hello
think I need an icon, or I will use the! I will give the reward. OK! Please add LINK to your computer! Team will occasionally update and publish the coin, which will be soon
Team is designing Exchange domain name and BTC wallet updated BTC wallet will be updated soon, and it will open BTC-FHz tradingExchange Syncing BTCwallet
Team will put FHzcoin trading on the exchange, and will squeeze more coin-day exchange
This is not a joke or a scam, because you do not have to invest any gold or money!
IPO address：1Gz882NmRPvu5xZqDjGfNzYBCvj887ts6Z
FHz-Play
Specifications Uses Dcrypt algorithm, an algorithm made to be difficult to implement on an ASIC.
This is done so that by the time any ASICs are made, Proof-of-Burn hash became bigger than Proof-of-Work
Tri-Hybrid Blocks: Proof-of-Burn blocks, Proof-of-Stake blocks, Proof-of-Work blocks
Block time is 1.5 minutes (90 seconds)
Difficulty re-targets continuously
Block Rewards:
Proof-of-Burn blocks: max 250 coins
Proof-of-Work blocks: max 50 coins
Block rewards decrease in value as the difficulty increases
Total 2.5 million coins
About FHzcoin? Hz are present, including the establishment of core frequency, Dcript use to optimize the performance of SHA-256 were POW MINGING
Better reduce scrypt consume large amounts of memory, FHz will consume very little memory obtain lower temperatures MINGER The Dcrypt hashing algorithm uses SHA256 as a back end. For ASIC / FPGA has a strong resistance
For example:
You have a core frequency of 700Mhz for Minging, Scrypt will use 90% memory MINGING
But Dcript will use 700MHz memory and does not exceed 60% memory MINGING, but MINGER will reduce the temperature of the video card and dangerous, while MINGER user electricity consumption decreased by 20%
What is POB? proof-of-burn area generation system.
Easier to set up and maintain. It eliminates the need for powerful hardware, so do not install the ASIC. Proof of Burn and Low Power Requirements:
Proof-of-Burn mining is different from Proof-of-Work mining More computers and higher computational power offers no advantage over slower computers In short, how this is achieved is:.. When one burns coins, that transaction can be used to calculate burn hashes. There is also a multiplier that is multiplied to the raw burn hash to calculate the final burn hash. The greater amount of coins burnt by a user, the smaller the multiplier will be and the smaller the burn hashes will be. The smaller the burn hash is, the more likely the hash will meet the difficulty target (be accepted by the network as valid). Over time, the multiplier of a single burn transaction increases slowly, lowering the effectiveness of those burn hashes, acting like "decaying burnt coins ". Per transaction, only 1 burn hashes is needed to be calculated per ~ 90 seconds. The reason low power can mine this is because basically almost any machine can hash a few SHA256 hashes in ~ 90 second
Technical Whitepaper: Team uses 10% FHz which 5% of all used for marketing
% 3 for the team and maintenance costs, as well as the last 2% will be used in the exchange Downloads: Config File: Exchanges: Pools: Blockchain Explorer: Bounty:
Faucet Distribution: 1 percent receive free for anyone please give me LINK.
4% will be used in marketing and public in below! The transparency information is 100%
Program design- 1、Exchanges and coin purses will be open at the same time
- 2、Wallet upgraded, and better applications and services as well as
any more please wait
