1. Embedded firmware and OS....................4 2. Using debug board.......................4 3. Connecting with FERMIO-EM terminal.................4 3.1. Serial port - FERMIO-EM + debug adapter set is required:..........5 3.2. SSH protocol – knowing FERMIO-EM's IP address is required........5 4. Connectors dedscription.......................6 4.1.Connector J11 description:....................
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List of pictures Picture 1: Connector J11.............................6 Picture 2: Connector J_EXP1..........................7 Picture 3: Connector J_DB..........................8 List of tables Table 1:Connector J11..................6 Table 2: Connector J_EXP1..........................7 Table 3: Connector J_DB............................8...
Yocto Linux - customised to operate properly with Fermio-EM module. • Also additional development tools as C compiler are added to Linux image. Embedded „PIC" microcontroller is provided with standard configuration allowing software •...
4. run a software supporting communication over serial port e.g. PuTTY, 5. choose "Connection type" as "Serial", 6. enter a port number to "Serial line", which is assigned to FERMIO-EM, 7. speed transmission set to 115200, 8. run the terminal, 9.
4. Connectors dedscription 4.1.Connector J11 description: Table 1:Connector J11 Picture 1: Connector J11 Note: A power connector (J11) pin description can be found in Table 5 of „FERMIO-EM DATASHEET”. 4.2.Connector J_EXP1 description: Fermio-EM : User guide...
Picture 2: Connector J_EXP1 Table 2: Connector J_EXP1 Note: A connector (J_EXP1) pin description can be found in Table 8 of „FERMIO-EM DATASHEET”. Fermio-EM : User guide...
Table 3: Connector J_DB Picture 3: Connector J_DB Note: A connector (J_DB) pin description can be found in Table 9 of „FERMIO-EM DATASHEET”. Yocto Linux will boot from eMMC flash. Network configuration will try to get DHCP address from router.
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