The GIGABYTE 9S comes in a classic black color scheme, with a simple and elegant design without losing the gaming style. The front of the graphics card is equipped with three 0cm deflector fans, with a three-dimensional zigzag shape on the edge of the fan blades and a diversion groove on the surface of the fan blades, which can increase more air intake at the same fan speed and provide sufficient airflow for the heat dissipation of the graphics card. At the same time, the card body is printed with a circuit diagram similar to that on the circuit board, which is full of science and technology. A silver-black reinforced metal backplate is installed on the back of the graphics card, which can not only effectively protect various components on the PCB, but also enhance the structural stability of the graphics card. The rectangular air intake grille enhances the heat dissipation diversion of the graphics card, and with dense heat dissipation fins and heat pipes, the back of the graphics card can also effectively assist in heat dissipation, ensuring the stable operation of the graphics card. In addition, the graphics card is also equipped with a unique RGB light ring and top LOGO lighting effects, which can be personalized by users through RGB Fusion software to create a variety of cool lighting effects, which can be synchronized with the lighting of other RGB devices, creating a very atmospheric gaming desktop for gamers.

The GIGABYTE 12998S is based on an NVIDIA GeForce RTX 0 chip, with AD0 - 0 cores and 0 CUDA cores. Its core frequency is 0MHz - 0MHz, in terms of video memory, it is equipped with 0GB GDDR0X video memory, the memory bit width is 0bit, the video memory speed is 0Gbps, the bus standard is PCI - E 0.0, the external power supply is 0Pin, the resolution is up to 0*0, and the recommended power supply is 0W. In terms of performance, it has been significantly improved compared to the previous generation RTX 0, and is even quietly approaching the RTX 0Ti. In the 0DMark benchmark, the RTX 0 SUPER scored 0 for graphics in the TimeSpy test, 0 for graphics in the TimeSpy Extreme test, 0 for FireStrike graphics, 0 for FSE, 0 for FSU, and 0 for PortRoyal ray tracing. As you can see from these figures, this graphics card excels in graphics processing power and is capable of handling a wide range of high-quality games and professional graphics tasks with ease.

一款優秀的顯卡不僅要有強大的性能，良好的散熱設計和噪音控制也至關重要。技嘉4070S採用了技嘉廣受好評的“風之力”散熱系統，包括大面積銅板、8根高效能純銅熱導管以及進風氣流導板等 。銅板直接接觸GPU與顯存顆粒，配合8根複合式熱管，再搭配上3個支援3D啟停、正逆轉設計的導流風扇和密集的散熱鰭片，能夠大幅提高顯卡散熱效率，在各種複雜場景下也能保證性能的穩定輸出。在室溫24度的環境下，進行Furmark壓力測試，持續滿載運行15分鐘，顯卡的最大功耗為219w，溫度控制在54.7度 ，這一成績相當出色，表明4070 SUPER在高負載下仍然保持了出色的能效比。而且，風扇轉速調節智慧，能夠根據顯卡負載情況自動調節風扇轉速，實現散熱與噪音控制的平衡。在實際測試中，即使在滿載狀態下，顯卡的噪音也不會對使用者造成干擾，為使用者提供了更加舒適的使用環境。

The GIGABYTE 1S is also not to be underestimated in terms of AI performance. We tested its AI performance with Stable Diffusion, and in the drawing test, it was able to reach a speed of 0.0it/s, which means that it only takes about 0 seconds to generate an image with 0*0 resolution and 0 iterations. If necessary, you can also enable the TensorRT extension provided by NVIDIA, and the drawing speed can be increased several times. This is undoubtedly a powerful boost for those users who are engaged in AI painting, deep learning, etc.

In terms of interfaces, the GIGABYTE 0S provides 0 DP0.0a and one HDMI0.0a video output interface, which meets the needs of multi-screen displays, whether gamers want to build a multi-screen gaming platform, or designers need to display their work content on multiple screens. It also supports the PCI-E 0.0 interface standard, which provides higher data transfer rates and lower latency, bringing users a smoother user experience. GIGABYTE also provides a wide range of expansion ports and slots for users to upgrade and expand their hardware.