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参数资料
| 型号： | SPI-324P-O4-N1 |
| 厂商： | Lattice Semiconductor Corporation |
| 文件页数： | 19/23页 |
| 文件大小： | 0K |
| 描述： | IP PHY LAYER BRIDGE SPI3-4 ORCA4 |
| 标准包装： | 1 |
| 系列： | * |
| 其它名称： | SPI324PO4N1 |
Quad SPI-3 to SPI-4 Link Layer
Lattice Semiconductor
Figure 10. Quad SPI-3 to SPI-4 Link Layer Bridge Top-Level Application
Bridge Core User’s Guide
ORCA 4 sysBUS Model
ORSPI4
Model
PLL
Quad SPI-3 to SPI-4
Link Layer Bridge
Core
Black Box Consideration
Since the core is delivered as a gate-level netlist, the synthesis software will not re-synthesize the internal nets of
the core. For more information regarding Synplify’s black box declaration, refer to the Instantiating Black Boxes in
Verilog section of the Synplify Reference Manual.
Synthesis
The following sections provide procedures for synthesizing the Quad SPI-3 to SPI-4 Link Layer Bridge Core IP
solution with the Synplicity Synplify and LeonardoSpectrum synthesis tools, which are included in the Lattice
ispLEVER software. These procedures generate an EDIF netlist containing the Quad SPI-3 to SPI-4 Link Layer
Bridge core as a black box.
Synthesis Using Synplicity’s Synplify
To synthesize the Quad SPI-3 to SPI-4 Link Layer Bridge solution Synplicity’s Synplify in one step, go to the direc-
tory “eval\synthesis\synplicity” and enter “run_syn.bat” (for PC). A top-level EDIF for the application will be pro-
duced. Users may use run_syn.bat as a guide and template if they are creating their own unique system-level
project solution.
The following step-by-step procedure may also be executed. Note that the step-by-step ?ow results vary from those
obtained with the scripted ?ow due to possible small differences in options between both ?ows.
1. Create a new working directory for synthesis.
2. Launch the Synplify synthesis tool.
3. Start a new project and add the speci?ed ?les in the following order:
source/synplicity /orca4_synplify.v
source/top/qspi3_link_params.v
source/synplicity/rfclk_pll_bo.v
source/synplicity/rfclk_hpll_bo.v
source/synplicity/mycore.v
source/synplicity/sysbus_fpsc.v
source/top/spi_324l_o4_1_001.v
source/top/fpga_io.v
source/top/orspi.v
4. In the Implementation Options select the ORCA Series 4 technology, the O4E06 part, speed grade -2 and
package BA352. Note that these options are acceptable since synthesis targets the Series 4-based FPGA
array of the device.
5. Specify an EDIF netlist ?lename and EDIF netlist output location in the Implementation Options. This top-level
EDIF netlist will be used during Place and Route.
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