Blake3

Created by Jack O’Connor, Jean-Philippe Aumasson, Samuel Neves, and Zooko Wilcox-O’Hearn, BLAKE3 offers optimal performance over the SHA series and Blake2.
Read moreBlake3 is a highly efficient cryptographic hash function that is an advanced version of its predecessor, Blake2. It is finely optimized for improved performance, security, speed, and versatility when compared to Blake2. Moreover, Blake3 is resistant to numerous cryptographic attacks, offering a high level of security. It employs the Merkle-Damgard construction and the sponge construction, ensuring data integrity. Another notable feature of the Blake3 algorithm is parallelism. Blake3 leverages parallel processing capabilities, offering optimal performance on modern multi-core processors. What is Alephium? Scalable for devs. Secure for users. Decentralized for all. Innovative sharding meets expressive sUTXO and efficient Proof-of-Less-Work to secure scalable dApps for real-world use cases.

Showing all 14 results

Hashrate
8.3 TH/S
Power
3350 W
Efficiency
0.403 J/Gh

Goldshell AL Max Alephium Miner (8.3Th/s)

$2318.00
Model AL Max from Goldshell mining Blake3 algorithm with a maximum hashrate of 8.3TH/S for a power consumption of 3350W…
Hashrate
1.25 TH/S
Power
600 W
Efficiency
0.48 J/Gh
Hashrate
2 TH/S
Power
500 W
Efficiency
0.25 J/Gh
Hashrate
3.2 TH/S
Power
2300 W
Efficiency
0.719 J/Gh
Hashrate
3.3 TH/S
Power
1600 W
Efficiency
0.485 /Gh
Hashrate
16.6 TH/S
Power
3730 W
Efficiency
0.225 J/Gh
Hashrate
4.4 TH/S
Power
1800 W
Efficiency
0.409 J/Gh
Hashrate
15 TH/S
Power
3500 W
Efficiency
0.233 J/Gh
Hashrate
1 TH/S
Power
480 W
Efficiency
0.48 J/Gh
Hashrate
400 GH/S
Power
100 W
Efficiency
0.25 J/Gh
Hashrate
950 GH/S
Power
460 W
Efficiency
0.484 J/Gh
Hashrate
720 GH/S
Power
360 W
Efficiency
0.5 J/Gh
Hashrate
360 GH/S
Power
180 W
Efficiency
0.5 J/Gh
Hashrate
15.6 TH/S
Power
3510 W
Efficiency
0.225 J/Gh

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