Renesas RH850/D1x Instructions for use

Renesas Electronics
www.renesas.com
AIB3-H-14-0053 Rev. 1.01
Restricted use only
Release Date: 2017-Jun-06
1
©2017 Renesas Electronics Corporation. All rights reserved.
RH850/D1x Evaluation Boards
Evaluation Boards for
the D1x Dashboard MCU Series
D1M2H Mango Adapter Board (SBEV-RH850-D1M2H),
Please use this manual together with the respective
main board manual.
Preliminary Hardware User’s Manual
Adapter Board D1M2H
All information contained in these materials, including products and product
specifications, represents information on the product at the time of publication and is
subject to change by Renesas Electronics Corp. without notice. Please review the latest
information published by Renesas Electronics Corp. through various means, including
the Renesas Electronics Corp. website (http://www.renesas.com).
Hardware Specification

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Notice
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andmalfunctionprevention,appropriate treatmentforagingdegradation oranyotherappropriatemeasures.
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Electronics.

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Contents
1Introduction.............................................................................................................................................................. 6
2BoardOverview....................................................................................................................................................... 7
2.1 Mounting devices.......................................................................................................................................... 7
3Powersupply........................................................................................................................................................... 8
3.1 Powersupplystructure................................................................................................................................. 8
3.1.1 CurrentMeasurementJumpers.......................................................................................................... 8
3.1.2 VoltageregulatorsandDC-DCconverters......................................................................................... 9
3.1.3 PowerSupplySelectionMatrix............................................................................................................ 9
4Clocksource..........................................................................................................................................................10
4.1 Overview...................................................................................................................................................... 10
4.2 Oscillatorcircuit............................................................................................................................................ 10
4.3 Function specification...................................................................................................................................11
5ExternalMemoryfunction..................................................................................................................................... 12
5.1 SerialNOR Flash........................................................................................................................................12
5.2 DDR2-SDRAM............................................................................................................................................12
5.3 Mounting devices........................................................................................................................................12
5.4 Memoryconnection....................................................................................................................................12
6MultiplexControl.................................................................................................................................................... 14
6.1 Overview...................................................................................................................................................... 14
7Socket.................................................................................................................................................................... 18
7.1 Overview...................................................................................................................................................... 18
7.2 RH850/D1M2H adapterboardstructure................................................................................................... 18
7.3 Mounting socket..........................................................................................................................................19
7.4 ConnectionwiththeIn-CircuitEmulator(ICE)...........................................................................................19
8Connectors of theD1M2Hadapter board........................................................................................................... 20
8.1 MainBoardtoAdapter Boardconnectors.................................................................................................20
8.2 Testpinconnectors.....................................................................................................................................23
8.3 Connectors forexternalcomponents......................................................................................................... 25
9AdapterboardEncodingAddress........................................................................................................................26
10 Appendix.......................................................................................................................................................... 27
10.1 Components list...........................................................................................................................................27
10.2 SchematicsoftheD1xMangoD1M2HAdapterBoard............................................................................29
11 Revisionhistory................................................................................................................................................43

