SoftBank Pip Value Calculator | SOFTBANK CFD

The formula is direct: Pip Value = Pip Size × Contract Size × Number of Contracts. For SOFTBANK, the pip size is 1 and the contract size is 1, which means each contract moves exactly 1 currency unit per pip. Unlike forex instruments — where EUR/USD pip values fluctuate because the quote currency changes relative to your account currency — SOFTBANK's pip value stays constant as long as you're trading in the instrument's native currency. Multiply by your number of contracts to scale up. Ten contracts produce a pip value of 10. Pulsar Terminal's built-in pip value calculator handles this automatically, pulling contract size and pip size directly from the instrument specification so you skip manual lookups entirely.

Surprising fact: a 3-pip spread on SOFTBANK costs exactly 3 currency units per contract at entry — no conversion math required. Here's a concrete scenario. You open 5 contracts on SOFTBANK. Pip value per contract = 1 × 1 = 1. Total pip value across your position = 1 × 5 = 5 currency units per pip. The typical spread is 3 pips, so your immediate entry cost is 15 currency units (3 pips × 5 currency units). If price moves 50 pips in your favor, the gross profit is 250 currency units. Compared to trading a CFD with a variable pip value — such as a currency pair where pip value shifts daily — SOFTBANK lets you calculate P&L in seconds without refreshing conversion rates. Since SoftBank's major restructuring phase in 2023, the stock has shown intraday ranges frequently exceeding 100 pips, making accurate pip valuation especially relevant for day traders.

Risk management starts with one number: how much money moves per pip. On SOFTBANK, that number is 1 per contract. Set a stop-loss 30 pips below entry on a 10-contract position, and your maximum loss is exactly 300 currency units — no estimation needed. Whereas instruments with larger contract sizes (some equity CFDs carry contract sizes of 100 or more) amplify pip value dramatically, SOFTBANK's contract size of 1 keeps position sizing granular and controllable. To target a specific risk amount, divide your maximum acceptable loss by your stop distance in pips, then divide again by the per-contract pip value. Example: risking 150 currency units with a 25-pip stop means 150 ÷ 25 ÷ 1 = 6 contracts. This formula works every time because the pip value doesn't change. Consistent inputs produce consistent risk — which is the foundation of any repeatable trading process.