STK2139 Datasheet

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1 太欣半導體股份有限公司 SYNTEK SEMICONDUCTOR CO., LTD. USB 2.0 Video Class PC Camera Controller STK2139 Datasheet Released Version: V1.4

2 Content STK PRODUCT OVERVIEW FUNCTIONAL BLOCK DIAGRAM PRODUCT FEATURES SENSOR INTERFACE IMAGE PROCESSING ENGINE INTEGRATED HI-SPEED USB 2.0 TRANSCEIVER SERIAL BUS INTERFACES SPI INTERFACE MICRO CONTROLLER USB VIDEO CLASS (UVC) GENERAL PURPOSE INPUT/OUTPUT INTERFACE POWER MANAGEMENT PLATFORM SUPPORT APPLICATION SOLUTIONS PIN DIAGRAM PIN DIAGRAM PIN DESCRIPTIONS PIN DESCRIPTIONS ELECTRICAL CHARACTERISTICS ABSOLUTE MAXIMUM RATINGS DC ELECTRICAL CHARACTERISTICS AC ELECTRICAL CHARACTERISTICS PACKAGE DIMENSIONS PIN LD QFN PACKAGE, 6X6X0.85MM CONTACT INFORMATION REVISION HISTORY

3 Caution! STK2139 The information in this document is subject to change without notice and does not represent a commitment on part of the vendor, who assumes no liability or responsibility for any errors that may appear in this data sheet. No warranty or representation, either expressed or implied, is made with respect to the quality, accuracy, or fitness for any particular part of this document. In no event DCNT the manufacturer is liable for direct, indirect, special, incidental or consequential damages arising from any defect or error in this data sheet or product. Product names appearing in this data sheet are for identification purpose only, and trademarks and product names or brand names appearing in this document are property of their respective owners. This data sheet contains materials protected under International Copyright Laws. All rights reserved. No part of this data sheet may be reproduced, transmitted, or transcribed without the expressed written permission of the manufacturer and authors of this data sheet

4 1 Product Overview STK2139 is a highly integrated, USB 2.0 compliant single chip NB camera / PC camera controller. Utilizing a high-speed, high-bandwidth isochronous pipe, it is able to transfer image data at the rate up to 24MB/s. An interrupt pipe is available to carry status to USB host. STK2139 is optimized to support image sensors with YUV data output. The processed resolutions can be up to 2MP image sensor. The image data can be further processed by adjusting brightness, contrast, hue, and saturation. STK2139 supports serial flash or EEPROM to store data and program code for internal This adds system flexibility to support variant image sensors

5 2 Functional Block Diagram CMOS Image Sensor Sensor Interface Serial Bus Interface Serial EEPROM Image Processing Engine Micro Controller SPI EEPROM Interface SPI EEPROM SPI Flash Interface SPI Flash Memory USB 2.0 Controller USB 2.0 PHY General Purpose IO USB Cable STK2139 Functional Block Diagram - 5 -

6 3 Product Features 3.1 Sensor Interface 1. Support up to 2MP (1600x1200) resolution from CMOS image sensor. 2. Support 8-bit ITU-R 601 interface standard, and compliance with 10-bit sensor data inputs. 3. Support YUV image with pixel clock up to 60MHz from CMOS image sensor. 4. Support up to 48MHz output clock to CMOS image sensor. 5. Support industrial 2-wire serial interface to CMOS image sensor. 6. Support hardware windowing and decimation. 3.2 Image Processing Engine 1. Brightness Control 2. Contrast Control 3. Hue Control 4. Saturation Control 5. Privacy Control 6. 2D Noise Removal Medium Filter (up to 1280 pixels per line) 3.3 Integrated Hi-Speed USB 2.0 Transceiver 1. USB 2.0 high-speed and full-speed compliant 2. USB Video Class 1.0a and 1.1 compliant 3. High-speed isochronous video pipe can transfer up to 24 MB/sec. 4. Full-speed isochronous video pipe can transfer up to 0.99 MB/sec

7 5. High-speed isochronous video pipe supports 6 alternative settings. 6. Full-speed isochronous video pipe supports 3 alternate settings. 7. High / full-speed interrupt pipe can transfer up to 8 bytes per payload 8. Support all test modes defined in the USB 2.0 specification 3.4 Serial Bus Interfaces 1. Support a serial communication to CMOS image sensors. 2. Support adjustable serial clock rate to CMOS image sensors. 3. Support a serial communication to external serial EEPROM. 4. Support adjustable clock rate to serial EEPROM. 3.5 SPI Interface 1. Support SPI mode 0 and mode 3 communication to external SPI flash. 2. Support SPI mode 0 and mode 3 communication to external SPI EEPROM. 3. Support adjustable clock rate to external SPI EEPROM. 3.6 Micro Controller 1. Embedded 4T 8051 CPU 2. 24MHz CPU clock rate 3. Total 40KB program memory includes 32KB mask ROM and 8KB SRAM B direct access data memory and 1KB indirect access data memory 5. Power-on reset loads 8KB codes from external EEPROM or flash. 6. USB Video Class descriptors can be loaded from external EEPROM or flash

