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Technical Reference Manual

 

 

TMDXEVM6657L 

SPRUHG7 - Revised August 2012    

                                                            TMDXEVM6657LE 

 

 

 

 

 

 

 

Page 25 / 90 

2.4.2  JTAG 

– TMDXEVM6657LE 

 
In TMDXEVM6657LE, high speed real time emulation can be performed without needing an external emulator as 
it  has  an  integrated,  system  trace  capable  XDS560v2  Mezzanine  Emulator  mounted  on  its  TI  60-pin  JTAG 
header (EMU1). User can connect the EVM to CCS by connecting the USB port of XDS560 Mezzanine Emulator 
to PC using USB cable supplied with an EVM. 
 
The default priority of high speed XDS560v2 Emulator (when mounted on TI 60-pin header) can be over-ridden, 
to access the low speed XDS100 emulation, by installing jumper J5. 
 
DSP can also be accessed through the JTAG port on the AMC edge connector. Users who want to connect the 
DSP through AMC backplane even when XDS100 on-board emulator or 60-pin header with the external emulator 
is connected can do so by installing jumpers on J4 and J5. For details please refer to table 2.3. 
 
It  is  important  to  note  that  for  XDS560v2  emulation,  the  USB  cable  needs  to  be  connected  to  the  mini-AB 
connector  (J1)  on  XDS560v2  Mezzanine  Emulator  and  not  to  mini-B  connector  (J11)  on  the  main  board.  For 
TMDXEVM6657LE,  the  mini-B  connector  (J11)  on  the  main  board  can  be  used  to  access  UART-over-USB. 
Please refer to 

Section 2.15

 of this document for more details. 

 
The interface between DSP and XDS560v2 Mezzanine Emulator is shown in figure below: 

DSP

(C6657)

SWITCH

(TS3L301)

  DSP_JTAG

(1.8V)

TI-60 

Header

EMU_JTAG

LVL TXL

(TXS0108)

AMC 

Finger

USB-JTAG

(FT2232H)

Mini-

USB

AMC_JTAG

FT_JTAG

EMU_DETz

LVL TXL

(SN74AVC4T245)

RS-232

(MAX3221)

80 Pin 

Header

UART1

UART0

   UART0

(1.8V)

(1.8V)

UART1

MMC

(MSP430)

DSP_UART

(3.3V)

RS232

JTAG

   1V8_JTAG

(1.8V)

SEL

(1.8V)

(3.3V)

(3.3V)

USB

OR

 3V3_JTAG

(3.3V)

SWITCH

(TS3L301)

SEL

FT2232_RST#

AND

COM1

USB1

VCC

GND

USB
UART

J5

J4

COM_SEL1

EMU1

XDS560v2 

Mezzanine 

Card

USB 

Mini AB

For XDS560v2 

Emulation

TI-60

 

 

Figure 2.3: TMDXEVM6657LE

 

JTAG Emulation 

Table 2.4: Emulator Selection using J4 and J5 

J4 

J5 

Emulator Accessible 

 

 

XDS560v2 Mezzanine 

XDS100 

AMC 

Open 

Open 

Yes 

Yes 

Yes 

Open 

Short 

No 

Yes 

Yes 

Short 

Open 

Yes 

No 

Yes 

Short 

Short 

No 

No 

Yes 

 

Note:

 The left most emulator has the highest priority. If it is accessible & connected, the lower priority emulators cannot be connected. 

 

 

Summary of Contents for eInfochips TMDXEVM6657L

Page 1: ...LE Technical Reference Manual Version 1 1 Literature Number SPRUHG7 Revised August 2012 Document Copyright Publication Title C6657 Lite EVM Technical Reference Manual All Rights Reserved Reproduction...

Page 2: ...local regulatory requirements including but not limited to Food and Drug Administration regulations UL CSA VDE CE RoHS and WEEE that relate to your use and that of your employees contractors or design...

Page 3: ...isplays are shown in a mono spaced font Examples use bold for emphasis and interactive displays use bold to distinguish commands that you enter from items that the system displays such as prompts comm...

