13 PFC_DDD_v1.3.docFigure 6. PFC to DSI Interface5.2.3.2 MSC8101 60x to DSI Interface: Asynchronous modeThe DSI can be asynchronously controlled via the following UPM signals:Table 14. DSI Asynchronous signalsUPM Signal DescriptionCS3 Broadcast Chip SelectCS4 Chip SelectPBS[0:7] Byte StrobePGPL2 General PurposePGPL4/UPMWAIT UPMWAITThese signals are routed through the FPGA, which operates in transparent mode.5.2.4 MSC8101 to MSC8102 Interrupt ConnectivityThe FPGA is used to route the interrupts/GPIO lines between the MSC8101 and MSC8102s. Forflexibility the MSC8101 has 5 GPIO lines (PC4, PC5, PC24, PC25 & PC30) connected to the FPGAand in turn receives 7 IRQ inputs from the FPGA. Each MSC8102 has GPIO30 and INT_OUTconnected to the FPGA, with their respective IRQ1 and IRQ2 also connected, Figure 7. The standardpre-programmed FPGA interrupt routing is shown in Figure 8.Dh[0:63]A_TSIZ[0:3]Xilinix XC2S300E -7F-G456CMSC8101A_PSDQM[0:7]FPGA_CKA_TSA_TBSTA_PSDVALA_CLK_OUTAh[0:31]A_TT[0:4]A_BADDR[27:31]A_BCTL[0:1]GRP_Ah[7:29]A_AACKA_TAA_CS_HCSA_CS_HBCSA_ALEGRP_Ds[0:63]HBRSTHBCSHCSHTAHRWHWBS[0:7]HD[0:63]GRP_Ah[11:29] HA[11:29]GRP_Ah[7:10] HCID[0:3]CHIP_ID[0:3]MSC8102 – CHIP_ID[0:3]--------------------------DSP1 0000DSP2 0001DSP3 0010DSP4 0011DSP5 0100HDST[0:1]3V3HCK_D[1:5]HCLKINHCK_D1HCK_D2HCK_D3HCK_D4HCK_D5MSC8102[x5]FPGICS9112(Zero delay buffer)PGPL2A_PUPMWAITNote: All unused PPCsignals on host side pulledhighDh[0:63]A_TSIZ[0:3]Xilinix XC2S300E -7F-G456CMSC8101A_PSDQM[0:7]FPGA_CKA_TSA_TBSTA_PSDVALA_CLK_OUTAh[0:31]A_TT[0:4]A_BADDR[27:31]A_BCTL[0:1]GRP_Ah[7:29]A_AACKA_TAA_CS_HCSA_CS_HBCSA_ALEGRP_Ds[0:63]HBRSTHBCSHCSHTAHRWHWBS[0:7]HD[0:63]GRP_Ah[11:29] HA[11:29]GRP_Ah[7:10] HCID[0:3]CHIP_ID[0:3]MSC8102 – CHIP_ID[0:3]--------------------------DSP1 0000DSP2 0001DSP3 0010DSP4 0011DSP5 0100HDST[0:1]3V3HCK_D[1:5]HCLKINHCK_D1HCK_D2HCK_D3HCK_D4HCK_D5MSC8102[x5]FPGAICS9112(Zero delay buffer)PGPL2A_PUPMWAITNote: All unused PPCsignals on host side pulledhigh