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Table list
Table3-1:Currentmeasuementsjumpers(excluding I/Oportssupply).............................................................. 8
Table3-2:Currentmeasurementjumpresfor I/Oportsupply.............................................................................. 8
Table3-3:MainPowersupplySourceICoutputvoltage(from Mainboard)....................................................... 9
Table3-4:MainPowersupplySourceICoutputvoltage...................................................................................... 9
Table4-1:Sub-Selectionof externaloscillator......................................................................................................11
Table4-2:Selectionofcrystalorexternaloscillator..............................................................................................11
Table5-1:Mounted devices.................................................................................................................................12
Table6-1:SignalAssignmentandfunctionof DSW1.........................................................................................14
Table6-2:SignalAssignmentandfunctionof DSW2.........................................................................................14
Table6-3:Multiplex controltable(U6)RSDS_SEL(DSW2.1)...........................................................................15
Table6-4:Multiplex controltable(U7)RSDS_SEL(DSW2.1)...........................................................................15
Table6-5:Multiplex controltable(U9)MD_ETHER_SEL(DSW1.4)................................................................ 16
Table6-6:Multiplex controltable(U10) MD_ETHER_SEL(DSW1.4)..............................................................16
Table6-7:Multiplex controltable(U8)VI1ITU_SEL(DSW2.2)..........................................................................16
Table6-8:Multiplex controltable(U5)P467_ETHER_SEL(DSW2.3).............................................................17
Table6-9:Multiplex controltable(U2)P42_ETHER_SEL(DSW2.4)................................................................ 17
Table7-1:ICsocketOption 1(FortheBGA484AdaptorBoard)....................................................................... 19
Table7-2:ICsocketOption 2(FortheBGA484AdaptorBoard)....................................................................... 19
Table8-1:Pinassignment ofconnector(CN1)...................................................................................................20
Table8-2:Pinassignment ofconnector(CN2)...................................................................................................22
Table8-3:Pinassignment ofconnector(CN3)P0.............................................................................................. 23
Table8-4:Pinassignment ofconnector(CN4)P10............................................................................................23
Table8-5:Pinassignment ofconnector(CN5)JP0............................................................................................ 24
Table8-6:Pinassignment ofconnector(CN6)SystemFunctionPins..............................................................24
Table8-7:Pinassignment ofconnector(CN7)P1.............................................................................................. 24
Table8-8:Pinassignment ofconnector(CN8)P11/AnalogPins..................................................................... 24
Table8-9:Pinassignment ofconnector(CN9)P16/ISMPins......................................................................... 24
Table8-10:Pinassignmentofconnector(CN10)P2.........................................................................................24
Table8-11: Pin assignmentofconnector(CN11)P17/ISMPins......................................................................24
Table8-12:Pinassignmentofconnector(CN12)P3.........................................................................................25
Table8-13:Connector(CN15)pinassignment................................................................................................... 25
Table9-1:Adapterboardencodingaddresssetting...........................................................................................26
Figure list
Figure2-1:Adapter boardforRH850/D1M2H...................................................................................................... 7
Figure4-1:Schematicofoscillatorblock.............................................................................................................10
Figure5-1 DDR2-SDRAMmemoryblockdiagram............................................................................................13
Figure5-2 SerialFlashmemoryblockdiagram..................................................................................................13
Figure7-1:Blockdiagramofthe MCU connectionsontheAdapterboard.......................................................18
Figure7-2:ConnectionwithICE.......................................................................................................................... 19

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1 Introduction
TheRH850/D1xApplicationBoardispartof theRH850EvaluationPlatformandservesasa simpleand
easytouseplatformforevaluatingthefeaturesandperformanceofRenesasElectronics32-bitRH850/D1x
microcontrollers.
Sincethe adapterboardcan notbeusedasastandaloneboard,thisboard hastobematedwitha
mainboardfor fullfunctionality.
Mainfeatures of theadapterboard:
Socketformountinga device
Powersupplyfrommainboard
Deviceprogrammingcapability(Connectoronmainboard)
Devicedebuggingcapability(Connectoronmainboard)
Pinheaders fordirectaccesstoeachdevicepin
MainOSCand SubOSCcircuitry
ConnectorstoMainBoard
SDRAMandSerial FlashMemory
This documentdescribesthefunctionalityprovidedbythe adapterboardandguides theuserthroughits
operation.
Fordetails regardingtheoperationofthemicrocontroller,refer totheRH850/D1xUserManual.

