5
Nov 2022
Kaspa (KAS) is an extremely fascinating crypto job that has actually been mainly flying well under the radar, however it is beginning to get the interest it deservers lately. KAS is a proof-of-work cryptocurrency which executes the GHOSTDAG procedure– a protocol that does not orphan blocks created in parallel, however rather permits them to exist side-by-side and orders them in consensus. This generalization of Nakamoto consensus enables safe and secure operation while preserving extremely high block rates (currently one block per 2nd, going for 32/sec, with visions of 100/sec) and minuscule verification times controlled by internet latency.
Kaspa (KAS) being a PoW coin can be mined and mining is based upon kHeavyHash, a modified form of the “optical-miner” ready HeavyHash algorithm. kHeavyhash uses matrix multiplication that is framed into 2 keccacs. kHeavyHash is energy efficient, core dominant (needs higher GPU clock and not impacted as much by memory) and can be effectively mined by GPU with FPGAs and future specialized mining devices also possible in the future. The blockDAG architecture of Kaspa with fast block rates allow more mining decentralization and enables reliable solo-mining even at lower hashrates. KAS was released in November of 2021 without any pre-mine, no pre-sales, and no coin allocations. The overall supply of Kaspa is 28.7 Billion coins with an emission schedule that cuts in half as soon as per year through smooth regular monthly reductions by an element of (1/2) ^( 1/12). The existing block reward is 329.63 KAS and the distributing supply is nearly half of the total supply with a total market cap of around 50 million USD.
Kaspa (KAS) can be mined on a variety of mining pools with the largest one being WoolyPooly, though you might wish to take a look at some of the smaller ones in order to distribute hashrate such as ACC Pool and HashPool. It can be mined on both AMD and Nvidia GPUs with a variety of popular miners supporting the kHeavyHash algorithm that the coin uses such as LolMiner, GMiner, BZminer, SRBminer, Team Red Miner and KaspaMiner.
Our chosen GPU miners for Nvidia GPUs are LolMiner and GMiner, and you may wish to ensure you are with more up do date video drivers for optimum performance. You may desire to lower the memory clock and increase the GPU clock as this is a GPU extensive algorithm and higher clocks for the GPU and increased power limitations will get you much more efficiency increase than overclocking the memory. This likewise suggests that the power usage of GPU mining rigs enhanced for Kaspa mining will be higher than what you used for Ethash/ETChash mining, though you can remain at the exact same lower power levels with a bit lowered hashrate obviously.
A couple of crypto exchanges are already supporting KAS trading, these consist of TxBit, ExBitron, MexC and TradeOgre. There has been a spike of interest and a little a rate hike in the last few days, so mining success is also up with Kaspa getting in the list of the most profitable coins to be mined at the moment.
— For more information you can go to the main Kaspa (KAS) project website …
Publihsed in: Crypto Coins
Associated tags: GHOSTDAG, GHOSTDAG protocol, KAS, KAS exchange, KAS miner, KAS mining, KAS mining swimming pool, KAS pool, KAS trading, Kaspa, Kaspa exchange, Kaspa miner, Kaspa mining, Kaspa mining pool, Kaspa pool, Kaspa trading, KaspaMiner, kHeavyHash, kHeavyHash algorithm, kHeavyHash coin, kHeavyHash crypto, kHeavyHash miner, kHeavyHash mining
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Kaspa (KAS) is an extremely interesting crypto job that has been primarily flying well under the radar, but it is starting to get the interest it deservers lately. Kaspa (KAS) being a PoW coin can be mined and mining is based on kHeavyHash, a modified form of the “optical-miner” prepared HeavyHash algorithm. The blockDAG architecture of Kaspa with quick block rates enable more mining decentralization and makes it possible for efficient solo-mining even at lower hashrates. The total supply of Kaspa is 28.7 Billion coins with an emission schedule that halves once per year via smooth monthly decreases by an aspect of (1/2) ^( 1/12).
