Die Inno3D GeForce RTX 5070 Ti X3 OC bietet Grafikleistung, die speziell für Gamer und Content-Ersteller entwickelt wurde. Mit 16 GB GDDR7-SDRAM und einer Busbreite von 256 Bit bietet diese Grafikkarte eine Bandbreite von 896 GBps und sorgt so für flüssiges Gameplay und hochwertige Darstellung. Erleben Sie Auflösungen von bis zu 7680 x 4320 mit Unterstützung für bis zu 4 Monitore gleichzeitig, wodurch sie sich für Multi-Display-Setups eignet. Der NVIDIA GeForce RTX 5070 Ti Grafikprozessor bietet Funktionen
weiß, DLSS 4, 3x DisplayPort, 1x HDMI 2.1
Grafikchip: NVIDIA GeForce RTX 5070 Ti
Speicher: 16 GB (GDDR7, 256 Bit)
belegte Slots: 2 Slots
GPU Boost-Takt: 2482 MHz
The "VGA Inno3D GeForce® RTX 5070 TI 16GB X3 OC WHITE" by Inno3D is a high-performance graphics card designed for demanding gaming, creative workloads, and professional visualization. Based on a modern NVIDIA GeForce RTX 50-series GPU, it pairs powerful ray tracing and AI-accelerated features with 16 GB of graphics memory, making it suitable for high-resolution gaming, 3D content creation, and complex multitasking scenarios.
This X3 OC WHITE edition features a factory-overclocked GPU (within safe operating limits determined by the manufacturer) to deliver higher frame rates and smoother performance compared to reference specifications. The triple-fan ("X3") cooling solution is engineered to provide efficient heat dissipation across the heatsink, helping to maintain stable clock speeds under sustained load. The white color scheme is aimed at visually coordinated PC builds, fitting seamlessly into light-themed or showcase systems with side windows and custom lighting.
Technically, the card belongs to the GeForce RTX 50-series class and offers hardware-accelerated ray tracing and AI functions made possible by NVIDIA's dedicated cores on the GPU. These capabilities enhance lighting, shadows, reflections, and AI-based upscaling or denoising in supported games and creative applications. With 16 GB of VRAM, the card is prepared for high-resolution textures, complex 3D scenes, and large datasets in applications such as video editing, 3D rendering, and CAD-like workloads, where ample memory helps avoid slowdowns caused by swapping data to system RAM.
Typical application scenarios include: - Gaming at high resolutions and detail levels with ray tracing and AI-enhancement features. - Video editing and post-production using GPU acceleration for effects, color grading, and encoding. - 3D modeling, animation, and rendering workflows where GPU compute performance reduces render times. - Real-time visualization, simulations, and other GPU-accelerated professional tasks.
Key advantages of this product are the combination of strong performance, a robust multi-fan cooling solution, and a visually distinctive white design. The factory overclock provides extra performance headroom out of the box, while the triple-fan cooler helps to balance temperature and noise levels. The sizable 16 GB of VRAM supports future-oriented usage scenarios in games and professional applications that increasingly rely on larger graphical datasets.
Inno3D is an established manufacturer of graphics cards and related PC hardware, known primarily for custom designs based on NVIDIA GPUs. The company typically focuses on performance-oriented cooling solutions, factory-overclocked models, and visually distinctive designs for enthusiasts and gamers. Public, specific details about Inno3D's sustainability or environmental programs are not clearly documented in a way that can be reliably summarized here without speculation. However, choosing a modern, efficient GPU architecture can generally contribute to better performance per watt compared to older generations, which can help reduce overall energy consumption for a given workload. By upgrading to a more efficient graphics card and consolidating multiple tasks on a single powerful system, customers can, in many scenarios, help reduce unnecessary hardware duplication and associated resource use. In this way, buyers can align strong performance needs with a more conscious hardware strategy that aims at longer usable lifespans and better energy efficiency.