Page 4: ...Code Explorer DSP BIOS RTDX Online DSP Lab TMS320 TMS320C54x TMS320C55x TMS320C62x TMS320C64x TMS320C67x TMS320C5000 and TMS320C6000 MS DOS Windows Windows XP and Windows NT are trademarks of Microsof...

Page 5: ...VM Evaluation Module FPGA Field Programmable Gate Array I2C Inter Integrated Circuit IPMB Intelligent Platform Management Bus IPMI Intelligent Platform Management Interface JTAG Joint Test Action Grou...

Page 6: ...7L 24 2 4 2 JTAG TMDXEVM6657LE 25 2 4 2 1 XDS560V2 MEZZANINE EMULATOR BOOTING 26 2 5 CLOCK DOMAINS 27 2 6 I2C BOOT EEPROM SPI NOR FLASH 28 2 7 FPGA 29 2 8 ETHERNET SWITCH 30 2 9 SERIAL RAPIDIO SRIO IN...

Page 7: ...TEST_PH1 EXPANSION HEADER EMIF 16 SPI GPIO TIMER I O I2C MCBSP AND UART 46 3 2 14 USB1 MINI USB CONNECTOR 47 3 3 DIP AND PUSHBUTTON SWITCHES 48 3 3 1 RST_COLD1 COLD RESET 48 3 3 2 RST_FULL1 FULL RESE...

Page 8: ...BOOT 71 5 4 RESET DEFINITION 71 5 4 1 RESET BEHAVIOR 71 5 4 2 RESET SWITCHES AND TRIGGERS 71 5 5 SPI PROTOCOL 72 5 5 1 FPGA DSP SPI PROTOCOL 72 5 5 2 FPGA CDCE62005 CLOCK GENERATOR SPI PROTOCOL 74 5...

Page 9: ...TOP VIEW 37 FIGURE 3 2 C6657 LITE EVM BOARD LAYOUT BOTTOM VIEW 38 FIGURE 3 3 COM_SEL1 JUMPER SETTINGS 41 FIGURE 3 4 HYPERLINK CONNECTOR 43 FIGURE 3 5 SW3 DEFAULT SETTINGS 48 FIGURE 3 6 SW5 DEFAULT SET...

Page 10: ...PIN OUT 43 TABLE 3 9 J4 CONNECTOR PIN OUT 44 TABLE 3 10 J5 CONNECTOR PIN OUT 44 TABLE 3 11 ETHERNET CONNECTOR PIN OUT 44 TABLE 3 12 PMBUS CONNECTOR PIN OUT 45 TABLE 3 13 FPGA JTAG HEADER PIN OUT 45 T...

Page 11: ...development process and to reduce the time to market The key features of the C6657 Lite EVM are Texas Instruments fixed point DSP TMS320C6657 512 Mbytes of DDR3 Memory up to 1024Mbytes supported 128...

Page 12: ...0 16 DSP SPI DSP GPIO JTAG Pwr Seq Ctrl Clk Gen CDCE62005 JTAG TSW 108 07 S S Boot Config PCIESSEN User Switch SYSPG_LED Debug LED x 4 Clk_SPI DIP SW x 3 GPIO McBSP_AMC_EN DSP Rst Int Ctrl ON BOARD P...

Page 13: ...CLKP N 100 0MHz Core CLKP N 66 67MHz DDR3 CLKP N 48 0MHz FPGA 25 0MHz Ethernet 12 0MHz FT2232HL 32 768kHz MSP430 AMC_JTAG 5 0V HyperLink CONN 768670011 16MB NOR Flash N25Q032A11ESE40F Multiplexer IDT5...

Page 14: ...all the necessary development tools drivers and documentation To start operating the board follow instructions in the Quick Start Guide This guide provides instruction for proper connections and confi...

Page 15: ...TMDXEVM6657LE 1 4Boot Mode and Boot Configuration Switch Setting The C6657 Lite EVM has 18 sliding DIP switches Board Ref SW3 SW5 and SW9 to determine boot mode boot configuration device number Endia...