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2 Board Overview
Thefigure belowdepicts theD1M2H MangoAdapter Board.Functionalblocksarehighlighted.
Figure 2-1:Adapterboard for RH850/D1M2H
2.1 Mountingdevices
Theboardis designed forreferenceusewiththefollowing device:
RH850/D1M2H-484pin
SDRAM SOCKET CURRENT SERIALFLASH MUX-SWITCH MUX
TESTPOINTS MUX-SWITCH OSCILLATOR CURRENT RSDS TESTPOINTS

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3 Power supply
3.1 Power supplystructure
3.1.1 CurrentMeasurement Jumpers
Each power supply of the MCU is routed through asingle Jumper before connecting it to the MCU.This makes
itpossibletomeasurethecurrentconsumptionoftheMCUforeach powersupplydomaininseparate.
Table 3-1: Current measuements jumpers (excluding I/O ports supply)
Name of
Supply
Jumper
Function
REG0VCC
JP5
AWOdigitalcircuits via on-chip voltageregulator; nominal3.3Vand 5V
OSCVCC
JP7
MainOscand SubOsc;nominal3.3Vand5V
REG1VCC
JP2
Flashmemory, nominal3.3Vand5V ※1
PLLVCC
JP1
PLL,3.3V and5 V
ISOVDD
JP3
ISOdigitalcircuits, nominal1.25 V
ZPDVCC
ZPDVREF
JP17,
JP18
Zeropoint detectioncircuit; nominal5 V
Referencevoltageof Zero Point detection, normal5V
A0VREF
JP14
ReferencevoltageofA/DConverter, normal3.3V and 5V
※1 D1M1, D1Lx have noISOVDD,butinternal voltagefromREG1VCCisalso suppliedto ISOdigitalcircuit.
Table 3-2:Currentmeasurement jumpresforI/O port supply
Name of
Supply
Jumper
Function
EVCC
JP4
PortbuffersP0andJP0; nominal3.3 Vand5 V
B0VCC
JP11
Portbuffersportgroup P1,and P2; nominal 3.3 Vand5 V
B1VCC
JP12
Portbuffersportgroup P3;nominal3.3Vand 5V
B2VCC
JP23
PortbuffersportsP43_0 to P43_6,portgroups 46,47; nominal3.3Vand5V
B3VCC
JP21
Portbuffersports P43_7toP43_12;nominal3.3Vand5V
B4VCC
JP20
Portbuffersportgroup P42; nominal3.3 Vand5V
RVCC
JP22
Portbuffersportgroups P44, P45 (VO0RSDS); nominal3.3 Vand 5V.
MVCC
JP13
Portbuffersportgroup P40(VI0 MIPII/F);nominal 3.3V
SFVCC
JP19
Portbuffersportgroup P21(serialflashand MLB);nominal 3.3 Vand5V.
ISMVCC
JP16
Portbuffersportgroups P16andP17(StepperMotor Controller/Driver);
• nominal 5 V when used for steppermotoroperation
• nominal 3.3 V and 5 V when not used for stepper motor operation
A0VCC
JP15
Ports buffers port groups P10 and P11 (A/D Converter analog circuits and input
buffers);nominal 3.3Vand5V
SDRBVCC
JP25
DDR2-SDRAMI/F (except SDRBCK, SDRBCKB) ; nominal1.8 V
Notesoncurrentmeasurement:
Currently, the reset line is not pulled-up to full EVCC voltage. This is caused by the drop out voltage of LED24
“RESET ACT” (VRESET is only ~3.7V when EVCC is 5V). This leads to an EVCC leakage currentcaused by the
RESETZ input buffer. To correctlymeasure the EVCC current, please add a 6.2kΩresistor in parallel to LED24
“RESET ACT” on the Mango Main Board.

