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© NBK PRODUCTION
© NBK PRODUCTION
LIMX is developed by the Github Opensource organisation LIMXTEC
MAX COINS: 525.000.000 LIMX
BLOCK TIME: 5 MINUTES
KIMOTO GRAVITY WELL
HASHING ALGORYTHM: X11
DISTRIBUTION: 5.25 MILLION LIMX PER YEAR = 1 %
MINEABLE: 100 YEARS WITH NO BLOCKHALVING
BLOCK REWARD: 50 LIMX (40 LIMX MINING & 10 LIMX MASTERNODE REWARD)
MASTERNODE SETUP: 5000 LIMX
InstantX, Darksend, Masternode technology
RPC PORT: 8800
P2P PORT: 8886
ROAMING FOLDER: limecoinx
CONFIG NAME: limecoinx.conf
OpenSSL VERSION: 1.0.2
CURRENT CLIENT: v0.11.2.34
Created for the digital future.150.000 LIMX FUND
LIMX has a class of workers called miners who "mine" LIMX (similar to Gold Miners). Miners run special software on their computer to run encryption calculations to be the first person to find special codes that will add LIMX to their wallet and put those LIMX into circulation. Miners also act as accountants to verify all transactions on the LIMX network and compare work against each other to keep LIMX secure. For additional security, there is a Masternodesystem implemented; it´s a proof of service system.
LIMX has been designed to handle a stable future. Only 525 Million LIMX will ever exist. Every LIMX block has a fixed reward of 50 Coins & will never decrease to give future generations the same chance to mine that limited digital resource.
The Masternodes getting 1/5 of that reward, for holding 5000 LIMX & doing a proof of service job.
Blocks are distributed every 5 minutes; over 100 years.
In mathematics, the limit of a function is a fundamental concept in calculus and analysis concerning the behavior of that function near a particular input. Formal definitions, first devised in the early 19th century, are given below. Informally, a function f assigns an output f(x) to every input x. We say the function has a limit L at an input p: this means f(x) gets closer and closer to L as x moves closer and closer to p. More specifically, when f is applied to any input sufficiently close to p, the output value is forced arbitrarily close to L. On the other hand, if some inputs very close to p are taken to outputs that stay a fixed distance apart, we say the limit does not exist. The german Karl Weierstrass first introduced the epsilon-delta definition of limit in the form it is usually written today. He also introduced the notations lim and limx→x. LIMX is also a composition of his color "lime green #32cd32" and it´s X11 algorythm.