Page 16: ...R3 buffers of DSP HyperLink SRIO SGMII PCIe SERDES regulators in DSP and DDR3 DRAM chips 1 8V is used for DSP PLLs DSP LVCMOS I Os and FPGA I Os driving the DSP 2 5V is used for Gigabit Ethernet PHY c...

Page 17: ...EEPROM SPI NOR Flash 2 7 FPGA 2 8 Gigabit Ethernet PHY 2 9 Serial RapidIO SRIO Interface 2 10 DDR3 External Memory Interface 2 11 16 bit Asynchronous External Memory Interface or UPP 2 12 HyperLink I...

Page 18: ...Technical Reference Manual TMDXEVM6657L SPRUHG7 Revised August 2012 TMDXEVM6657LE Page 18 90 Table 2 1 TMS320C6657 Memory Map...

Page 19: ...Technical Reference Manual TMDXEVM6657L SPRUHG7 Revised August 2012 TMDXEVM6657LE Page 19 90...

Page 20: ...Technical Reference Manual TMDXEVM6657L SPRUHG7 Revised August 2012 TMDXEVM6657LE Page 20 90...

Page 21: ...Technical Reference Manual TMDXEVM6657L SPRUHG7 Revised August 2012 TMDXEVM6657LE Page 21 90...

Page 22: ...mation on DSP supported Bootmode refer TMS320C6657 Datasheet and C66x Boot Loader User Guide Table 2 2 Boot Configuration Selection DIP Switch DSP GPIO BM Primary Function Selection SW3 Pin 1 ENDIANES...

Page 23: ...revision are located below RJ 45 Jack in bottom silk as shown in Figure 2 1 Table 3 describes the PCA PCB revisions Figure 2 1 EVM Board Revision Table 2 3 PCA PCB revision description PCA Rev PCB Rev...

Page 24: ...on to DSP however when external emulator is connected to EVM board circuitry switches automatically to give DSP s emulation access to external emulator When on board emulator and external emulator bot...

Page 25: ...cable needs to be connected to the mini AB connector J1 on XDS560v2 Mezzanine Emulator and not to mini B connector J11 on the main board For TMDXEVM6657LE the mini B connector J11 on the main board ca...

Page 26: ...wing LEDs sequence Green LED D3 turns ON Yellow LED D2 and Red LED D1 turns ON Green LED D3 blinks and turns OFF After the completion of booting XDS560v2 mezzanine emulator is ready to interface with...

Page 27: ...LK McBCP_Tx_CLK McBCP_SL_CLK McBCP_FSR McBCP_FST 2 2 2 2 TCLKA from AMC TCLKB NU from AMC TCLKC from AMC TCLKD from AMC TCLKB TEST HDR 80pins McBCP_Rx_CLK McBCP_Tx_CLK McBCP_SL_CLK McBCP_FSR McBCP_FST...

Page 28: ...on procedure and the bank at 0x51 contains the second level boot loader program The second level boot loader can be used to either run the POST program or launch the OOB demonstration from NOR flash m...

Page 29: ...657 DSP_RESET DSP_LRRESETNMIEN DSP_RESETFULL DSP_CORESEL 1 0 DSP_NMI DSP_HOUT DSP_SYSCLKOUT DSP_LRESET DSP_BOOTCOMPLETE SPI_FPGA_MISO SPI_FPGA_SCK SPI_FPGA_CS1 SPI_FPGA_MOSI DSP_McBSP 1 0 _TXCLK DSP_M...

Page 30: ...and Ethernet PHY PHY1 DSP C6657 SGMII MDIO MDC Eth PHY 88E1112 MDI S_Px F_Px I2C MDIO 2 LVL TXL PCA9306 2 5V 2 1 8V 2 SGMII 4 2KB EEPROM 24LC02B I ST 10 100 1000Mbps 4 10 100 1000Mbps 8 AMC CON Fiber...

