Linsn TS802D how to run intelligent setup
There are 7 steps. (Some steps will be skipped according to different display panel.)
By running the intelligent setup, Linsn control system will fetch the info of the led display, such as scan mode, chip decode, module size, signal trend etc, then apply the suitable driver from the firmware.
Make sure everything is connected correctly.
1. Graphic card DVI output for sending card is set running in CLONE mode
2. Sending card(s) and receiving card(s) green indicators are blinking and red indicators on
3. Flat cable connects panel with hub card correctly
4. Before running intelligent setup, the info in below picture is needed. the info can also get from led display manufacturer.
Click intelligent setup, select or input the following info, click Next
Help details:
Drive Chip: choose the driver chip applied to the led module;
Display Type: Single-color, double-color, full-color real pixel, full-color virtual pixel.)
If led display is virtual pixel, choose the right virtual pixel sequence; there are four sequences, as below:
(Notice: one virtual pixel consists of two red lights, one green light and one blue light. The red in upper row is red A, and the red in lower row is red B.)
Width (X), height (Y): Input the resolution (pixels) of the module (also called panel/matrix,;
Data input port: Input the quantity of the data input port, most of the modules are one or two, as above picture it is one data input port (one input port in the left and one output port in the right).
Data group/port: Quantity of data group/port for every data input port. If hub card is Linsn Hub Card, it has pin assignment in each pin. RGB signals can be counted.
Data type: Generally, the first data type (Red, green, (blue) separately) for Led display, the other items for light-decoration.
Row decode mode: Choose the row decode mode (Unknown or not in the following options\static, no decode\no decode chip, row drive directly, with OE\no decode chip, row drive directly, no OE\chip 138 decode\chip 139 decode\chip 145 decode\chip154 decode\chip 164 decode\chip 192 decode\chip 193 decode\chip 595 decode\chip 4094 decode)
Module cascade direction: how signal goes. Look from the front of LED Module. Choose the right one according to modules cascaded way.
Double column: for special PCB design;
Channels of chip: channels of the driver chip
Total chips: for special PCB design which leaves some driver chips empty;
1. Watch module changes: choose the right status according to led module reaction, for example, status 1 shows white, and status 2 shows black. Click Next
2. Watch module changes: choose the right status according to led module reaction. Click Next
3. Watch the color that the module shows and choose accordingly, for example, status 1 displays red, and status 2 displays green. Select the right one. Click Next
4. Watch the module: how many rows are bright totally, choose the number in Bright rows of LED display;.
Interval rows mean how many black (dim) rows between two bright rows, and then add one bright row for the total interval rows. For example, as shown in below figure, there is one black/dark (mid) row between two bright rows, choose 2 (1+1=2) rows for the interval rows, 4 rows for bright row.
If there is no black (mid) row between the bright rows, select 1 row for the interval row, as shown in below figure: 4 rows for bright rows, and 1 for interval row.
Choose the right one according to your module.
5. Watch which pixel is light up in the module
Then click the corresponding grid in the following window
After clicking the grid, another pixel will light up in the module
Continue to click the corresponding grid till the following widow appears
After finishing “intelligent setup”, send it to the receiving cards; check the image on led module or led display, if everything shows correctly, Setup the refresh frequency and gray level according to requirement of Led display.
Click save on files to save the RCG file for backup. Then click Save to receiver to save the .RCG in the flash memory of receiving cards.
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