The 'iGame RTX 4070 Neptune' is a new graphics card by Colorful that features a liquid cooling system with a 240mm radiator and two fans.The card uses Nvidia’s AD104-250 GPU with 5,888 CUDA cores and 12GB of GDDR6X memory. It has a base clock of 1920 MHz and a boost clock of 2475 MHz, which can be increased to 2640 MHz with a one-key overclocking function.
The card has a TDP of 230W, which is 30W higher than the reference model from NVIDIA, and uses a 12+4-pin power connector. It also has a custom PCB with a 14+3-phase power delivery to enhance overclocking potential.
The card is priced at $829, which is more expensive than the RTX 4070 Ti’s MSRP of $799.
The card promises to provide superior cooling performance and high overclocking headroom, but it may not be able to match the performance of the RTX 4070 Ti, which has 7,680 CUDA cores.
Chromatic Liquid-Cooled GPUs
Colorful Launched the iGame RTX 4070 Neptune in Japan
Trend Themes
1. Liquid-cooled Gpus - There is a trend towards liquid-cooled GPUs with enhanced overclocking potential, providing an opportunity for companies to develop innovative cooling solutions.
2. Custom Pcbs with Power Delivery Enhancement - There is a trend towards developing custom PCBs with enhanced power delivery to unlock the full potential of high-performance GPUs, presenting an opportunity for PCB manufacturers.
3. One-key Overclocking Function - There is a trend towards the use of one-key overclocking function to increase the clock speeds of GPUs without manual configuration, creating opportunities for companies to develop user-friendly overclocking software.
Industry Implications
1. Computer Hardware Manufacturing - Manufacturers in the computer hardware industry can capitalize on the trend of liquid-cooled GPUs and custom PCBs with enhanced power delivery to develop advanced graphics cards for the gaming market.
2. PCB Manufacturing - The trend of developing custom PCBs with enhanced power delivery present a disruptive innovation opportunity for PCB manufacturers to develop new materials and methods to meet the needs of high-performance computing.
3. Software Development - With one-key overclocking functions becoming more popular, there is an opportunity for software developers to create user-friendly overclocking software to maximize the performance of high-end GPUs.