Jumpers (JP)

JP13-JP18 are interfaces capable of switching the connection destination of the Versal FPGA JTAG interface.
When jumper sockets are inserted between Pin.1-2, it connects to Channel A of the FTDI IC, enabling access from CON6 (USB Type-C).
By inserting them between Pin.2-3, it becomes possible to communicate with the FMC module connected to CON11 via level shifters (IC22, IC23).

JP19-JP21 are interfaces capable of switching the connection destination to Channel B of the FTDI IC.
When jumper sockets are inserted between Pin.1-2, it connects to UART0 mapped to the Versal LPD MIO.
By inserting them between Pin.2-3, it connects to UART0 (EMIO) mapped to the Versal HDIO.
After connection, access is possible from CON6 (USB Type-C).

JP22-JP24 are interfaces capable of switching the connection destination to Channel C of the FTDI IC.
When jumper sockets are inserted between Pin.1-2, it connects to UART1 mapped to the Versal LPD MIO.
By inserting them between Pin.2-3, it connects to UART1 (EMIO) mapped to the Versal HDIO.
After connection, access is possible from CON6 (USB Type-C) for both.

JP25-JP29 are interfaces capable of switching the connection destination of the IGLOO2 UART.
By accessing the IGLOO2 UART, it is possible to monitor via Telemetry signals from the OBC or change modes via Telecommand signals to the OBC.
When jumper sockets are inserted between Pin.1-2, it connects to Channel D of the FTDI IC, enabling access from CON6 (USB Type-C).
By inserting them between Pin.2-3, access becomes possible from CON18 using devices compatible with the RS-422/RS-485 standard.

JP30-JP33 are interfaces to configure when connecting RS-422/RS-485 compatible devices to CON18 to communicate with the OBC.
Please set the jumper sockets according to the corresponding device by referring to the table below.

JP34 is an interface capable of switching the connection destination of GTYP, which is Versal’s high-speed serial communication signal.
Please insert a jumper socket if you wish to perform high-speed debugging and tracing of Versal using a SmartLynq+ module utilizing CON6 (USB Type-C).
If you do not perform the above and wish to evaluate the target GTYP with the FMC module connected to CON11, do not insert a jumper socket.

JP35-JP37 are interfaces used when you want to utilize the Versal LPD MIO mapped to I2C0 with the FMC module.
Please insert jumper sockets if you want to use it with the FMC module.
The Versal LPD MIO will be connected to the FMC module connected to CON11 via a level shifter (IC24).

JP38-JP41 are interfaces capable of switching the power domain of the Versal LPD MIO.
Please refer to the table below for power assignments.
The voltage selected here is also supplied to CON12.

JP42-JP44 are interfaces used when you wish to perform CAN communication with Versal utilizing CON19.
Please insert jumper sockets if you want to connect a CAN compatible device to CON19 to communicate with Versal.

JP45-JP46 are interfaces to select the presence of a CAN termination resistor.
Please insert jumper sockets if a CAN termination resistor is required.

JP47-JP48 are interfaces configured according to the communication direction of Versal PMC MIO 0 and Versal PMC MIO 1 connected to CON12.
Because the target MIO passes through a level shifter (IC27) on its way to CON12, it is necessary to set the communication direction of the level shifter according to the MIO’s communication direction.
The table below shows the input/output directions as seen from CON12 when a jumper socket is inserted or removed.

JP49-JP52 are interfaces capable of switching the power domain of the Versal HDIO.
Please refer to the table below for power assignments.
The voltage selected here is also supplied to CON14.

JP53-JP56 are interfaces capable of switching the power domain of the IGLOO2 MSIO (Bank 5).
Please refer to the table below for power assignments.
The voltage selected here is also supplied to CON15.

JP57-JP58 are interfaces that allow selecting the power domain of the Versal XPIO and IGLOO2 MSIO (Bank 8) connected to the FMC module.
Since it is similarly supplied to the VADJ terminal of CON11, communication becomes possible at the selected power domain here.