VRAM (Video RAM) is a type of RAM that is used to store textures, framebuffers, meshes, shadow maps, lighting information, and a variety of other data for computer displays. It is especially important in applications such as video games and 3D graphics design software.
There is a lot of confusion among people regarding the RTX 3060 and RTX 3060 TI.
Despite the fact that the RTX 3060 TI has a Graphics Engine: NVIDIA® GeForce RTXTM 3060 TI, CUDA Core: 8 GB GDDR6, Video Memory: 8 GB GDDR6, Memory Interface: 256 bits, Memory Speed: 17.4 billion transistors.
The RTX 3060 is a slightly newer model than the RTX 3060 TI and has more VRAM, but the RTX TI is more expensive. Why is this the case?
If you're wondering why the RTX 3060 has more VRAM than the RTX 3060 TI, you've come to the right place.
To begin, we must understand that the Graphics market is dominated by two major competitors.
AMD began providing a larger VRAM buffer than Nvidia. As a result, Nvidia began focusing more on the VRAM buffer and began developing high-end VRAM, such as the 12GB found in the RTX 3060.
The reason why RTX 3060 uses 12GB of VRAM buffer is that this series has 192-bit cards with 6 memory chips over 6 slots(ie 32 * 6 = 192).
Whereas RTX 3060 TI has 256-bit cards with 8 memory chips over 8 lanes(ie 8 * 32 = 256)
At the time of the RTX 3060 TI's release, each chip was 1GB in size, resulting in a total of 8GB (1GB * 8) VRAM for eight lanes.
However, in the era of the RTX 3060, each chip already has a 2GB VRAM capacity, which means that instead of using 1GB * 6, or 6GB, 12GB (2GB * 6) VRAM is used to fully utilize the capacity.
As a result, Nvidia has begun to consider 8GB as the minimum requirement for all future graphics generations. Nvidia does not want 8GB to be a limiting factor. As technology advances, different 4K games and other graphics have been developed, and 8GB may not always be sufficient. As a result, Nvidia has created 12GB.
Thus, Nvidia's GPUs should have a minimum of 12GB of VRAM to ensure future-proofing and to make room for these upcoming demanding video games.
Additionally, if you attempt to load more than 8GB of assets on your RTX 3060 TI, the entire data will not be loaded into your VRAM due to which your graphics card runs out of memory and it attempts to use the system RAM.VRAM appears to be significantly faster than RAM, and you may encounter difficulties displaying graphics on the display because RAM attempts to swap data from/to the Hard Drive/SSD, which is much slower and has a higher latency because those HDD contents are loaded into RAM and the CPU directs them to the GPU for graphics processing, which is a lengthy process and as a result, the display will suffer a significant loss of frames per second(FPS).
Someone has already encountered this issue. Cyberpunk 2077 is run at 4k UHD with the highest graphics settings, then loaded into the VRAM, taking up 8.5 GB but using only 6.4 or 6.5 GB. If this is the case, the RTX 3060 TI will not perform well.
However, from a performance standpoint, having a lot of VRAM is not necessary. There are numerous other variables that influence performance.
RTX 3060 has a lower bandwidth than RTX 3060 TI.
- The 3060 has a 360 GB/s bandwidth, or 1875 Mhz * 192 bit.
- The total bandwidth of the 3060 TI is 448 GB/s, or 1750Mhz * 256 bit.
Thus, we can see that the 3060 has a faster-clocked memory than the 3060 TI. Thus, despite the fact that the 3060 TI has a smaller memory footprint, it is faster than the 3060, i.e. processing graphics image data is faster with the 3060 TI. Additionally, the RTX 3060 has more GPU cores than the RTX 3060 TI.
Also, we have seen that the rtx3060 has more RAM than rtx3060ti, which means that the 3060 can handle higher-resolution assets.
So rtx3060 is indeed stronger than rtx3060ti in terms of RAM size intensive tasks.
To be future-proof, the RTX 3060 with 12GB of VRAM was developed by sacrificing bandwidth.