PALIT wants to help you mine

Manufacturer registers P106 mining cards with EEC (Eurasian Economic Commission).

According to the new EEC filing from Palit, the company is apparently planning to resurrect Pascal P106 mining cards, after nearly 3 years since they were first introduced. The P106 actually models appear alongside yet unreleased GeForce RTX 3080 Ti, which has been submitted by Palit to EEC for the third time.

It is unclear which exact model is Palit bringing back, as there were two P106 models. The P106-90 is a cut-down GP106 GPU with 640 CUDA cores and 3GB G5 memory, while the higher-end P106-100 had 1280 CUDA cores and 6GB G5 memory. The EEC filing appears to list ‘1069’ which implies P106-090, but this card can no longer be used in Ethereum mining due to limited VRAM, the current ETH DAG (Directed Acyclic Graph) file is 4.11 GB, but there are still alternative coins that have smaller DAGs.

Palit has submitted twelve models to EEC, but in no way this means that there are twelve cards coming. Palit tends to submit more models that eventually get released, simply because listed codes are often regional variants.

 

Palit P106 Mining cards, Source: EEC

 

The original P106/104 mining cards were based on 16nm Pascal architecture. Those cards lacked display connectors, which were unneeded for mining cards working in a cluster. They were often shipped in bulk without any stickers and fancy packaging, and above all, they were sold at a higher price with a shortened warranty period. Needless to say, mining forums are filled with questions from aspiring miners with P106 cards.

 

PALIT P106-100 6GB (NE5P106117J9-1061D) Mining Card, Source: VideoCardz

 

Recently NVIDIA announced it will launch a new series called Cryptocurrency Mining Processors (CMP), which are based on Turing and Ampere architectures. First CMP models are expected to launch later this month.

NVIDIA Cryptocurrency Mining Cards
VideoCardz.com Arch. GPU CUDA Cores Memory TDP Current ETH Perf.
NVIDIA P106-090 16nm Pascal GP106-90 768 3GB GDDR5 75W 0 MH/s
NVIDIA P106-100 16nm Pascal GP106-100 1280 6GB GDDR5 120W ~25 MH/s
NVIDIA P104-100 16nm Pascal GP104-100 1920 4GB GDDR5X 150W 0 MH/s
NVIDIA CMP 30HX 12nm Turing TU116-100 TBC 6GB GDDR6 125W 26 MH/s
NVIDIA CMP 40HX 12nm Turing TU106-100 TBC 6GB GDDR6 185W 36 MH/s
NVIDIA CMP 50HX 12nm Turing TU102-100 TBC 10GB GDDR5? 250W 45 MH/s
NVIDIA CMP 90HX 8nm Ampere GA102-100 TBC 10GB GDDR6? 320W 86 MH/s

Source: EEC via PCGamer