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Epson S1S65010, Technical Manual

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Epson S1S65010 Technical Manual Download Page 26

 

6.  SPECIFICATIONS

 

 

S1S65010 

EPSON

 

19

Evaluation Board Technical Manual (Rev. 1.1e)

 

„

 Notes on Debuggers 

This kit supports the following two debuggers. 

•

 Multi-ICE 

•

 PALMiCE 

The debugging interface (CN1) on this evaluation board is compatible with both. The basic load module is 
webcam.axf (ELF format) generated with the armcc (ARM compiler ADS 1.2 [Build 805]). 

 

Table 6.3.  Debugger Connections 

Connections 

Debugger 

Evaluation 

Board 

PC 

Load 

Module 

Notes 

Multi-ICE JTAG  Parallel 

port *.axf 

Flash ROM updates not allowed. 

PALMiCE 

JTAG 

USB 

*.ctx 

Convert with dw22ctx. 

For further details on basic debugger setup, Flash ROM support, etc., refer to the debugger manual, the 
Flash ROM data sheets, and any updates on the manufacturers’ websites. 

 

(1)  Important Notes on Using Multi-ICE 

Multi-ICE cannot be used to write to the load modules to the Flash ROM on this evaluation board 
(Toshiba TC58FV5B2AFX65) because it supports only the following types of Flash ROM. Note that 
PALMiCE does not have this restriction. 

Table 6.4.  Flash ROM Update Support 

Debugger 

Sector 

Format 

Capacity 

Sample Supported Devices 

128K 

×

 32 

4M 

DT28F320 (Intel) 

256 

×

 2048 

512K 

AT29C040A (ATMEL) 

Multi-ICE 

256 

×

 512 

128K 

AT29C1024 (ATMEL) 

PALMiCE 

Configurable

 

Configurable

Configure to match device

 

 

The Compact Flash interface (CFI) supports Intel and Fujitsu Flash ROMs. 
Using Multi-ICE to download to ATMEL Flash ROMs requires changing downloaders. In its standard 
configuration, this debugger supports only the Intel DT28F320 and equivalents. 
Using Multi-ICE to debug code executed from ROM (as in this kit) requires at least one watch point 
unit available. Use the following procedure to modify the standard AXD settings. 
 
(1) Boot the 

Multi-ICE

 server. 

(2) Boot the 

AXD

. 

(3) Choose the 

AXD

 menu command “

Options

”

|

“

Configure Processor

” to open the configuration 

panel. 

(4) Deselect all 

Vector catch

 check boxes. 

(5) Deselect the 

Semihosting

 check box. 

(6)  Press the “

OK

” button to apply the new settings. 

Failure to modify the above settings causes writing the load module to abort with the following 
message. 

Error: Too many breakpoints 

Summary of Contents for S1S65010

Page 1: ...Evaluation Board Technical Manual Network Camera Controller with JPEG Encorder S5U1S65K01H0100 S5U1S65K01H1100 S1S65010 ...

Page 2: ...s Moreover no license to any intellectual property rights is granted by implication or otherwise and there is no representation or warranty that anything made in accordance with this material will be free from any patent or copyright infringement of a third party This material or portions thereof may contain technology or the subject relating to strategic products under the control of the Foreign ...

Page 3: ......

Page 4: ...roduct Classification 1 S1 Semiconductor IC Evaluation Board S5U 1S 65K01 H 1 00 Packing Specification Board Revision Category H Hardware S Software 65K01 S1S65010 Corresponding Device Model Code Product Classification 2 1S Semiconductor IC for Communication Product Classification 1 S5U Development Tools for Semiconductor x Board Code 0 Main Board 1 Camera Board ...

Page 5: ......

Page 6: ...ower Supply Connector CN10 MJ 179P 7 4 1 6 CF Card Interface CN8 M21A 50PD SF 8 4 2 Camera Board Interface Connectors 9 4 2 1 Main Board Interfaces 9 4 2 2 Serial RS232 C Interface CN6 XG8W 1031 10 4 2 3 Audio Interface Connectors CN7 to CN10 A2PA 3PGG 11 4 2 4 Camera Module Connectors CN2 CN4 and CN5 11 5 FUNCTIONAL DESCRIPTION 12 5 1 Mode Select DIP Switches SW6 13 5 2 GPIOB DIP Switches SW10 13...