Page 31: ...657 Figure 2 7 C6657 Lite EVM SRIO Port Connections 2 10 DDR3 External Memory Interface The C6657 Lite EVM DDR3 interface connects to two 2Gbit 128Meg x 16 DDR3 1600 devices This configuration allows...

Page 32: ...Lite EVM The EMIF16 module provides an interface between DSP and asynchronous external memories such as NAND and NOR flash Micron MT29F1G08ABCHC is used on board For more information see External Memo...

Page 33: ...ock signal For more information see Hyperlink Interface for KeyStone Devices User Guide The figure below shows Hyperlink bus connections on the C6657 Lite EVM RX 3 0 DSP C6657 HyperLink CON IPASS HD T...

Page 34: ...red clocks and frame syncs If this signal goes high these clocks and syncs are tri stated and McBSP is accessed over 80 pin header For more information see the McBSP User Guide for the C6657 DSP The f...

Page 35: ...ate Hi Z i e no drive McBSP accessed over 80 Pin header 2 15 UART Interface The C6657 has two UART ports UART0 and UART1 UART1 is directly connected to 80 pin expansion header while a serial port is p...

Page 36: ...MC base specification Both of these LEDs will blink as part of initialization process when the MMC will receive management power Blue LED D2 Blue LED will turn ON when MicroTCA chassis is powered ON a...

Page 37: ...d and its connectors switches and test points It contains 3 1 Board Layout 3 2 Connector Index 3 3 Switches 3 4 Test Points 3 5 System LEDs 3 1Board Layout The C6657 Lite EVM board dimension is 7 11 x...

Page 38: ...nector AMC1 170 AMC Edge Connector COM1 3 UART 3 Pin Connector COM_SEL1 6 UART Route Select Jumper DC_IN1 3 DC Power Input Jack Connector EMU1 60 TI 60 Pin DSP JTAG Connector HyperLink1 36 HyperLink c...

Page 39: ...Pin Signal Description Pin Signal Description 1 GND Ground Signal 170 GND Ground Signal 2 VCC12 12V Power 169 AMC_JTAG_TDI JTAG Data In 3 PS1 Presence 1 168 AMC_JTAG_TDO JTAG Data Out 4 MP Management...

Page 40: ...51 AMCC_P5_PCIe_TX1N PCIe Port 1 TX 120 NC 52 GND Ground Signal 119 GND Ground Signal 53 AMCC_P5_PCIe_RX1P PCIe Port 1 RX 118 NC 54 AMCC_P5_PCIe_RX1N PCIe Port 1 RX 117 NC 55 GND Ground Signal 116 GN...

Page 41: ...the PC Table 3 4 UART Connector pin out Pin Signal Name 1 Ground 2 Transmit 3 Receive 3 2 4 COM_SEL1 UART Route Select Connector UART port can be accessed either through Mini USB connector USB1 or thr...

Page 42: ...connects with the DSP The I O voltage level on these pins is 1 8V So any 1 8V level compatible emulator can be used to interface with the C6657 DSP It should be noted that when an external emulator i...

Page 43: ...le 1110670200 can be used to connect two EVMs together Figure 3 4 HyperLink Connector Table 3 8 DSP JTAG Connector pin out Pin Signal Name Pin Signal Name A1 HyperLink_TXFLCLK B1 HyperLink_RXPMDAT A2...

Page 44: ...J4 Connector pin out Pin Signal Name 1 VCC3V3_AUX thru PU 2 Ground Table 3 10 J5 Connector pin out Pin Signal Name 1 VCC3V3_AUX 2 Ground thru PD 3 2 9 LAN1 Ethernet Connector LAN1 is a Gigabit RJ45 E...

Page 45: ...3 PMBUS_ALT 4 PMBUS_CTL 5 Gnd 3 2 11 TAP_FPGA1 FPGA JTAG Connector For Factory Use Only TAP_FPGA1 is an 8 pin JTAG connector for the FPGA programming and the PHY boundary test of the factory only The...

