Raptoreum’s new crypto mining algorithm turns AMD Ryzen processors with massive L3 caches into machines that make money
After GPUs and SSDs, it looks like their CPUs are becoming another profitable solution for crypto mining operations. A new mining algorithm known as Raptoreum that uses large L3 caches on AMD Ryzen desktop processors to earn these cryptocurrencies that are getting popular, has been introduced.
AMD Ryzen processors now used for cryptocurrency mining have a large L3 cache.
The Raptoreum mining algorithm was designed to take advantage of these large L3 caches found in modern processors which are essential for speed of the CPU when dealing with large amounts of data, which is why it is logical that from experiences shared about the effectiveness on different CPUs, it looks like this mining algorithm will work best with AMD’s Ryzen and Threadripper line as they offer the largest L3 cache sizes. In the BitCoin Press report miners are carrying out large cryptographic operations consisting of several hundred systems with AMD Ryzen processors to make money off the Raptoreum.
Regarding the Raptoreum algorithm, it is based on the GhostRider mining algorithm which protects the Raptoreum’s blockchain network from ASICs. The GhostRider algorithm uses a modified x16r and Cryptonite algorithm that uses the CPU’s L3 cache for mining. As described above, AMD processors will be the preferred choice due to their large L3 cache size. Processors like the older Ryzen 3900 9 and Ryzen 3900 64X offer up to 3MB of cache using 64 cores and 128 threads, while AMD’s Threadripper and EPYC line scale to 256MB and 3MB of LXNUMX cache depending on configuration.
In terms of mining speed, the AMD Ryzen 9 3900 can deliver up to 4600 H/s in Raptoreum without any optimization. The Ryzen 9 5950X, which is the successor to the Ryzen 9 3950X, can deliver up to 6800 H/s, but based on price alone, the new processors are not as profitable as the old ones, or placing bets on your favorite sport game at 22Bet registration. The Intel Core i9-12900K also has a cache memory increased to 30MB and can deliver up to 3700 H/s in the algorithm. For the YouTuber ROI, Raid Mining explains how he can get an ROI for six Ryzen 9 3900X and two Ryzen 9 3950X mining systems in 284 days.
In a separate video discovered by El Chapuzas Informatico, you can see a large-scale mining operation of the Raptoreum processor, which is powered by 28 Ryzen 9 desktop processors. The rest of the features are modest at best, as the algorithm depends just from the L3 cache, not from an individual PC’s characteristics.
aptoreum Mining’s efficiency and profitability were listed in a detailed document by the algorithm developers in the next documentation sheet.
The profitability of AMD Ryzen Threadripper and EPYC CPU Raptoreum mining algorithms
We’ve seen with Ethereum and more recently with Chia that these new algorithms can cause a temporary small hardware shortage. The availability of the AMD Ryzen 5000 processors is slightly better but if the Raptoreum comes out and we see a jump in its value, then there is a chance that these chips will become in short supply when miners use them in larger numbers for mining ecosystem using this algorithm. AMD is set to release its Vermeer-X Ryzen processors with 3D V-cache, which will offer nearly double the amount of L3 cache so there is a chance that Raptoreum miners will start to use these chips in which case there may be a temporary shortage of them not long after the initial release. We will have to see what happens, but we know that the availability of processors right is influenced quite a bit by large-scale mining operations.