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3.1.2 Voltage regulators andDC-DC converters
Thepower domains on the adapter board aresuppliedbythemainboard.Thefollowing voltages aregenerated
on themainboard.
Table 3-3:MainPowersupply Source IC outputvoltage(fromMainboard)
IC
Inputvoltage
Voltage
Netname
Spec
U7
12V
5V
+5V
Max4A
U8
12V
3.3V
+3.3V
Max4A
U9
12V
5V
ISO+5V
Max2A
U12
12V
3.3V
ISO+3.3V
Max4A
U5
U12
1.25V
+1.25V
Max2A
U6
U12
1.8V
+1.8V
Max0.5A
U1
U8
2.5V
+2.5V
Max1A
U2
U8
1.25V
+1.2V
Max1A
3.1.3 PowerSupplySelectionMatrix
The voltages that can be selected to power each of the domains of the MCU differ for each device type. For
D1M2H thefollowingvoltagescanbe configuredfor eachpower domain.
Table 3-4:Main Power supply SourceICoutput voltage
D1M2H
other
3v3
5v
iso3v3
iso5v
REG0VCC
x
D
OSCVCC
x
x
D
x
EVCC
x
D
REG1VCC
x
x
D
x
ISOVDD
1.25V
PLLVCC
x
x
D
x
B0VCC
x
x
D
x
B1VCC
x
x
D
x
B2VCC
x
x
D
x
B3VCC
x
x
D
x
B4VCC
x
x
D
x
B5VCC/RVCC
x
D
MVCC
x
D
SFVCC
x
D
SDRBVCC
1.8V
ISMVCC
x
x
x
D
ZPDVCC
x
D
x
x
A0VCC
x
x
D
x
X: Possible Setting,D: DefaultSetting

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4 Clock source
4.1 Overview
Thereare3options formainclockinputtotargetMCU.
・Crystal(8MHz)
・Crystaloscillator(8MHz)
・Clockinputfrom pulsegenerator
Thedefault optionistousethesolderedcrystals forthe highspeedandthelowspeedoscillator.
4.2 Oscillatorcircuit
This figureshows schematic ofoscillator block.
Figure 4-1: Schematicof oscillatorblock

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4.3 Functionspecification
Main oscillator
Terminals: X1/X2 clock selection
oCrystal(8MHz)
oCeralock (8MHz)
oDirect clock input from external pulsegenerator
Table 4-1:Sub-Selection ofexternal oscillator
Loc
Function
JP6
External oscillator sub-selection
1-2select
UseBNCconnector(CN14).
2-3select
UsecrystaloscillatorY1
Table 4-2: Selectionof crystalorexternaloscillator
Loc
Function
JP8/
JP9
External oscillator select
JP8/JP9 open
R12soldered
Useon-boardcrystal
JP9 1-2closed
R12unsoldered
Useon-boardcrystal
JP8JP9-1closed
R12unsoldered
Useexternaloscillator(JP6)
Suboscillator
Terminals: XT1/XT2
oCrystal(32.768KHz)

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5 External Memory function
5.1 SerialNOR Flash
2x 512Mbit withtotal densityof 1Gbit(128MB)
2xFlash devices MX25L51245G(Macronix)
8bit, DDR@80MHz
Devicein SO-16W package
AcompatilbeProductis S25FL512S (Spansion).
5.2 DDR2-SDRAM
1 x16bitor 1x32bitDDR2-SDRAM of the density2Gbit
Type MT47H128M16of MicroninBGApackage
16/32bit,DDR@240MHz
512MB
5.3 Mountingdevices
Table 5-1:Mounted devices
Loc.
Manufacturer
Product name
Note
UM1,
UM2
Micron
MT47H128M16RT-25EIT
2Gbit:x4,x8, x16DDR2SDRAM
U3,
U4
Macronix
MX25L51245G
1Gbit: DDR@80MHz,SerialFlash
Memory
5.4 Memoryconnection
Memoryblockconsistsof DDR2-SDRAMmemoryandSerialFlash.

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・DDR2-SDRAM memory
Figure 5-1DDR2-SDRAM memoryblockdiagram
・Serial FlashMemory
Figure 5-2 Serial Flash memoryblock diagram