Page 46: ...22 DSP_EMIFA10 UPPXD10 EMIF Addr10 23 DSP_EMIFD08 UPPD08 EMIF Data8 24 DSP_EMIFA11 UPPXD11 EMIF Addr11 25 DSP_EMIFD09 UPPD09 EMIF Data9 26 DSP_EMIFA12 UPPXD12 EMIF Addr12 27 DSP_EMIFD10 UPPD10 EMIF D...

Page 47: ...PCK SPI clock 70 DSP_McBSP1_FSR McBSP Frame Sync Receive 1 71 DSP_UART1_TX UART Data Out 72 DSP_McBSP1_FST McBSP Frame Sync Transmit 0 73 DSP_UART1_RX UART Data In 74 DSP_McBSP1_RX McBSP Data In 1 75...

Page 48: ...future use 3 3 2 RST_FULL1 Full Reset Pressing the RST_FULL1 button switch will issue a RESETFULL to TMS320C6657 by FPGA It ll reset DSP and other peripherals 3 3 3 RST_WARM1 Warm Reset Pressing the...

Page 49: ...he positions and corresponding function on SW5 Table 3 19 SW4 DSP Boot Mode Selection Switch SW5 Position Description Default Value Function 4 1 Boot Mode 3 0 0001 Boot mode selection pins for DSP Mas...

Page 50: ...PRUHG7 Revised August 2012 TMDXEVM6657LE Page 50 90 3 4Test Points The C6657 Lite EVM Board has 38 test points The position of each test point is shown in the figure below Figure 3 7 Board Test Points...

Page 51: ...P25 5 0 Supply TP27 1 5V Supply TP28 1 2V Supply TP22 1 8V AUX Supply TP20 2 5V Supply TP21 1 8V Supply TP24 0 75V Supply 3 5System LEDs The C6657 Lite EVM board has eight LEDs Their positions on the...

Page 52: ...SPRUHG7 Revised August 2012 TMDXEVM6657LE Page 52 90 Figure 3 9 Board LEDs Additional LEDs on TMDXEVM6657LE board are highlighted in figure below and their description is listed in table 3 22 Figure 3...

Page 53: ...EDs LED Color Description D1 Activity LED 1 Red ON DTC Ready OFF DTC Not Ready D2 Activity LED 2 Yellow ON FPGA Programmed OFF FPGA Not Programmed D3 Activity LED 3 Green Reserved D4 Status LED 3 Gree...

Page 54: ...hout ECC PHY 3 07W USB 0 86W Misc 1 23W XDS560v2 Mezzanine if used 4 2W Total EVM Board Consumption is 22 18W approx Hence the selected AC DC 12V adapter should be rated for a minimum of 22 5 Watts Ta...

Page 55: ...Power MMC MPS430 VCC3V3_MP 3 30V 0 048A 1 0 16W 0 16W MMC Power FPGA VCC1V2 1 20V 0 125A 1 0 15W 0 59W FPGA Core Power VCC3V3_AUX 3 30V 0 024A 1 0 08W FPGA 3 3V bank I O Power VCC1V8_AUX 1 80V 0 200A...

Page 56: ...support all control sequencing and boot logic The Auxiliary Power rails contain VCC3V3_AUX VCC1V8_AUX VCC1V2 VCC5 The maximum allowable power is 22 5W from the external AC brick supply or from the 8 A...

Page 57: ...llowed by explanations of critical component selection CVDD AVS core power for TMS320C6657 VCC1V0 1 0V fixed core power for TMS320C6657 VCC3V3_AUX 3 3V power for peripherals VCC1V5 1 5V DDR3 power for...

Page 58: ...1 900kHz 0 0825 2 69uF Cout min2 1 8 fsw Iripple Vripple 1 8 900kHz 0 3 0 033 1 26uF Reference Capacitor 22uF 100nF Inductor Calculation L Vin max Vout Iout Kind Vout Vin max Fsw 12 5 3 3 3 0 3 3 3 1...

Page 59: ...s are identified below The TMS320C6657 DSP requires specific power up and power down sequencing Figure 4 2 and Figure 4 3 illustrate the proper boot up and down sequence Table 4 3 provides specific ti...

