ALTFP_INV_SQRTInverseSquareRoot ALTFP_LOGNaturalLogarithm TrigonometricFunction ALTFP_SINCOSTrigonometricSine/Cosine OtherFunctions ALTFP_ABSAbsolutevalue ALTFP_COMPAREComparator ALTFP_CONVERTConverter ComplexIP ALTFP_MATRIX_INVMatrixInverse ALTFP_MATRIX_MULTMatrixMultiplier Page2DeviceFamilySupport Floating-PointMegafu...
3.5.1. ALTFP_ADD_SUM Design Example: Understanding the Simulation Results 3.6. ALTFP_ADD_SUB Signals 3.7. ALTFP_ADD_SUB Parameters 4. ALTFP_DIV IP Core 5. ALTFP_MULT IP Core 6. ALTFP_SQRT 7. ALTFP_EXP IP Core 8. ALTFP_INV IP Core ...
9. ALTFP_INV_SQRT IP Core 10. ALTFP_LOG 11. ALTFP_ATAN IP Core 12. ALTFP_SINCOS IP Core 13. ALTFP_ABS IP Core 14. ALTFP_COMPARE IP Core 15. ALTFP_CONVERT IP Core 16. FP_FUNCTIONS Intel® FPGA IP or Floating Point Functions Intel® FPGA IP Core ...
9. ALTFP_INV_SQRT IP Core 10. ALTFP_LOG 11. ALTFP_ATAN IP Core 12. ALTFP_SINCOS IP Core 13. ALTFP_ABS IP Core 14. ALTFP_COMPARE IP Core 15. ALTFP_CONVERT IP Core 16. FP_FUNCTIONS Intel® FPGA IP or Floating Point Functions Intel® FPGA IP Core ...
The multiplication of zero at the input portdataa[], and a non-zero value at the input portdatab[]results in a zero. 600 nsdataa[]value: 7FF0 0000 0000 0000h datab[]value: 4037 742C 3C9E ECC0h This is the multiplication of an infinity value and a normal value. ...