ASRock RX9060XT 8GB Steel Legend Challenger 90-GA5LZZ-00UANF liefert beeindruckende Grafikleistung für Gaming, kreative Projekte und professionelle Anwendungen. Dank moderner GPU-Architektur profitieren Nutzer von hohen Bildraten und realistischen Raytracing-Effekten. Selbst unter hoher Last bleibt die Performance durch das effiziente Kühlsystem stabil. Das Steel Legend Challenger-Design kombiniert Langlebigkeit, Effizienz und Power und macht die RX9060XT zu einer zuverlässigen High-End-Grafikkarte für ansp
Grafikchip: Intel® Arc B580
Speicher: 12 GB (GDDR6, 192 Bit)
belegte Slots: 2 Slots
Kurzinfo: ASRock Challenger Intel Arc B580 12GB OC - Grafikkarten - Arc B580 - 12 GB GDDR6 - PCIe 4.0 x8 - 3 x DisplayPort, HDMI Gruppe Videokarten Hersteller ASRock Hersteller Art. Nr. 90-GA5LZZ-00UANF EAN/UPC 4711581490031 Produktbeschreibung: ASRock Challenger Intel Arc B580 12GB OC - Grafikkarten - Arc B580 - 12 GB Gerätetyp Grafikkarten Bustyp PCI Express 4.0 x8 Grafikprozessor Intel Arc B580 Arbeitsspeicher 12 GB GDDR6 Speichergeschwindigkeit 19 Gbps Core Clock 2740 MHz Speicherschnittstelle 192-bit Max Auflösung 7680 x 4320 Anzahl der max. unterstützten Bildschirme 4 Schnittstellendetails 3 x DisplayPort HDMI API-Unterstützung DirectX 12 Ultimate, OpenGL 4.6 Abmessungen (Breite x Tiefe x Höhe) 4.1 cm x 24.9 cm x 13.2 cm Ausführliche Details Allgemein Gerätetyp Grafikkarten Bustyp PCI Express 4.0 x8 Grafikprozessor Intel Arc B580 Core Clock 2740 MHz Max Auflösung 7680 x 4320 Anzahl der max. unterstützten Bildschirme 4 Schnittstellendetails 3 x DisplayPort HDMI API-Unterstützung DirectX
Weee-Nr.: 54978142
The AsRock Intel Arc B580 12GB Challenger OC GDDR6 is a powerful dedicated graphics card designed for modern PC gamers, creative professionals, and power users who want reliable performance and future-ready graphics features. With 12 GB of fast GDDR6 memory, it is well suited for demanding 1080p and entry-level 1440p gaming, as well as content creation workloads such as video editing, 3D rendering, and AI-assisted applications, as far as supported by Intel Arc.
This Challenger OC model comes factory-overclocked (within AsRock's specification limits), providing increased GPU performance out of the box compared to reference settings. The robust cooling solution of the Challenger series is typically designed to keep temperatures and noise under control, using multiple fans and carefully optimized heatsinks to balance low noise levels with stable performance under sustained load. The 12 GB of GDDR6 VRAM helps to handle modern game textures and large project files, making the card more future-proof than models with smaller memory configurations.
In daily use, the card is suitable for: - Gaming at Full HD and selected titles at higher resolutions, depending on overall system configuration and individual game settings - Creative workloads like image and video editing, streaming, and light 3D modeling - Multi-monitor setups for productivity, office work, and multimedia - Taking advantage of features provided by Intel Arc, such as modern APIs and encoded/decoded video formats, provided they are supported by the specific GPU generation
Advantages for the buyer include a good balance of performance and efficiency, generous VRAM for its class, and a factory-optimized design that saves time on manual tuning. AsRock typically focuses on solid PCB design and component choices aimed at long-term stability, which is especially important for users who run their systems for extended periods under load, such as streamers and content creators.
Asrock is a well-known manufacturer of PC components, particularly motherboards and graphics cards. The company has built a reputation for offering products that combine performance, reliability, and value for money, often with practical designs instead of purely cosmetic features. AsRock typically emphasizes engineering-focused solutions and firmware updates to improve compatibility and longevity of its products.
Regarding sustainability and environmental protection, AsRock has in recent years communicated efforts in areas such as improving energy efficiency of its products and aligning its operations with environmental regulations and common industry standards. While concrete details for this specific graphics card model are not publicly documented in a consistent way, it can be expected that modern manufacturing and design practices are used which generally aim at: - Increased energy efficiency compared to older generations - Compliance with environmental standards for materials and production - Lifecycle considerations that support long-term usage
By choosing a modern, efficient graphics card from an established manufacturer like AsRock, customers can indirectly support such industry trends toward better environmental practices. Using a current generation card can help to reduce unnecessary hardware replacements and thus electronic waste over time, especially when combined with a well-planned PC configuration and responsible usage. Buyers who pay attention not only to performance but also to the long-term efficiency and durability of their hardware contribute in their own way to a more sustainable use of technological resources.
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