Page 60: ...ting OE pin 9 RESETz Other reset and NMI pins 5ms De asserts RESETz and unlocks other reset and NMI pins for DSP after VCC0V75 is stable and CDCE62005 PLL locked for 5ms In the meanwhile FPGA will dri...

Page 61: ...zzanine Card VCC2V5 Eth PHY UCD9222_ENA1 CVDD1 DSP UCD9222_ENA2 VCC1V0 DSP VCC1V8_EN1 VCC1V8 DSP VCC1V5_EN VCC1V5 DSP DDR3 VCC0V75 DSP DDR3 FPGA_MUX_OE RESET RESETFULLz RESETSTAT PORz T 10ms T 5ms T 5...

Page 62: ...ne Card VCC2V5 Eth PHY UCD9222_ENA1 CVDD1 DSP UCD9222_ENA2 VCC1V0 DSP VCC1V8_EN1 VCC1V8 DSP VCC1V5_EN VCC1V5 DSP DDR3 VCC0V75 DSP DDR3 FPGA_MUX_OE RESET RESETFULLz RESETSTAT PORz REF_CLKP N CLOCK2_PLL...

Page 63: ...657 Lite EVM Reset Mechanism Control C6657 Lite EVM Clock Generator Initialization and Control TMS320C6657 DSP SPI Interface for Accessing FPGA Configurable Registers Provides Shadow Registers for TMS...

Page 64: ...delay MMC_WR_AMC I PU MMC WARM Request This signal is used by MMC to initiate a warm reset request A logic Low to High transition on this signal will complete FPGA warm reset sequence with a specifie...

Page 65: ...Power Down Places Clock Generator into power down state forcing the differential clock output into high impedance state UCD9222 Interface UCD9222_PG1 I UCD9222 Power Good Indication for CVDD DSP Core...

Page 66: ...I Full Reset Button Input This button input is used to initiate a Full Reset event WARM_RESET I Warm Reset Button Input This button input is used to initiate a Warm Reset event COLD_RESET RFU I Cold...

Page 67: ...C input DSP_TSIP1_FS A B 1 DSP TSIP1_FS A B 1 The single ended clock DSP_TSIP1_FSA1 and DSP_TSIP1_FSB1 outputs are derived from the differential TDM Frame Synchronization TDM_CLKC input DSP_TSIP0_CLK...

Page 68: ...otect function PCIESSEN I PCIe Subsystem Enable Used for PCIESSEN switch input USER_DEFINE I User Defined Switch Reserved for user defined switch input MUX_SEL O PCIe Clock Multiplexor Input selection...

Page 69: ..._PG asserted wait for 5ms and check the clock generator PLL_LOCK states and FPGA asserts clock MUX OE pin after the PLL state of clock generator is valid the FPGA de asserts DSP_RESETz and DSP_LRESETz...

Page 70: ...5ms CLOCK2_PLL_LOCK T 5ms All 0 Boot Config Switches value driven by FPGA Floating by FPGA DSP GPIOs T 3 4 48MHz clock cycle Figure 5 1 Power On Reset Boot Configuration Timing RESETFULLzSW RESETFULLz...

Page 71: ...This causes RESETSTAT to go low which triggers the boot configuration to be driven from the FPGA Reset to the Marvell PHY is also asserted POR and RESET to the DSP remain high The power supplies and c...

Page 72: ...set o PCIe MMRs The contents of the memory connected to the EMIFA are retained The EMIFA registers are not reset COLD_RESET RST_COLD1 Not used in current implementation MMC_POR_IN_AMC A logic low stat...

Page 73: ...TMDXEVM6657LE Page 73 90 Figure 5 3 SPI access from TMS320C6657 to FPGA WRITE high level Figure 5 4 SPI access from TMS320C6657 to FPGA WRITE The below figures illustrate a DSP to FPGA SPI read opera...

Page 74: ...interface protocol is compatible to CDCE62005 SPI The FPGA SPI bus clocks data in on the rising edge of DSP SPI Clock Data transitions therefore occur on the falling edge of the clock The figure belo...