Page 7: ...Contents ii EPSON S1S65010 Evaluation Board Technical Manual Rev 1 1e 8 PARTS LISTS 27 8 1 Main Board Parts 27 8 2 Camera Board Parts 28 9 MISCELLANEOUS 29 ...

Page 8: ... 20 pin connector for in circuit emulator or other debugger Camera board interface 16 40 pin connector for camera board I2 C Part of the camera board interface connector is used for camera control It is also connected to a serial EEPROM BR24L56RFVM W I2 S Part of the camera board interface connector is used for connecting a monaural codec IC GPIO Part of the camera board interface connector is use...

Page 9: ... SDRAM 16 MB SRAM Max 2 MB S1S65010 10 100 PHY Pulse Trans ２３２ Driver Serial EEPROM DIP SW Data Bus Buffer ３２KHｚ OSC 25MKHｚ OSC CF Card Connector RJ 45 Connector JTAG I F ２３２ Port CMOS Camera Module Note The developer must pick one of the three supported camera modules Camera Board Main Board CMOS Camera Module CMOS Camera Module MINI JACK MINI JACK MINI JACK MINI JACK Monoural Codec Figure 2 1 Bl...

Page 10: ...8 ４７ １６V ４７ １６V １０ １６V １０ １６V 1 SW5 SW8 1 LED3 LED4 CN11 CN10 1 2 15 16 1 2 39 40 CN12 CN5 CN3 SW4 SW7 CN1 1 2 19 20 SW2 SW3 CN6 U7 CN13 1 2 9 10 SW10 MODE INIT SW6 2 12 11 1 2 3 4 5 6 SW1 U8 SW9 T1 CN7 U12 CN4 CN2 U4 U9 HALO TG110 LC55N2 34 4 S1S65K 61K Network Borad2 U6 U13 PST600 TC58FVM5B2AF T65 U13 TC74VCX16245FT SG 3030JF 32 768KHz SG 645SCG 25MHz uPC2933T MM1572H L T 1 9 6 2 S P 3 2 3 2 E C...

Page 11: ... １６V １０ １６V １０ １６V ２ ２ １６V １０ １６V １０ １６V 1 1 SG 645SCG 25MHz SP3232EC Y TC7W14 MM1572H MM1572H MM1572H MM1572H SW5 TC74VHC 05FT LT1962 CN8 CN9 CN10 SA2101A HYCA3 L01 RS232C CAMERA EXT CF CTRL LED1 U5 U4 U6 U7 U3 U2 SW1 X1 U9 U1 SW3 SW4 SW2 C L 56 0 38 0 65 0 18 85 95 0 58 0 5 2 12 0 28 64 12 0 88 0 20 0 Screw hole 4 φ3 5 9 8 12 0 12 0 12 0 18 5 10 5 CN4 1 2 31 32 L I N E O U T S P O U T L I N E I ...

Page 12: ...ments 4 2 6 1 5 7 3 CN7 T 1 S1S65010 U 4 1 ICS189 3BF DiskOnChip OPTION 1 U 12 CN9 U 8 U 7 U 9 MT48LC8M16A2TG 75 1 SR A M TC58FVM5 B2AFT65 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 ４７ １６V ４７ １６V １ ０ １ ６ V １ ０ １ ６ V 1 SW5 SW8 1 LED3 LED4 CN11 CN10 1 2 1 5 1 6 1 2 3 9 4 0 CN12 CN5 CN3 SW4 SW7 CN1 1 2 1 9 2 0 SW2 SW3 CN6 U 7 CN13 1 2 9 1 0 SW10 MO DE INIT SW6 2 1 2 1 1 1 2 3 4 5 6 SW1 U 8 SW9 T 1 CN7 U12 CN4 C...

Page 13: ...interface lines are available for use as GPIOD 3 2 and GPIOE 7 0 as indicated with parentheses in the above Table 2 Camera interface and expansion connector CN12 XG8W 4031 2 in Figure 4 1 Pin Number Function Pin Number Function 1 GND 2 GND 3 CAMDATA0 4 CAMDATA1 5 CAMDATA2 6 CAMDATA3 7 CAMDATA4 8 CAMDATA5 9 CAMDATA6 10 CAMDATA7 11 CMCLKOUT 12 CMCLKIN 13 CMVREF 14 CMHREF 15 CAMVDD 16 CAMVDD 17 I2C_S...

