Pablo,
Is this still an issue?
Kyle
Second question, we are connecting to a Bosch PCM that uses ts1 = 6, ts2 = 3, sjw=1. Should the ECI_BTMODE structure match this values? Or should we use the default ECI_CAN_FDR_BTP_2000KB define?
The define:
#define ECI_CAN_FDR_BTP_2000KB {0, 2000000, 15, 4, 4, 32} ///< 2000 KB, SP 80,0% @ingroup CanTypes
DWORD dwMode; ///< Timing mode @see e_CANBTMODE constants
DWORD dwBPS; ///< Bits per second or prescaler @see e_CANBTMODE.
///< In native mode this parameter contains the controller specific
///< value for the baud rate pre-scaler.
WORD wTS1; ///< Duration of time segment 1 in quantas
WORD wTS2; ///< Duration of time segment 2 in quantas
WORD wSJW; ///< Re-synchronisation jump width in quantas
WORD wTDO; ///< Transceiver delay compensation offset in quantas
///< (0 = disabled). Used to specify the sample point
///< during bit monitoring in fast data bit rate.
Linux ECI with CAN-IB600/PCIe
CAN-FD with 500/2000 Datarate.
The customer receives data with identifier 0.
Is it sure that this are data frames “ECI_CAN_MSGTYPE_DATA” and not “Info” or “Status” frames?