Page 75: ...5 6 1 FPGA Configuration Registers Summary Table 5 4 FPGA Configuration Registers Summary Address Offset Definition Attribute R W RO Read Only Default Value 00h FPGA Device ID Low Byte RO 04h 01h FPGA...

Page 76: ...Read Only Bit Description Read Write 7 0 FPGA Device ID Low Byte This offset 01h field combined with this field identifies the particular device This identifier is allocated by the FPGA design team RO...

Page 77: ...Technical Reference Manual TMDXEVM6657L SPRUHG7 Revised August 2012 TMDXEVM6657LE Page 77 90...

Page 78: ...M general purpose input signal GPIO 01 and writes will have no effect 0 BM GPIO 01 state is low 1 BM GPIO 01 state is high RO 2 BM GPIO 02 This bit reflects the state of the BM general purpose input s...

Page 79: ...the BM general purpose input signal GPIO 10 and writes will have no effect 0 BM GPIO 10 state is low 1 BM GPIO 10 state is high RO 3 BM GPIO 11 This bit reflects the state of the BM general purpose in...

Page 80: ...e is low 1 DSP GPIO 02 state is high RO 3 DSP GPIO 03 This bit reflects the state of the DSP general purpose input signal GPIO 03 and writes will have no effect 0 DSP GPIO 03 state is low 1 DSP GPIO 0...

Page 81: ...ate is low 1 DSP GPIO 10 state is high RO 3 DSP GPIO 11 This bit reflects the state of the DSP general purpose input signal GPIO 11 and writes will have no effect 0 DSP GPIO 11 state is low 1 DSP GPIO...

Page 82: ...0 DEBUG_LED 4 drives low and set the LED 4 to ON 1 DEBUG_LED 4 drives high and set the LED 4 to OFF R W 7 4 Reserved R W Register Address SPI Base 09h Register Name MMC Control Register Default Value...

Page 83: ...tton Status Register Default Value Attribute Read Only Bit Description Read Write 0 FULL_RESET Button Status This bit reflects the FULL_RESET button state This button is used to request a power full r...

Page 84: ...AMC_EN pin and for selection of TCLK for McBSP 00 Drive McBSP_AMC_EN low Connect TCLKA to McBSP SLCLKs TxCLKs RxCLKs Connect TCLKC to McBSP FSTs FSRs 01 Drive McBSP_AMC_EN low Connect TCLKB to McBSP S...

Page 85: ...IO 15 is mapped to FPGA_FW_SPI_MISO RO 1 2 DSP_HOUT Status This bit reflects the DSP_HOUT signal state 0 DSP_HOUT state is low 1 DSP_HOUT state is high RO 3 DSP_SYSCLKOUT Status This bit reflects the...

Page 86: ...bus for the CDCE62005 Clock Generator 2 is idle 1 The SPI bus for the CDCE62005 Clock Generator 2 is busy and a SPI command is processing RO 7 2 Reserved RO Register Address SPI Base 11h Register Name...

Page 87: ...ister Address SPI Base 16h Register Name CLK GEN 2 Command Byte 2 Register Default Value 00h Attribute Read Write Bit Description Read Write 7 0 This register specifies the update SPI command byte 2 t...

Page 88: ...eflects the read back data byte 0 from the CDCE62005 Clock Generator 2 for responding a host SPI Read Command 7 0 The SPI read back data bit 23 to bit 16 for a SPI Read Command RO Register Address SPI...

Page 89: ...rol Register Default Value 00h Attribute Read Write Bit Description Read Write 7 0 CLK_MUX_SEL This bit can be updated by the DSP software to drive a high or low value on the CLK_MUX_SEL pin The defau...

Page 90: ...t or service and is an unfair and deceptive business practice TI is not responsible or liable for any such statements TI products are not authorized for use in safety critical applications such as lif...

Page 91: ...Mouser Electronics Authorized Distributor Click to View Pricing Inventory Delivery Lifecycle Information Texas Instruments TMDXEVM6657L...

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