Few things we need to know is how powerful it is (performance, design, and reliability) , what way it better for developers, and the price?
That said I'm looking forward to it. Good on you Nintendo.
I think we all may be suprised how powerful it may be. IF they use the tegra X2, we could be looking a some impressive numbers, especially coming from a Portable tablet. Now the tegra X2 has been said to already be nearly as powerful as the ps4 and xbox 1.
Some people have already claimed that Nvidia made Nintendo wait for the reveal, so Nvidia can reveal the new chip. Which would make since. If you look for it, and the chips they have shown specs for, you could be in for a nice surprise.
"The Tegra Parker SOC is first featured on the Drive PX 2 which comes with two such Tegra modules and even more space to support dedicated MXM graphics cards. This product packs 12 CPU Cores, four Pascal GPUs (2 Tegra / 2 MXM) with 8 TFLOPs of FP32 and 24 TFLOPs of INT8 compute. We have already seen the product packing two GP106 GPUs in MXM form factor so we expect something close to the GTX 1060 (Notebook) on NVIDIA’s Drive PX 2 solution."
"While NVIDIA may not reveal the full purpose of Tegra Parker aside from automotive, I believe they have hinted that Parker is as good as an gaming chip as it’s an automotive processor. The Multiprocessor architecture that combines big+super cores are mentioned to be great for single threaded performance, maximize the aggregate performance andhave a sufficient thread count for automotive and gaming applications."
This table shows what the chips can do on the automotive side. These values are not what the Nintendo Switch will have. But it can give a indication on what the potential the chip could have with the NS. I'm betting on the SoC Parker at about 2.3 TFLOPs. Which will be more than the older ps4 and xbox, but not the new ones.
Product Name | NVIDIA Drive PX | NVIDIA Drive PX 2 | NVIDIA Drive PX 3? |
---|---|---|---|
SOC Name | Tegra X1 | Parker | Xavier |
Process Technology | 20nm SOC | 16nm FinFET | 16nm FinFET+ |
CPU | 8 Core CPU | 12 Core CPU | 8 Core CPU |
CPU Architecture | 4 x A57 4 x A53 (Custom) | 8 x A57 4 x Denver2 | 4 x ARM64-bit (Denver3)? |
GPU Architecture | Maxwell | Pascal | Volta |
Compute TFLOPs | 2.3 TFLOPs | 8 TFLOPs | TBD |
Compute DLTOPs | N/A | 20 DLTOPs | 20 DLTOPs |
Total Chips | 2 x Tegra X1 | 2 x Tegra X2 2 x Pascal MXM GPUs | 1 x Xavier |
System Memory | LPDDR4 | 8 GB LPDDR4 (50+ GB/s) | TBD |
Graphics Memory | N/A | 4 GB GDDR5 (80+ GB/s) | N/A |
TDP | 80W | 20W |
Source: http://wccftech.com/nvidia-tegra-parker-soc-hot-chips/
But I could also just be blowing smoke up my ass...
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