Double Data Rate I/O (ALTDDIO_IN, ALTDDIO_OUT, and ALTDDIO_BIDIR) IP Cores User Guide

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ID 683148
Date 6/19/2017
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Document Table of Contents
Document Table of Contents x
1. Double Data Rate I/O (ALTDDIO_IN, ALTDDIO_OUT, and ALTDDIO_BIDIR) IP Cores User Guide
1. Double Data Rate I/O (ALTDDIO_IN, ALTDDIO_OUT, and ALTDDIO_BIDIR) IP Cores User Guide x
1.1. ALTDDIO Features 1.2. ALTDDIO Common Applications 1.3. ALTDDIO Resource Utilization and Performance 1.4. ALTDDIO Parameter Settings 1.5. ALTDDIO Functional Description 1.6. Design Example: 8-Bit DDR Divider Using ALTDDIO_BIDIR 1.7. ALTDDIO_IN IP Core Signals 1.8. ALTDDIO_OUT IP Core Signals 1.9. ALTDDIO_BIDIR IP Core Signals 1.10. Verilog HDL Prototype 1.11. VHDL Component Declaration 1.12. VHDL LIBRARY-USE Declaration 1.13. Double Data Rate I/O (ALTDDIO_IN, ALTDDIO_OUT, and ALTDDIO_BIDIR) IP Cores User Guide Archives 1.14. Document Revision History
1.2. ALTDDIO Common Applications x
1.2.1. DDR SDRAM, DDR2 SDRAM and RLDRAM II Memory 1.2.2. QDR SRAM and QDRII SRAM Memory Interfaces 1.2.3. High-Speed Interface Applications
1.5. ALTDDIO Functional Description x
1.5.1. DDR Device Configuration 1.5.2. DDR I/O Timing
1.5.1. DDR Device Configuration x
1.5.1.1. Input Configuration 1.5.1.2. Output Configuration 1.5.1.3. Bidirectional Configuration
1.6. Design Example: 8-Bit DDR Divider Using ALTDDIO_BIDIR x
1.6.1. Generate a Divider Using ALTDDIO_BIDIR 1.6.2. Create a Divider 1.6.3. Implement the Divider Design 1.6.4. Functional Results—Simulate the Divider Design in the ModelSim* - Intel® FPGA Edition Software
1.6.1. Generate a Divider Using ALTDDIO_BIDIR x
1.6.1.1. Create the ALTDDIO_BIDIR IP Core 1.6.1.2. Create the LPM_DIVIDE IP core
1. Double Data Rate I/O (ALTDDIO_IN, ALTDDIO_OUT, and ALTDDIO_BIDIR) IP Cores User Guide

1.6.1.1. Create the ALTDDIO_BIDIR IP Core

Follow these steps to create the ALTDDIO_BIDIR IP core.
  1. Unzip the ALTDDIO_DesignExample_ex2.zip file to any working directory on your PC.
  2. In the Intel® Quartus® Prime software, open the ex2.qar project .
  3. In the IP catalog, double-click ALTDDIO_BIDIR .
  4. Specify the IP variation file name and click OK.
  5. In the parameter editor pages, select or verify the configuration settings shown in the following table. Click Next to advance from one page to the next.
    Parameter Editor Page Parameter Value
    2a Which megafunction would you like to customize In the I/O folder, select ALTDDIO_BIDIR
    Which device family will you be using? Stratix®
    Which type of output file do you want to create? VHDL
    What name do you want for the output file? alt_bid
    Return to this page for another create operation Turned off
    3 Currently selected device family Stratix®  IV
    Match project/default Turned on
    Width: (bits) 8
    Use ‘aclr’ port Turned off
    Use ‘aset’ port Turned off
    Not used Turned on
    Registers power up high Turned off
    Use ‘sclr’ port Turned off
    Use ‘sset’ port Turned off
    Not used Turned on
    Invert ‘padio’ port Turned off
    4 Use ‘inclocken’ and ‘outclocken’ ports Turned off
    Use output enable port Turned on
    Use ‘oe_out’ port to connect to tri-state output buffer(s) Turned off
    Register ‘oe’ port Turned off
    Delay switch-on by half a clock cycle Turned off
    Use ‘combout’ port Turned off
    Use ‘dqsundelayedout’ port Turned off
    Use ‘dataout_h’ and ‘dataout_l” ports Turned on
    Implement input registers in LEs Turned off
    5 Generate netlist Turned off
    6 Variation file Turned on
    Intel® Quartus® Prime IP file Turned on
    Intel® Quartus® Prime symbol file (.bsf) Turned off
    Instantiation template file Turned on
    Verilog HDL black box file (_bb.v) Turned on
    AHDL Include file (.inc) Turned off
    VHDL component declaration file (.cmp) Turned on
    PinPlanner ports file (.PPF) Turned on
  6. Click Finish.
    The ALTDDIO_BIDIR IP core variation is now built.
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