Page 14: ...Number Function 1 3 3 V 2 3 3 V 3 nTRST 4 GND 5 TDI 6 GND 7 TMS 8 GND 9 TCK 10 GND 11 GND 12 GND 13 TDO 14 GND 15 nSRST 16 GND 17 NC 18 GND 19 NC 20 GND 4 1 4 Serial RS232 C Interface CN13 XG8W 1031 5 in Figure 4 1 Pin Number Function Pin Number Function 1 NC 2 RXD 3 TXD 4 NC 5 GND 6 NC 7 RTS 8 CTS 9 NC 10 NC This layout matches that used by such PC motherboard manufacturers as ASUS and GIGABYTE 4...

Page 15: ...2 MA2 19 A1 MA1 20 A0 MA0 21 D0 CF_D0 22 D1 CF_D1 23 D2 CF_D2 24 WP NC 25 CD2 NC 26 CD1 NC 27 D11 CF_D11 28 D12 CF_D12 29 D13 CF_D13 30 D14 CF_D14 31 D15 CF_D15 32 CE2 CFCE2 33 VS1 NC 34 IORD CFIORD 35 IOWR CFIOWR 36 WE MWE0 37 RDY BSY CFIREQ 38 VCC1 3 3V 39 CSEL CSEL 40 VS2 NC 41 RESET CFRST_CN 42 WAIT CFWAIT 43 INPACK NC 44 REG REG 45 BVD2 BVD2 DASP 46 BVD1 CFSTSCHG 47 D8 CF_D8 48 D9 CF_D9 49 D1...

Page 16: ... 1 2 １ ０ １ ６ V １ ０ １ ６ V １ ０ １ ６ V １ ０ １ ６ V １ ０ １ ６ V １ ０ １ ６ V １ ０ １ ６V １ ０ １ ６V １ ０ １ ６ V １ ０ １ ６ V ２ ２ １６ V １ ０ １ ６ V １ ０ １ ６ V 1 1 SG 6 4 5 SCG 2 5 MHz SP3232 E C Y TC7W 14 M M 1572H M M 1572H M M 1572H M M 1572H SW5 TC74VHC 05FT LT196 2 CN8 CN9 CN10 SA2101A HYCA3 L01 RS232C CAMERA EXT CF CTRL LED1 U 5 U 4 U 6 U 7 U 3 U 2 SW1 X 1 U9 U1 SW3 SW4 SW2 2 3 9 Figure 4 2 Camera Board Layout 4 2 1 Ma...

Page 17: ...7 I2C_SDA 18 I2C_SCL 19 3 3V 20 3 3V 21 GPIOA0 22 GPIOA1 23 GPIOA2 TXD1 SPI_SS 24 GPIOA3 RXD1 SPI_SCLK 25 GPIOA4 SPI_MISO 26 GPIOA5 SPI_MOSI 27 GPIOA6 28 GPIOA7 29 GPIOB0 I2S0_WS 30 GPIOB1 I2S0_SCK 31 GPIOB2 I2S0_SD 32 GPIOB3 I2S1_SD 33 GPIOB4 Timer 1 out 34 GPIOB5 35 GPIOB6 36 GPIOB7 37 GPIOD0 38 GPIOD1 39 GND 40 GND 4 2 2 Serial RS232 C Interface CN6 XG8W 1031 3 in Figure 4 2 Pin Number Function...

Page 18: ... Connector Function Note CN7 Microphone input CN8 Line input CN9 Line output CN10 Speaker output 4 2 4 Camera Module Connectors CN2 CN4 and CN5 This board provides three mutually exclusive connectors for connecting a CMOS camera module 8 to 10 in Figure 4 2 Location Function Product Number CN2 HV7131GP HYCA3 L01 245602 020 000 829 CN4 OV7640 EAA or OV7648 EAA 803 93 032 10 001 CN5 SA2101A A5 44DA ...

