Pipelined Square Root
Overview
Function y = √x is a fully scalable square-root function with configurable data width. Inputs and outputs are unsigned integers. An n-bit input value will generate an output result with n/2 integer bits and n/2 fraction bits. Very useful in digital processing when the magnitude of a vector or complex signal must be calculated.
Key Features
- Function f(x) = √x
- Input values as unsigned integers
- Output values as unsigned integers
- N-bit value -> n/2 integer bits, n/2 fraction bits
- Configurable data width
- High-speed fully pipelined architecture
- Optimization mode for speed/area trade off
Benefits
- Technology independent soft IP Core
- Suitable for FPGA, SoC and ASIC
- Supplied as human-readable source code
- One-time license fee with unlimited use
- Field tested and market proven
- Any custom modification on request
Block Diagram
Applications
- Fundamental unit in digital processing functions
- Square root of integers and fixed-point values
- Magnitude of vectors and complex signals
Deliverables
- VHDL source-code (or Verilog on request)
- Simulation test bench
- Examples and scripts
- Full pdf datasheet
- One-to-one technical support
- One years warranty and maintenance
Technical Specifications
Foundry, Node
All