Is It Worth It To Mine With The NVIDIA GTX 1650 Super Mining Hashrate?
Miners are interested in the NVIDIA GTX 1650 Super mining hashrate. However, before discussing performance, it's important to consider the card's specifications. Indeed, the 1650 SUPER utilizes a different GPU than the original GTX 1650—although the original GTX 1650 utilized the TU117 GPU, the 1650 SUPER utilizes the TU116 GPU, which is also utilized by the GTX 1660, 1660 SUPER, and 1660 Ti. Unlike the GTX 1660, SUPER is not limited to memory module upgrades.
This means that the new card has a total of 1280 CUDA cores spread over 20 streaming multiprocessors, each with 64 CUDA cores. That's only two SM, or 128 CUDA cores less than the GTX 1660/1660 SUPER but 384 more than the GTX 1650—in fact, you can think of the 1650 SUPER as a "stripped-down version of the 1660" rather than a "beefed-up version of the 1650."
Miners are particularly interested in the number of megahashes issued by 1650 SUPER on Ethereum Classic, as the card is still profitable in mining at present. In this post, we'll look at the specifications and characteristics of the 1650 SUPER, as well as the number of megahashes it generates using various algorithms.
- Interface : PCI Express x16 3.0
- Cores : 1280 Units
- Core Clocks Boost :1725MHz
- Memory Speed : 12 Gbps
- Memory : 4GB GDDR6
- Memory Bus : 128-bit
- DisplayPort x 3(v1.4a)
- HDMI x 1(Supports 4K@60Hz as specified in HDMI 2.0b)
- HDCP Support : 2.2
- Power consumption : 100 W
- Power connectors : 6-pin x 1
- Recommended PSU : 350 W
- DirectX Version Support : 12 API
- OpenGL Version Support : 4.6
- Maximum Displays : 4
- Digital Maximum Resolution : 7680 x 4320
- KAWPOW Mining Hashrate : 11 MH/s
- ZHash Mining Hashrate: 21 Sol/s
- Lyra2REv3 Mining Hashrate : 22.06 MH/s
- CryptoNightR Mining Hashrate : 0.35 kH/s
- X16Rv2 Mining Hashrate : 13.06 MH/s
- Eaglesong Mining Hashrate : 0.335 GH/s
- RandomXmonero Mining Hashrate : 3.54 kH/s
- Handshake Mining Hashrate : 0.142 GH/s
- KAWPOW Mining Hashrate : 10.86 MH/s
Get your hands on an EVGA Geforce GTX 1650 Super OC 4GB Card in this video. They have been keen on obtaining some of these lower-end cards as alternatives to the RXT 3000 Series cards currently available. Additionally, it has become increasingly difficult to obtain Sapphire Nitro RX series cards, so you assumed this would have a comparable Ravencoin Hashrate.
The 1650 SUPER, on the other hand, has fewer ROPs (32) and texture units (80) than the 1660, so it is not identical. Additionally, while the card retains just 4GB of video memory, it is in the form of 12 Gbps GDDR6 memory rather than the 8 Gbps GDDR5 memory found on the original GTX 1650. However, the memory bus remains 128-bit rather than 192-bit. The card has a 16-pin connector and uses between 60 and 105 watts, depending on the overclocking, miner, and algorithm used.
The Nvidia GeForce GTX 1650 is a more affordable variant in the "green" line of graphics cards. It was released two months after the GTX 1660 Ti, which kicked off the GeForce 16 series. 4GB of RAM, Turing Shaders, and a boost clock of 1665 MHz are included in the device.
In comparison to other popular graphics cards, the GTX 1650 is reasonably priced. Additionally, it has a respectable performance in terms of consumption. It is smaller and 50% quicker than the GTX 1050. Miners would enjoy the ability to overclock.
Simultaneously, the pricing is excessive in contrast to the Radeon RX 570. Additionally, it has some memory overclocking restrictions. It is unable to mine Ethereum due to its 4GB of RAM. It is capable of mining Ethereum Classic and Ravencoin efficiently.
The card in question will not generate much revenue, and it will not allow you to purchase Ether. However, because of its low cost, it can still be considered a mining method that generates at least a tiny profit.