Sapphire 32286-01-21G graphics card AMD GPRO 4300 4 GB GDDR5

Low Power, Small Form Factor, Performance based Systems in the Commercial Space

The SAPPHIRE GPRO 4300 is the latest in the family of multi-display graphics solutions from SAPPHIRE Technology. It has been designed for small form factor high performance systems, up to 4 displays via 4 mini DisplayPort 1.4 outputs. It features 4th Gen GCN architecture with a 14nm FinFET process technology that delivers impressive performance whilst consuming only 50W of power.

4th FinFET GCN (14nm) Architecture

The latest 14nm FinFET process and AMD's advanced power, gating and clocking technologies for a superior cool and quiet working experience. 4th FinFET GCN (14nm) architecture incorporating exciting features and improvements for virtually every area of a graphics chip. Look for: increased levels of performance, smooth VR, seamless support for next-gen gaming monitors and CPU-free game streaming or recording.

AMD Eyefinity 2.0 Multi-Monitor Technology

The next generation of AMD Eyefinity multi-monitor control technology is here, featuring all-new support for stereo 3D, universal bezel compensation and brand new display configurations.

AMD Eyefinity 2.0 enables:

- Easy multi-display setup and customization
- Virtually unlimited number of display devices
- Stereo 3D-multi-display stereoscopic 3D support via DisplayPort 1.2
- 16K * 16K maximum display group resolution-output up to 268 megapixels per GPU

Full 30-bit Display Pipeline

With a full 30-bit display pipeline producing more than one billion colors (10-bit per RGB component). The GPRO series is ideally suited for applications that benefit from accurate color reproduction and superior visual quality.

Screw Secure Lock for miniDP

For a more secure display connection, the SAPPHIRE GPRO / GPRO E-series feature a screw secure lock. This ensures that the plug and graphics card are securely connected removing the risk of disconnection.

Bezel Compensation

Stretch display resolutions to prevent bezel interference and image distortion when displaying a single large image across multiple displays.

Discrete Digital Multi-Point Audio(DDMA)

DisplayPort 1.2 simultanesously outputs multiple, independent audeo streams.

PowerTune

This state of the art power management technology provides direct control over GPU power usage. Applications enjoy ultimate performance with dynamic clock optimization, while minimizing workstation energy usage

AMD Zerocore Power Technology

AMD ZeroCore Power Technology is the AMD exclusive innovation. Up to 95% idle power reduction by shutting down GPU.

AMD FreeSync™ Technology

No stuttering. No tearing.

AMD FreeSync™ 4technology allows a compatible graphics card and monitor to dynamically change frame rates for the optimum display quality without tearing or stuttering.

AMD LiquidVR™ Technology

The AMD LiquidVR™ technology is by no means limited to games – the benefits are applicable to a broad spectrum of VR applications, including interactive cinema, education, simulation, telepresence, social media, medical, real estate e-commerce and much more.

AMD TrueAudio technology

AMD TrueAudio technology is all about giving sound engineers the freedom to follow their imaginations and the power to make their video sound as convincing as they look.

AMD UVD (Unified Video Decoder)

Whether you are streaming a video, video chatting with a friend, playing a clip via Windows media player, or watching DVD/Blu-ray, you are most probably leveraging AMD’s Unified Video Decoder (UVD) seamlessly. The HD content became popular with the rise of Blu-ray and HD-DVD. It came with huge amounts of data to be compressed, which led to the development of computationally extensive standards such as H.264 and VC1. UVD is a dedicated hardware video decoding block that facilitates the full, bit-accurate decoding of VC-1 or H.264.

Frame Rate Target Control (FRTC)

Frame Rate Targeting Control is a feature that enables users the ability to set a maximum target frame rate when playing an application in fullscreen exclusive mode. The benefits that this may allow a user to experience are reduced GPU power consumption (great for games running at frame rates much higher than the display refresh rate) and reduce heat generation and as a result of that, lower fan speed/noise on the graphics card.

Video Codec Engine (VCE)

VCE is AMD’s dedicated fixed-function H.264/AVC video coding engine. One of its primary advantages is that it allows offloading the huge video compression workload to such a co-processor, leaving most of the CPU cycles available for other types of processing. Besides, it exhibits the advantages that come with fixed-function hardware implementations such as the increased throughput and reduced power consumption. Efficient hardware and software architectures of digital video compression systems play a primary role in the enablement of many wide-spread applications such as transcoding, video editing, video conferencing, video streaming, as well as emerging technologies such as wireless display and cloud gaming.

Virtual Super Resolution (VSR)

VSR allows users to render at higher resolutions and then rescales them down to a lower native display resolution. Using this, you can get quality that rivals up to 4K, even on a 1080p display.

Multi-View Display

With a Dual Link DVI output and DisplayPort output, multi-view enables two 3D displays with independent display resolution, refresh rate, and display roataion settings

Low Profile Design

Enables flexible installation in a variety of computing systems, from small form factors to full-height systems.

Flexible Output Configurations

Support for DisplayPort, DVI and VGA allows IT to leverage existing display inventory.

Low Power Consumption

AMD devotes products into the energy saving for the products to provide our customers with more energy-efficient products through product design, protecting our Earth together.