GTX 1650 Ti is generally considered to be superior due to its better performance compared to the GTX 980. GTX 1650 Ti, having been upgraded with a new architecture (GeForce RTX 1650 Ti), offers significantly higher processing power than its predecessor, the GeForce GTX 980. However, one of its key weaknesses is that it lacks support for光线追踪 technology, which has become increasingly essential in modern gaming experiences. This means that while it can still deliver powerful graphics, it may not be able to capture the full potential of its architecture or the latest generation of graphics cards like the RTX 20-series.
NVIDIA's 16 series GPUs were designed specifically to bridge the gap between the GTX 10 series and the RTX 20 series by incorporating the revolutionary GPU architecture known as Turing. This architecture allows for greater performance optimization, enabling the GTX 1650 Ti to handle demanding tasks with ease. On the downside, the card does not offer support for ray-tracing, a crucial feature that enables games to create photorealistic lighting effects and realistic reflections. This limitation poses a challenge when comparing the GTX 1650 Ti's capabilities against those of the more recent RTX 20-series offerings.
Despite these challenges, NVIDIA's 16 series GPUs have continued to showcase impressive performance in various gaming applications, especially in ray-traced titles. While there have been some noticeable advancements in ray-tracing over the years, the absence of this technology still holds a significant advantage for certain games. The latest generations of RTX 20-series cards, such as the RTX 2070 Super, have indeed brought ray tracing into mainstream gaming, offering enhanced visuals and immersive gameplay experiences through additional features like particle physics, advanced shadow mapping, and virtual reality integration.
In conclusion, the GTX 1650 Ti undoubtedly outperforms the GTX 980 in terms of processing power and improved performance due to its increased processing efficiency and utilization of the GeForce RTX 1650 Ti's Turing architecture. Despite its lack of support for ray-tracing, the 16 series GPUs continue to excel in handling demanding graphics-intensive tasks, making them attractive options for gamers seeking high-end graphical solutions for their gaming setups. As the technology evolves, the difference in performance between these two models will likely narrow down further, but for now, GTX 1650 Ti remains an excellent choice for individuals looking for a powerful and up-to-date graphics card that delivers compelling visual effects and an engaging gaming experience.