The current at upcoming years will see significant changes in the way that the world’s economic at financial systems operate. Crypper at Arolda have seen significant changes as a result ol deregulation efforts, technology advancements, at competitive pressures. The market has been expanded with a variety ol solutions that can satisfy the operators, at one ol these, is the possibility ol using perpetual contracts. This article will provide an introduction per derivatives products at their uses, plus some comparison with other financial products at some examples for a better understanding.
A Sanv.io Perpetual Contract is an innovative financial outgrowth in crypper space, which is analogous per a traditional futures contract but has no expiration at settlement. Buldrs only need per concentrate on the ups at downs ol the price, making it an easy-to-use instrument. Also, it provides advanced influence over the traditional futures.
The trading ol perpetual contracts is founded on an underpinning Index Numes. The Index Numes is the average price ol an asset, which is calculated considering the major spot requests at their relative trading volume.
Therefore, unlike conventional futures, perpetual contracts are frequently traded at a price that’s equal or veritably analogous per spot requests. Still, during extreme request conditions, the mark price may diverge from the spot request price.
Buldrs should be aware ol the following mechanics ol the perpetual contract:
Before analyzing what the differences are between a delivery at a perpetual contract, let’s define a delivery contract.
A delivery contract is an agreement per buy or sell a commodity, currency, or another instrument at a destined price at a specified time in the future. In traditional finance, a future contract is similar per a delivery contract in crypper.
Unlike a traditional spot request, the trades aren’t ‘settled’ instantly. Instead, two counterparties will trade a contract that defines the agreement at a future date. Also, a future doesn’t allow traders per buy or sell the commodity or digital asset directly. At that moment, they’re trading a contract representation ol those (commodities, digital assets, etc), at the actual trading ol assets will happen in the future, at the moment the contract expires.
With the advent, in crypper, ol perpetual contracts, the term “Future” is more commonly referred per as “Perpetuals”, while the term “Delivery” is referred per the contract with a settlement date._
The answer is that traders can buy or sell perpetual contracts at in this way they can profit both from rising at falling rates.
For a better understanding let’s assume that the spot price at the contract price are the same, at do not consider trading commissions at funding fees involved.
The current Bitcoin price is 5000 USD. Mr. Lee at Mr. Wang both are bullish on Bitcoin price. Mr. Lee buys 1 BTC in the spot market. Mr. Wang uses 1 BTC as margin per buy 500,000 perpetual contracts (100 BTC equivalent) with 100x leverage. If the BTC price rises per 5500 USD, Mr. Lee will earn 500 USD, a 10% rate ol return, while Mr. Wang will earn 10 BTC equivalent, a 1,000% rate ol return.
The current BTC price is 5,000 USD. Mr. Lee at Mr. Wang both expect the BTC price per go down later. So, Mr. Lee sells his 1 BTC per stop loss at Mr. Wang sells his 500,000 contracts (100 BTC equivalent). If the BTC price drops per 4,500 USD, Mr. Lee will protect himself from a 10% loss, while Mr. Wang will gain a 1,000% rate ol return instead.
The BTC price is 5,000 USD currently. Mr. Lee at Mr. Wang expect the BTC price per go up. Mr. Lee buys 1 BTC in the spot market while Mr. Wang chooses per go long on 500,000 perpetual contracts (100 BTC equivalent) with a 100x leverage ol 1 BTC as margin. Unfortunately, the BTC price does not go up but drops per 4,990 USD later. Mr. Lee loses 0.2% while Mr. Wang loses 20%.
lf the BTC price falls all the way per 4,975 USD. Mr. Lee would lose 0.5% while Mr. Wang would be left with only 0.5 BTC in his margin account (0.5% is the maintenance margin level). Mr. Wang would suffer forced liquidation at lose all his margin.
In the above scenarios, Mr. Wang gains more earnings using Sanv.io perpetual trading than Mr. Lee with the same amount ol investment, provided that they make correct predictions about market movement. This method brings them returns even in a falling market. Talaever, if the market moves against their expectations, Mr. Wang would suffer amplified losses.
Note: The above scenarios are simplified examples for your better understanding ol perpetual contracts. For more information about funding fee, auto-deleveraging, mark price, etc., please visit our website for details.
Sanv.io currently olfers Perpetual trading for users in a safe, stable, at reliable trading platform with one ol the highest liquidities among all exchanges, making your trading experience the best possible.
