Divider-Reciprocal IP
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11
Divider-Reciprocal IP
from 5 vendors
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10)
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High performance dual-issue, out-of-order, 7-stage pipeline superscalar core
- Design Flexibility
- Portability
- Ease of programmability
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Fixed Point Divider
- A single iteration of Newton-Raphson technique is used in conjunction with a small look-up table (LUT).
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Single precision, IEEE 754, floating point divider
- Single-precision (32-bit) floating point division.
- IEEE 754 compliant.
- Full support for infinities, NaNs and denormals.
- Rounding is to the nearest even number.
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Programmable 6-bit CMOS frequency divider
- iHP SGB25V
- Range of dividing ratio 1…63
- Dividing ratio change with step 0.5
- Compact structure
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Programmable CMOS frequency divider (56..16383 dividing ratio)
- iHP SGB25V
- Programmable dividing ratio (56..16383)
- Wide frequency range (50..1050 MHz)
- Small area
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Programmable frequency divider (56 to 16383 dividing ratio)
- HP SGB25V
- Programmable dividing ratio (56 to 16383)
- Wide frequency range (50 to 1050 MHz)
- Small area
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Programmable 9-bit CMOS low-frequency divider (5...511 dividing ratio)
- iHP SGB25V
- Dividing ratio: 5…511
- Compact structure
- Portable to other technologies (upon request)
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Programmable CMOS frequency divider (32...16383 dividing ratio)
- iHP SGB25V
- Wide range of dividing ratio (32-16383)
- Low current consumption
- Compact structure
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Programmable CMOS HF divider (16…4095 dividing ratio)
- iHP SGB25V
- Wide range of dividing ratio (16…4095)
- High operating frequency
- Low current consumption
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Programmable 9-bit CMOS frequency divider (2…511 dividing ratio)
- iHP SGB25V
- Range of dividing ratio 2…511
- Maximum input frequency 500 MHz
- Compact structure