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6 Multiplex Control
6.1 Overview
Multiplexers (mainly for Video I/O and Ethernet) shall be manually controlled by the user themselves via DIP
switches (DSW1 and DSW2).Thus theuser has responsibility to avoid misconfiguration of the multiplexers that
mightdestroythedevice.
The following multiplexers are placed onto the adapter board. This has been done for all high-speed I/O signals
in order to avoid unnecessary routing on the main board and for signals that are directly used on the adapter
board.For theRSDS-Interface, theconnectoris placed onto theadapter board,allother signals willberouted to
themain board,independentfrom theswitchposition.
Table 6-1: SignalAssignment and functionof DSW1
Switch Position
Signalname
ON Function
OFFFunction
DSW1.1
Adapter Board Encoding
Address(ABEA)2
ConnectABEAtoMCU
DisconnectABEAfrom
MCU
DSW1.2
Adapter Board Encoding
Address1
DSW1.3
Adapter Board Encoding
Address0
DSW1.4
MD_ETHER_SEL
Connect P47_6 and
P47_7 Pins to Video /
GPIO Blocks
Connect P47_6 and
P47_7 Pins to Ethernet
Blocks
Table 6-2: SignalAssignment andfunctionofDSW2
Switch Position
Signalname
ONFunction
OFFFunction
DSW2.1
RSDS_SEL
Connect MCU Pins to
Video /GPIO Blocks
Connect MCU Pins to
RSDSConnector
DSW2.2
VI1ITU_SEL
Connect MCUPins to ITU
Connector
DSW2.3
P467_ETHER_SEL
Connect MCU Pins to
Ethernet1Connector
DSW2.4
P42_ETHER_SEL
Connect MCU Pins to
Ethernet0Connector

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Thefollowingtablesshowthesignalassignmentof themultiplexers withrespect totheswitchpositions.
Table and Table 6-4 are multiplexers that route the MCU signals either to the Main Board or to the Adapter
Boardaccording totheswitch position.
Table 6-3: Multiplex control table (U6) RSDS_SEL (DSW2.1)
Pin
IN
OUT
RSDS_SEL:OFF
RSDS_SEL:ON
1A
SEL_P45_0
RSDS_CLKP
P45_0
2A
SEL_P44_0
RSDS_R0P
P44_0
3A
SEL_P45_1
RSDS_CLKN
P45_1
4A
SEL_P44_1
RSDS_R0N
P44_1
5A
SEL_P45_2
RSDS_G2P
P45_2
6A
SEL_P44_2
RSDS_R1P
P44_2
7A
SEL_P45_3
RSDS_G2N
P45_3
8A
SEL_P44_3
RSDS_R1N
P44_3
9A
SEL_P45_4
RSDS_G3P
P45_4
10A
SEL_P44_4
RSDS_R2P
P44_4
11A
SEL_P45_5
RSDS_G3N
P45_5
12A
SEL_P44_5
RSDS_R2N
P44_5
13A
SEL_P45_6
RSDS_B0P
P45_6
14A
15A
SEL_P45_7
RSDS_B0N
P45_7
16A
Table 6-4: Multiplex control table (U7) RSDS_SEL (DSW2.1)
Pin
IN
OUT
RSDS_SEL:OFF
RSDS_SEL:ON
1A
SEL_P45_8
RSDS_B1P
P45_8
2A
SEL_P44_6
RSDS_R3P
P44_6
3A
SEL_P45_9
RSDS_B1N
P45_9
4A
SEL_P44_7
RSDS_R3N
P44_7
5A
SEL_P45_10
RSDS_B2P
P45_10
6A
SEL_P44_8
RSDS_G0P
P44_8
7A
SEL_P45_11
RSDS_B2N
P45_11
8A
SEL_P44_9
RSDS_G0N
P44_9
9A
SEL_P45_12
RSDS_B3P
P45_12
10A
SEL_P44_10
RSDS_G1P
P44_10
11A
SEL_P45_13
RSDS_B3N
P45_13
12A
SEL_P44_11
RSDS_G1N
P44_11
13A
14A
15A
16A