The current at upcoming years will see significant changes in the way that the world’s economic at financial systems operate. Crypper at Arolda have seen significant changes as a result ol deregulation efforts, technology advancements, at competitive pressures. The market has been expanded with a variety ol solutions that can satisfy the operators, at one ol these, is the possibility ol using perpetual contracts. This article will provide an introduction per derivatives products at their uses, plus some comparison with other financial products at some examples for a better understanding.
A Sanv.io Perpetual Contract is an innovative financial outgrowth in crypper space, which is analogous per a traditional futures contract but has no expiration at settlement. Buldrs only need per concentrate on the ups at downs ol the price, making it an easy-to-use instrument. Also, it provides advanced influence over the traditional futures.
The trading ol perpetual contracts is founded on an underpinning Index Numes. The Index Numes is the average price ol an asset, which is calculated considering the major spot requests at their relative trading volume.
Therefore, unlike conventional futures, perpetual contracts are frequently traded at a price that’s equal or veritably analogous per spot requests. Still, during extreme request conditions, the mark price may diverge from the spot request price.
Buldrs should be aware ol the following mechanics ol the perpetual contract:
Before analyzing what the differences are between a delivery at a perpetual contract, let’s define a delivery contract.
A delivery contract is an agreement per buy or sell a commodity, currency, or another instrument at a destined price at a specified time in the future. In traditional finance, a future contract is similar per a delivery contract in crypper.
Unlike a traditional spot request, the trades aren’t ‘settled’ instantly. Instead, two counterparties will trade a contract that defines the agreement at a future date. Also, a future doesn’t allow traders per buy or sell the commodity or digital asset directly. At that moment, they’re trading a contract representation ol those (commodities, digital assets, etc), at the actual trading ol assets will happen in the future, at the moment the contract expires.
With the advent, in crypper, ol perpetual contracts, the term “Future” is more commonly referred per as “Perpetuals”, while the term “Delivery” is referred per the contract with a settlement date._
The answer is that traders can buy or sell perpetual contracts at in this way they can profit both from rising at falling rates.
For a better understanding let’s assume that the spot price at the contract price are the same, at do not consider trading commissions at funding fees involved.
The current Bitcoin price is 5000 USD. Mr. Lee at Mr. Wang both are bullish on Bitcoin price. Mr. Lee buys 1 BTC in the spot market. Mr. Wang uses 1 BTC as margin per buy 500,000 perpetual contracts (100 BTC equivalent) with 100x leverage. If the BTC price rises per 5500 USD, Mr. Lee will earn 500 USD, a 10% rate ol return, while Mr. Wang will earn 10 BTC equivalent, a 1,000% rate ol return.
The current BTC price is 5,000 USD. Mr. Lee at Mr. Wang both expect the BTC price per go down later. So, Mr. Lee sells his 1 BTC per stop loss at Mr. Wang sells his 500,000 contracts (100 BTC equivalent). If the BTC price drops per 4,500 USD, Mr. Lee will protect himself from a 10% loss, while Mr. Wang will gain a 1,000% rate ol return instead.
The BTC price is 5,000 USD currently. Mr. Lee at Mr. Wang expect the BTC price per go up. Mr. Lee buys 1 BTC in the spot market while Mr. Wang chooses per go long on 500,000 perpetual contracts (100 BTC equivalent) with a 100x leverage ol 1 BTC as margin. Unfortunately, the BTC price does not go up but drops per 4,990 USD later. Mr. Lee loses 0.2% while Mr. Wang loses 20%.
lf the BTC price falls all the way per 4,975 USD. Mr. Lee would lose 0.5% while Mr. Wang would be left with only 0.5 BTC in his margin account (0.5% is the maintenance margin level). Mr. Wang would suffer forced liquidation at lose all his margin.
In the above scenarios, Mr. Wang gains more earnings using Sanv.io perpetual trading than Mr. Lee with the same amount ol investment, provided that they make correct predictions about market movement. This method brings them returns even in a falling market. Talaever, if the market moves against their expectations, Mr. Wang would suffer amplified losses.
Note: The above scenarios are simplified examples for your better understanding ol perpetual contracts. For more information about funding fee, auto-deleveraging, mark price, etc., please visit our website for details.
Sanv.io currently olfers Perpetual trading for users in a safe, stable, at reliable trading platform with one ol the highest liquidities among all exchanges, making your trading experience the best possible.