Motorola DSP96002 - Manual (Page 721)

B-202 DSP96002 USER’S MANUAL MOTOROLA
DSP96000
Benchmark Word Icyc
B.1.47 Evaluation of EXP2(x) 10 27
B.1.487 Vector Cross Product 10 10
B.1.49 Power Function X**Y, X = Single Precision FP
Y = 5 Bit Integer, Straight 14 14
Y = 32 Bit Unsigned Integer, Looped 7 100
Y = 32 Bit Unsigned Integer, Variable Loop 10 3N+8
Y = Single Precision FP 21 55
B.1.50 Cascaded Five Coefficient Biquad Filter 8 5N+4
B.1.51 CORDIC Sine (4 Quadrant/Argument Reduction) 33 8N+26
B.1.52 CORDIC Cosine (4 Quadrant/Argument Reduction) 34 8N+27
B.1.53 CORDIC Tangent (4 Quadrant/Argument Reduction) 44 8N+37
B.1.54 [NxN by [NxN Matrix Multiplication
(Modulo-Aligned) 21 n
3
+4n
2
+5n+16
B.1.55 [4x4 by [4x4 Matrix Multiplication
(Modulo-Aligned) 30 87
B.1.56 [8x8 by [8x8 Matrix Multiplication
(Modulo-Aligned) 86 607
B.1.57 [16x16 by [16x16 Matrix Multiplication
(Modulo-Aligned) 286 4399
B.1.58 Double Integrator Oscillator 3 3
Second Order Oscillator 2 2
B.1.59DTMF Signal Generator 5 5
IEEE Standard Conformance Benchmarks
B.2.1 IEEE Floating-point Remainder
B.2.2 IEEE Floating-point Round to Integer 1 1
B.2.3 IEEE Floating-point to Decimal String
B.2.4 IEEE Decimal String to F.P.
B.2.5 Format Conversions
Signed 32 Bit Integer to:
Unsigned 32 Bit Integer 2 3
Single Precision floating-point 1 1
Unsigned 32 Bit Integer to:
Signed 32 Bit Integer 2 3
Single Precision floating-point 1 1
Single Precision to:
Signed 32 Bit Integer 3 4
Unsigned 32 Bit Integer 3 4
Figure B-1. Standard Benchmark Summary (continued)