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For the following interfaces, the function blocks and connectors are on the main board. All multiplexed signals
areroutedthrough dedicatedlinesonthe main/adapter boardconnector.
Table 6-5: Multiplex control table (U9) MD_ETHER_SEL (DSW1.4)
Pin
IN
OUT
MD_ETHER_SEL:OFF
MD_ETHER_SEL:ON
1A
SEL_P47_6
ETNB0MDIO
P47_6
Table 6-6: Multiplex controltable (U10) MD_ETHER_SEL (DSW1.4)
Pin
IN
OUT
MD_ETHER_SEL:OFF
MD_ETHER_SEL:ON
1A
SEL_P47_7
ETNB0MDC
P47_7
Table 6-7: Multiplex control table (U8) VI1ITU_SEL (DSW2.2)
Pin
IN
OUT
VI1ITU_SEL:OFF
VI1ITU_SEL:ON
1A
SEL_P43_7
VI1ITU_D2
P43_7
2A
SEL_P43_8
VI1ITU_D1
P43_8
3A
SEL_P43_9
VI1ITU_D0
P43_9
4A
SEL_P43_10
VI1ITU_CLK
P43_10
5A
SEL_P43_11
VI1ITU_HSYNC
P43_11
6A
SEL_P43_12
VI1ITU_VSYNC
P43_12
7A
SEL_P46_0
VI1ITU_D7
P46_0
8A
SEL_P46_1
VI1ITU_D6
P46_1
9A
SEL_P46_2
VI1ITU_D5
P46_2
10A
SEL_P46_3
VI1ITU_D4
P46_3
11A
SEL_P46_4
VI1ITU_D3
P46_4
12A
13A
14A
15A
16A

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Table 6-8: Multiplex control table (U5) P467_ETHER_SEL (DSW2.3)
Pin
IN
OUT
P467_ETHER_SEL:OFF
P467_ETHER_SEL:ON
1A
SEL_P46_6
P467_ETNB0TXD3
P46_6
2A
SEL_P46_7
P467_ETNB0TXD2
P46_7
3A
SEL_P46_8
P467_ETNB0TXD1
P46_8
4A
SEL_P46_9
P467_ETNB0TXD0
P46_9
5A
SEL_P46_10
P467_ETNB0TXEN
P46_10
6A
SEL_P46_11
P467_ETNB0TXER
P46_11
7A
SEL_P46_12
P467_ETNB0COL
P46_12
8A
SEL_P46_13
P467_ETNB0CRSDV
P46_13
9A
SEL_P46_14
P467_ETNB0TXCLK
P46_14
10A
SEL_P46_15
P467_ETNB0RXCLK
P46_15
11A
SEL_P47_0
P467_ETNB0RXD3
P47_0
12A
SEL_P47_1
P467_ETNB0RXD2
P47_1
13A
SEL_P47_2
P467_ETNB0RXD1
P47_2
14A
SEL_P47_3
P467_ETNB0RXD0
P47_3
15A
SEL_P47_4
P467_ETNB0RXDV
P47_4
16A
SEL_P47_5
P467_ETNB0RXER
P47_5
Table 6-9:Multiplex control table (U2) P42_ETHER_SEL (DSW2.4)
Pin
IN
OUT
P42_ETHER_SEL:OFF
P42_ETHER_SEL:ON
1A
SEL_P42_0
P42_ETNB0TXD3
P42_0
2A
SEL_P42_1
P42_ETNB0TXD2
P42_1
3A
SEL_P42_2
P42_ETNB0TXD1
P42_2
4A
SEL_P42_3
P42_ETNB0TXD0
P42_3
5A
SEL_P42_4
P42_ETNB0TXEN
P42_4
6A
SEL_P42_5
P42_ETNB0TXER
P42_5
7A
SEL_P42_6
P42_ETNB0COL
P42_6
8A
SEL_P42_7
P42_ETNB0CRSDV
P42_7
9A
SEL_P42_8
P42_ETNB0TXCLK
P42_8
10A
SEL_P42_9
P42_ETNB0RXCLK
P42_9
11A
SEL_P42_10
P42_ETNB0RXD3
P42_10
12A
SEL_P42_11
P42_ETNB0RXD2
P42_11
13A
SEL_P42_12
P42_ETNB0RXD1
P42_12
14A
SEL_P42_13
P42_ETNB0RXD0
P42_13
15A
SEL_P42_14
P42_ETNB0RXDV
P42_14
16A
SEL_P42_15
P42_ETNB0RXER
P42_15

