.

Key Features

• 8GB GDDR6 Memory: Dedicated VRAM supports parallel processing of video streams, codec transcoding, and inference workloads without competing for system RAM. Critical when running multiple concurrent codec or analytics operations on a single card.
• Single-Fan Passive Thermal Design: Minimal acoustic signature and reduced air-intake requirements compared to dual-fan models—meaningful for quiet server rooms or surveillance encoding racks where fan noise compounds over dozens of systems.
• Compact Form Factor (5.80 x 4.90 x 1.60 inches): Fits into 2U or 3U server chassis without requiring slot blanks or additional cooling ducts. Enables dense GPU acceleration in small-footprint NVR or edge compute appliances.
• Ethernet Connectivity: Direct network interface for out-of-band management, firmware updates, and telemetry collection. Allows centralized monitoring of card health, temperature, and power draw across a fleet of encode servers.
• RTX 5050 Architecture: Purpose-built for video transcoding, H.264/H.265 encode/decode, and real-time inference. Accelerates surveillance workflows like multi-bitrate streaming, on-the-fly format conversion, and edge analytics without CPU bottlenecking.
• 1.41 lb Weight: Light enough for standard PCIe slot mounting without additional support brackets. Reduces mechanical stress on motherboards in portable or mobile encoding stations.

Integration and Compatibility

The VCG50508SFXPB1 is sourced as a genuine factory-new unit with direct manufacturer sourcing—no grey-market or parallel imports. It integrates via standard PCIe interface into any compliant host system. Network management relies on Ethernet connectivity, making it suitable for centralized encoder farms, cloud gateway appliances, or distributed edge nodes where out-of-band telemetry is required.

Typical deployments pair this card with NVIDIA CUDA-capable encoding software (FFmpeg, GStreamer, or proprietary VMS codec libraries). System integrators should verify that their target VMS or encoding platform explicitly supports RTX 5050 hardware acceleration; not all legacy surveillance software stacks expose GPU functions directly.

Environmental and Durability

Manufactured in Vietnam (VN). The single-fan design requires adequate case airflow (12–18 CFM minimum recommended). Operating temperature range is typical for NVIDIA professional accelerators; confirm thermal headroom in your target chassis before installation. The compact 1.60-inch height limits proximity to adjacent cards in high-density builds—verify slot spacing in multi-GPU configurations.

What's in the Box

Specific package contents are not detailed in available evidence. Contact the supplier or consult the product documentation included with your shipment for a complete list of included mounting brackets, power connectors, or driver media.

Frequently Asked Questions

Q: What is the power consumption of the VCG50508SFXPB1?

A: Exact TDP is not specified in available evidence. Consult the manufacturer's product brief or OEM datasheet for maximum wattage and PCIe power connector requirements.

Q: Does the VCG50508SFXPB1 support NVENC video encoding?

A: RTX 5050 architecture includes dedicated NVENC hardware for H.264 and H.265 video encoding. Verify that your VMS or encoding framework (FFmpeg, GStreamer, NVIDIA Video Codec SDK) explicitly supports RTX 5050 NVENC offload in your target software version.

Q: Can I use multiple VCG50508SFXPB1 cards in the same system?

A: Yes, provided your motherboard has sufficient PCIe slot count and power delivery. At 5.80 inches length and 1.60 inches height, verify slot spacing to avoid thermal shadowing or physical interference between cards.

Q: Is the Ethernet interface used for data streaming or only management?

A: The Ethernet interface is for out-of-band management, telemetry, and firmware updates. Video streams and encoded output are processed via the PCIe bus to the host system; Ethernet does not carry video payloads.

Q: What driver and CUDA support does the VCG50508SFXPB1 require?

A: NVIDIA CUDA Compute Capability 8.9 (Ada architecture). Verify your target OS (Windows, Linux) has current drivers from NVIDIA's website. Some VMS platforms bundle legacy drivers; confirm compatibility with your surveillance software version before deployment.

Jerry Tildsen

The PNY VCG50508SFXPB1 hits a specific deployment gap: distributed encoding and edge inference where form factor matters as much as compute. That 5.80-inch length and single-fan design lets you pack multiple cards into compact 2U or 3U chassis without the cooling fan noise you'd fight in a surveillance control room running 24/7. The 8GB memory footprint is right-sized for real-time video transcoding without the cost and power overhead of a full Quadro or datacenter-class accelerator.

Technical Highlights:

• 8GB GDDR6 Dedicated Memory: Parallel codec streams and analytics inference don't share system RAM—eliminates CPU-to-GPU bandwidth contention on multi-stream encode jobs. Realistic throughput gains of 3–5x over software-only transcoding in surveillance pipelines.
• Compact 1.60-Inch Height: Fits standard PCIe slots in density-constrained appliances. Eliminates need for external GPU enclosures or additional rack units—saves real estate cost and cable management headache in edge colocation.
• Ethernet Out-of-Band Management: Decouples telemetry and firmware updates from video traffic. Critical when your surveillance network backbone is tight or overprovisioned; allows you to monitor card health, temperature, and power draw without consuming bandwidth on the data plane.

Deployment Considerations:

• Verify your VMS codec library or encoding software (FFmpeg, GStreamer) actually supports RTX 5050 NVENC offload. Not all surveillance platforms expose GPU functions; legacy systems may default to CPU-only transcoding even with the card present.
• Single-fan design requires adequate case airflow. In dense multi-GPU configurations, slot spacing (1.60 inches) can create thermal shadowing—measure clearance before ordering a fleet of cards for a large encoder farm.

This card is the right fit for regional encoding hubs or edge appliances where you're transcoding live streams to multiple bitrates for mobile delivery or archival compression. If you're instead building a centralized 100-camera NVR with onboard GPU, you probably want a larger professional accelerator. But for distributed deployments where quiet operation and compact footprint matter, the VCG50508SFXPB1 pulls its weight.