Page 19: ...N11 CN10 1 2 1 5 1 6 1 2 3 9 4 0 CN12 CN5 CN3 SW4 SW7 CN1 1 2 1 9 2 0 SW2 SW3 CN6 U 7 CN13 1 2 9 1 0 SW10 MO DE INIT SW6 2 1 2 1 1 1 2 3 4 5 6 SW1 U 8 SW9 T 1 CN7 U12 CN4 CN2 U 4 U 9 HAL O TG1 1 0 L C5 5 N2 S1S65K 61K N e twork Borad2 6 4 3 2 1 7 5 Figure 5 1 Main Board Top View U 6 U 13 PST6 0 0 TC58FVM5B2AF T65 U 13 TC74VCX16245FT SG 3 0 3 0 J F 3 2 7 6 8 KHz SG 6 4 5 SCG 2 5 MHz u PC2 9 3 3 T M...

Page 20: ...SW6 6 11 SW6 6 MD5 MODESEL5 Application mode Monitor mode SW6 7 10 SW6 7 MD6 MODESEL6 Wired LAN connection Wireless LAN connection SW6 8 9 SW6 8 MD7 MODESEL7 User setting User setting Note This evaluation board appropriates this S1S65010 user setting input for use in returning switches to their factory default settings 5 2 GPIOB DIP Switches SW10 2 in Figure 5 1 These switches SW10 specify input t...

Page 21: ...put OFF NC NC d GND RESET HW RESET 5 5 Memory Chip Select Switch SW5 5 in Figure 5 1 This board includes Flash ROM and SRAM for use as external memory The SW5 switch on this board configures their chip select signals The following Table describes the three configurations available The default setting is c Display Position C MCSB SRAM CS C MCSA Flash ROM CS Notes c MCS1 S1S65010 output MCS0 S1S6501...

Page 22: ...er because it ships with 4 MB of Flash ROM in the external memory space JP1 permits expansion to 8 MB The default JP1 is no connection Connection Source Connection Target Function JP1 GPIOB6 MA22 GPIOB6 functions as MA22 JP2 GPIOD1 MA21 GPIOD1 functions as MA21 JP3 GPIOD0 MA20 GPIOD0 functions as MA20 Note The firmware must configure the S1S65010 pins GPIOD0 GPIOD1 and GPIOB6 to match 5 9 CF Card ...

Page 23: ...n board 2 7 V U17 MM1572H S1S65010 camera interface The developer must match the parts used to camera module used 1 8 V U16 LT1962EMS8 1 8 S1S65010 core and analog PLL The camera board uses three regulators to generate internal power supplies for the three camera modules supported from the 5 V 10 power supply connected to CN3 pins 1 and 2 The following Table lists their applications Table 6 2 Came...

Page 24: ...6 SPECIFICATIONS S1S65010 EPSON 17 Evaluation Board Technical Manual Rev 1 1e 6 2 Current Consumption TBD ...

Page 25: ... Technical Manual Rev 1 1e 6 3 Debugging Environment The debugging interface CN1 is for connecting PALMiCE or other debugger Figure 6 1 shows the results of connecting PALMiCE Figure 6 2 a PALMiCE system controller register readout Figure 6 1 Figure 6 2 ...

Page 26: ...lash ROM Note that PALMiCE does not have this restriction Table 6 4 Flash ROM Update Support Debugger Sector Format Capacity Sample Supported Devices 128K 32 4M DT28F320 Intel 256 2048 512K AT29C040A ATMEL Multi ICE 256 512 128K AT29C1024 ATMEL PALMiCE Configurable Configurable Configure to match device The Compact Flash interface CFI supports Intel and Fujitsu Flash ROMs Using Multi ICE to downlo...

Page 27: ...specify the macro file 4 Under Initial Settings specify 3500 ms as the interval to wait after leaving the reset state 5 Under Initial Settings select the Use low speed clock check box and then specify 5 MHz 6 Under Initial Settings select Port access method and specify the judging criteria 7 Specify Toshiba TC58FV5B2AFX65 for the Flash memory Note that changing the CPU core specification requires ...

Page 28: ...l Manual Rev 1 1e The following shows the dialog box for specifying the macro file and wait interval Figure 6 4 Initial Settings Tab The following shows the dialog box for specifying the low speed clock and port access method Figure 6 5 Low Speed Clock Settings ...

Page 29: ...Initializing Evaluation Board Settings After the above steps the code in the Flash ROM turns on the PLL and starts operation with a CPU clock frequency of 50 MHz If necessary use the menu command Add Flash memory to add the above Flash memory to the list The following shows the dialog box for adding Flash memory Figure 6 7 Adding Flash Memory Serial Debugging Debugging is also possible over a seri...

