Шанс есть и блок в соло на S7 поймать... Если здесь такая же механика....... )

Если 50Тб это мелкий майнер, то да. С таким объёмом как раз на блок в сутки и выйдешь.  Если общая сеть не вырастет ))

I have only 10 TB, will I ever win XCH on mainnet?
Starting with the new consensus algorithm in Beta 19, there are 4608 chances per day to win 1 TXCH (and thus XCH on mainnet.) If you have 10TB and there are 30PB of total storage on mainnet then you would expect to win ~1.5 TXCH per day on average. The math is .010 PB/30 PB * 4608 = 1.536.

В 19 бете новое правило будет

Или это всего 4608 блока в сутки и будет и какой-то молодец так хитро это описал?

1 txch - это 1 тестовая чиа, то есть не полный блок, а с каждого блока 1 монету на розыгрыш между другими майнерами?

The plot key is a private key that is stored in the plot file. The plot id is generated by hashing the plot public key and the pool public key. Creating a block with a proof of space requires signing with both the plot key and the pool key. Therefore the pool may not be changed after creating the plot. In practice, the plot key is a 2/2 BLS aggregate public key between a local key stored in the plot and a key stored by the farmer software. For security and efficiency a farmer may run a centralized server using this key and signature scheme. The server may be connected to many harvester machines that store plots. Farming requires the farmer key and the local key, but does not require the pool key, since the pool’s signature can be cached and reused for many blocks.

Аа, щито так сложно то

Roles of Nodes

Farmers

Farmers are nodes which participate in the consensus algorithm by storing plots and checking them for proofs of space. 

Timelord

Timelords are nodes which participate in the consensus algorithm by creating proofs of time and infusing blocks into their VDFs.

Full Nodes

Full nodes can be timelords or farmers, or they can just perform the roles of a full node. This entails broadcasting proofs of space and time, creating blocks, maintaining a mempool of pending transactions, storing the historical blockchain, and uploading blocks to other full nodes as well as wallets (light clients).

Every 32256 blocks, the difficulty adjustment kicks in. This modifies two parameters: The slot_iterations parameter, and the difficulty parameter. 

When the farmer wins a block, they submit the farmer signature and the pool signature. The transaction fees, along with ⅛ of the block reward go to the farmer, while ⅞ of the block rewards go to the pool. The reason for giving part of the reward to the farmer is to disincentivize attacks where one pool attacks another one by “pooling” for them, but not actually submitting the winning proofs. This is an attack that can make the other pool go out of business. 

A second more complicated pooling protocol will allow you to specify a singleton smart contract in which to store the pool address. The plots would then include the puzzle hash of the smart contract, allowing farmers to switch pools at any time, with a delay. The drawback of this pooling protocol is that an on-chain transaction is required to start farming, and thus it is not strictly better than the first pooling protocol. 

Как в бурсте

Опять все в кВч упирается, а они типо зеленые майнеры, электричество то же самое что и в pow

from current calculations in beta17, about 1kWh for a k32, or about 10 cents, which is $1 per terabyte).

Чёт ничё не нашел про выйгрыш 1 монеты в сутки 4608 раз

В офф чате в генерал на эту тему написали

Во первых б17/18 это другая цепь чем б19

b19 observations - 5000 plots split between 2 farmers (k23 for testing)

5000/512 = 9.77 on average qualify per challenge so each farmer had 5 plots on average to do quick look up on and 0-4 with a bias to 0-1 was what I was seeing farmed ok,
-so it really is just 1/512?
yep every 4608 times per day - different 512