Beam Hash III PoW New Algorithm Is Out – Product Release & Updates

Beam has announced the introduction of the Beam Hash III Proof-of-work (PoW) algorithm. Wilke Trei, the platform’s PoW designer, gave an in-depth explanation of the Beam Hash III in a YouTube video last week.

The in-depth explanation covers different aspects including how Beam Hash III will fit into the mining landscape, strategies of the project, and what makes it better than the previous version.

The mining landscape

Sha256 and Etash are the two major PoW schemes for Bitcoin and Ethereum. They also have different proof of work schemes under them. Many of these PoW schemes are measured based on their memory storage and also how they’re ASIC friendly.

An application-specific integrated circuit (ASIC) is a device designed for mining cryptocurrencies. Essentially, a PoW must be ASIC resistant. Creating an ASIC can be difficult even though it has more benefits over common hardware.

Beam Hash III development effectively allows cheaper designs. When ASICs arrive on the ash, they would be made available and affordable so that they can have a certain adoption in Beam’s mining community.

Giving GPU miners a headstart

The Beam Hash III PoW schemes are created in a way that they run very well on GPUs. When the rewards are high, these coins are mined best on a GPU. So with the system, GPU miners “get the big piece of the cake.”

Making mining relaxing

Beam has put a lot of effort into getting good contacts with other mining developers and the pools. Thus, miners do not have to worry about anything, and when the fork happens, their rates will just adjust to the new methods.

Another aspect is that there is a need for a PoW scheme. For example, by making it light wide in computing and having low energy use. This would allow Beam to spread mining to other areas of the world.

Features of Beam Hash III

Wilke highlighted five features in the presentation, they include:

  • It is easier to implement
  • It fits well into 5G memory
  • Also, it’s made to utilize the memory bandwidth of all current GPUs
  • It is single-chip ASIC resistant for the next few years
  • It also allows for affordable multi-chip ASIC designs

Previously, Beam released updates on the execution of its second hard fork, which they initially announced in their roadmap.