Page 30: ...6 SPECIFICATIONS S1S65010 EPSON 23 Evaluation Board Technical Manual Rev 1 1e Figure 6 8 Specifying Baud Rate Tera Term Figure 6 9 Using Tera Term ...

Page 31: ...6 SPECIFICATIONS 24 EPSON S1S65010 Evaluation Board Technical Manual Rev 1 1e Figure 6 10 Specifying Baud Rate HyperTerminal Figure 6 11 Using HyperTerminal ...

Page 32: ...net se132582 html 6 Test the cable connection and IP address setting with the following console command ping 192 168 1 253 If everything is functioning correctly there should be a response similar to the following Pinging 192 168 1 253 with 32 bytes of data Reply from 192 168 1 253 bytes 32 time 10ms TTL 128 Reply from 192 168 1 253 bytes 32 time 10ms TTL 128 Reply from 192 168 1 253 bytes 32 time...

Page 33: ...1S65010 Evaluation Board Technical Manual Rev 1 1e 7 IMPORTANT USAGE NOTES 1 This kit does not support hot plugging of CF cards The CF card must be in place when the power is first applied The firmware assumes that it is always in place ...

Page 34: ... 8 MS8 Linear Technology 1 U17 MM1572H 2 7V 5pin SOT 25A Mitsumi 1 U18 RS232C driver SP3232ECY 16pinTSSOP SIPEX 1 U2 Logic IC TC7W14F Toshiba 1 15 U5 TC74VCX157FT Toshiba 1 U10 TC7MH574FK Toshiba 1 U11 TC4S71F Toshiba 1 U14 TC4S30F Toshiba 1 20 X1 OSC SG 3030JF 32 768KHz EPSON 1 X2 OSC SG 645SCG 25MHｚ EPSON 1 T1 Puls transformer TG110 LC55N2 HALO 1 CN7 RJ45 connector TM11R 5M2 88 LP Hirose 1 CN10 ...

Page 35: ... 5pin SOT 25A Mitsumi 1 U6 MM1572KN 2 9V 5pin SOT 25A Mitsumi 1 U7 LT1962EMS8 1 8 MS8 Linear Technology 1 U9 AK4536VN 28pinQFN Akai 1 SW2 SW1 Switch CHS 01A1 Copal 2 SW3 SW5 CHS 08B Copal 2 SW4 CHS 02B Copal 1 CN1 Connector HIF3H 40DB 2 54DS Hirose 1 CN3 HIF3H 16DB 2 54DS Hirose 1 CN6 XG8W 1031 OMRON 1 CN4 803 93 032 10 001 Presidip 1 CN5 A3 44DA 2DS Hirose 1 CN2 245602 020 000 829 Kyosera 1 CN7 C...

Page 36: ...9 MISCELLANEOUS S1S65010 EPSON 29 Evaluation Board Technical Manual Rev 1 1e 9 MISCELLANEOUS The following Figure shows this kit with a camera module Figure9 1 Camera Board with OV7640 Module ...

Page 37: ...9 MISCELLANEOUS 30 EPSON S1S65010 Evaluation Board Technical Manual Rev 1 1e ...

Page 38: ...rk Uxbridge Middx UB11 1FW UNITED KINGDOM Phone 44 1295 750 216 44 1342 824451 FAX 44 89 14005 446 447 Scotland Design Center Integration House The Alba Campus Livingston West Lothian EH54 7EG SCOTLAND Phone 44 1506 605040 FAX 44 1506 605041 ASIA EPSON CHINA CO LTD 23F Beijing Silver Tower 2 North RD DongSanHuan ChaoYang District Beijing CHINA Phone 86 10 6410 6655 FAX 86 10 6410 7320 SHANGHAI BRA...

Page 39: ...In pursuit of Saving Technology Epson electronic devices Our lineup of semiconductors displays and quartz devices assists in creating the products of our customers dreams Epson IS energy savings ...

Page 40: ...e 410080300 First issue February 2005 Printed in Japan EPSON Electronic Devices Website SEMICONDUCTOR OPERATIONS DIVISION SEIKO EPSON CORPORATION http www epsondevice com S1S65010 Evaluation Board Technical Manual ...

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