MSI is introducing the MAG Codex 6, featuring the latest 13th-Gen Intel processor and NVIDIA GeForce RTX 40 Series graphics card. Designed to be the perfect gaming companion, the MAG Codex 6 13th effortlessly combines performance and functionality. Its stylish and sturdy design draws inspiration from contemporary aesthetics, delivering an alluring appearance without sacrificing looks.
The MAG Codex 6 13th harnesses the power of an Intel Core i7 processor, providing a substantial performance boost when compared to its forerunner. Teamed up with the RTX 40 Series, featuring the latest Fourth-Gen Tensor Cores, Third-Gen RT Cores, and New Streaming Multiprocessors, this setup has significantly improved game frame rates. Furthermore, gamers have the flexibility to choose from various graphics card options, including the RTX 4070, or they can opt for the RTX 4060 Ti 16 GB model, catering to those in need of higher VRAM capacity. Additionally, the MAG Codex 6 13th comes equipped with state-of-the-art connectivity features like DDR5 memory and M.2 PCI-e SSD slots, guaranteeing top-tier performance for dedicated gamers.
The MAG Codex 6 13th is outfitted with the i7-13700 processor and an RTX 4070 graphics card, accompanied by an enhanced cooling solution. This cooling design efficiently minimizes component-generated heat, guaranteeing outstanding performance. Thanks to its generous airflow capacity and spacious surface air-inlet, the system optimizes thermal cooling, simplifying the attainment of peak performance.
The MAG Codex 6 13th includes a stylish transparent side panel, providing a clear window into its formidable interior. Additionally, MSI Mystic Light software elevates the experience, offering a selection of over 20 lighting modes that can transform your setup into a captivating visual masterpiece. Whether you prefer vivid color themes or dynamic lighting effects, every gaming session becomes an unforgettable journey. These capabilities enable gamers to craft an immersive gaming ambiance that suits their individual preferences.