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7 Socket
This chapter lists allconnectors oftheD1M2Hadapter board.Therearemainlythreegroups of connectors.
7.1 Overview
Adapterboards ofMCUblockcosists ofbelowcomponents.
・IC socket
・Testpinareaandexternalconnectors
・Mainboardconnectors
D1xseries haveseveral packagevariant,thereforetheICsocketdepends uponthepackagevariant.
7.2 RH850/D1M2Hadapter board structure
Figure 7-1: Blockdiagram oftheMCU connections on theAdapterboard

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7.3 Mounting socket
This board willbefittedwith one of thesocket types as shown below.
Table 7-1:IC socket Option1 (FortheBGA484AdaptorBoard)
Manufacturer
Product name
Note
TOKYO ELETECH CORP.
BSSOCKET484Z2627RE21N
BGAtoPinadapter.Tobesoldered.
BSSOCKETconnectstoCSSOCKETor
LSPACK
TOKYO ELETECH CORP.
LSPACK484Z2627RE01
CanbepluggedintotheBGAtoPin
adapter.Devicewillbeinserted intothe
LSPACK
Table 7-2: IC socketOption2 (For theBGA484 Adaptor Board)
Manufacturer
Product name
Note
IRONWOOD
ELECTRONICS
C9803
BGAtoPinadapter.Tobesoldered.
This istheboardmounted socket
E-TEC
BPW484-1070-26AA55A
CanbepluggedintotheBGAtoPin
adapter.Devicewillbeinserted intothis
socket.
7.4 ConnectionwiththeIn-CircuitEmulator(ICE)
When using the “IC socket Option 1”, it is possible to connect the ICE to the BSSOCKET.
Figure 7-2: Connection withICE

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8 Connectors of the D1M2H adapter board
Connectiontoeachpinof thedeviceispossibleviatheconnectors CN1to CN12andCN15.
8.1 MainBoard toAdapterBoardconnectors
Signal names that arehighlightedindarkgrey,arenotusedbytheD1M2H adapter board.
Table 8-1: Pin assignment ofconnector(CN1)
Pin
Function / Port
Pin
Function / Port
1
+3.3V
2
VR+12V
3
+3.3V
4
VR+12V
5
+5V
6
+12V
7
+5V
8
+12V
9
10
11
ZPDVCC
12
OSCVCC
13
ZPDVCC
14
OSCVCC
15
EVCC
16
REG0VCC
17
EVCC
18
REG0VCC
19
20
21
REG1VCC
22
ISOVDD
23
REG1VCC
24
ISOVDD
25
A0VCC
26
PLLVCC
27
A0VCC
28
PLLVCC
29
ISMVCC
30
MVCC
31
ISMVCC
32
MVCC
33
SFVCC
34
SDRBVCC
35
SFVCC
36
SDRBVCC
37
38
39
B0VCC
40
B1VCC
41
B0VCC
42
B1VCC
43
B2VCC
44
B3VCC
45
B2VCC
46
B3VCC
47
B4VCC
48
RVCC/B5VCC
49
B4VCC
50
RVCC/B5VCC
51
52
53
MLBSI/SR0
54
P21_10
55
MLBSI/SX0
56
P21_11
57
MOST_INT
58
P21_12
59
60
SF_RESET
61
VI1ITU_D0
62
VG_RESERVE0
63
VI1ITU_D1
64
VG_RESERVE1
65
VI1ITU_D2
66
VG_RESERVE2
67
VI1ITU_D3
68
VG_RESERVE3
69
VI1ITU_D4
70
VG_RESERVE4
71
VI1ITU_D5
72
VG_RESERVE5
73
VI1ITU_D6
74
75
VI1ITU_D7
76
GND
77
VI1ITU_CLK
78
GND
79
VI1ITU_HSYNC
80
GND
81
VI1ITU_VSYNC
82
GND
83
84
85
GND
86
P2_11
87
GND
88
P2_10
89
GND
90
P2_9
91
GND
92
P2_8
93
94
P2_7
95
P1_11
96
P2_6
97
P1_10
98
P2_5
99
P1_9
100
P2_4