8 7. USB Video Class and sensor parameters can be loaded from external EEPROM or flash. 8. Content of external EEPROM or flash can be upgraded from PC utilities. 3.7 USB Video Class (UVC) 1. Brightness Control 2. Contrast Control 3. Hue Control 4. Saturation Control 5. White Balance Temperature Control 6. Backlight Compensation 7. Sharpness Control by CMOS image sensor 8. Gamma Control by CMOS image sensor 9. Power Line Frequency Control by CMOS image sensor 10. Privacy Control 11. Image flipping control triggered by GPIO and CMOS image sensor 12. LED indicator on video streaming 13. Still Image Capture up to 2.0MP and still image capture method 1 and General Purpose Input/Output Interface 10 general purpose input/output pins 3.9 Power Management V power supply voltage for chip core V and 3.3V power supply voltage for on-chip USB transceiver V power supply voltage for IO

9 4. Embedded LDO provides a wide voltage range from 1.6V to 3.1V for sensor power. 5. Support advance power down mechanism Platform Support 1. Microsoft Windows XP SP2 and later release 2. Microsoft Windows CE 6.0 and later release 3. Mac: OS X or later 4. Linux: Linux Kernel and later release - 9 -

10 4 Application Solutions High speed USB 2.0 PC Camera Solution Serial Flash or EEPROM Lens Module CMOS Lens Image Sensor STK2139 Host 1. CMOS image sensor provides YUV image data to STK STK2139 transfers processed YUV image data to host. 3. Serial Flash or EEPROM provides the customized 8051 program codes and data. 4. Power for the overall solution is from USB cable from host, no additional power supply is necessary

11 5 Pin Diagram STK pin diagram VSS VDD_IO SDATA3 SDATA2 SDATA1 SDATA0 VSYNC HSYNC CLKS CLKOUT VDD_CORE NC (RX) SDATA NC (TX) SDATA VSS SDATA REXT SDATA VD33_PHY GPIO DP GPIO DM GPIO VSS_PHY GPIO XI_12 SPICLK 9 28 XO_12 SPICS 10 SPIDI 11 SPIDO GPIO4 GPIO5 GPIO6 GPIO7 GPIO8 GPIO9 STK2139 I2CDAT A I2CCLK POWERONRESET LDO_VO1 VDD_LDO LDO_VO2 27 VD18_PHY 26 VDD_IO 25 VSS

12 6 Pin Descriptions pin Descriptions Pin# Name Dir Pull Notes Description 1 SDATA4 I PD Sensor data input bit 4 2 SDATA5 I PD Sensor data input bit 5 3 SDATA6 I PD Sensor data input bit 6 4 SDATA7 I PD Sensor data input bit 7 5 GPIO0 I/O PD General purpose I/O 0 6 GPIO1 I/O PD General purpose I/O 1 7 GPIO2 I/O PD General purpose I/O 2 8 GPIO3 I/O PD General purpose I/O 3 9 SPICLK O PD SPI EEPROM/flash clock 10 SPICS O SPI EEPROM/flash select 11 SPIDI I PD SPI EEPROM/flash data input 12 SPIDO O SPI EEPROM/flash data output 13 GPIO4 I/O PD 24mA General purpose I/O 4 14 GPIO5 I/O PD 24mA General purpose I/O 5 15 GPIO6 I/O PU General purpose I/O 6 16 GPIO7 I/O PD General purpose I/O 7 17 GPIO8 I/O PD General purpose I/O 8 18 GPIO9 I/O PD General purpose I/O 9 19 I2CDATA I/O Serial bus data 20 I2CCLK O Serial bus clock 21 POWERONRESET I Low Active Power On Reset 22 LDO_VO1 O LDO output (1.6V~3.1V, typical 1.8V) (Provide 1.8V supply for core internally) 23 VDD_LDO I Supply for LDO (2.8V~5.5V, typical 3.3V) 24 LDO_VO2 O LDO output (1.6V~3.1V, typical 2.5V)

13 Pin# Name Dir Pull Notes Description 25 VSS I Ground 26 VDD_IO I 3.3V supply for IO 27 VD18_PHY I 1.8V supply for transceiver 28 XO_12 O 12 MHz oscillator output for USB 29 XI_12 I 12 MHz oscillator input for USB 30 VSS_PHY I Ground for transceiver 31 DM I/O USB D minus line 32 DP I/O USB D plus line 33 VD33_PHY I 3.3V supply for transceiver 34 REXT I Connect 330 ohm resistor to ground. 35 VSS I Ground 36 NC I PU (UART TX) 37 NC O PU (UART RX) 38 VDD_CORE I 1.8V supply for core 39 CLKOUT O PD Sensor clock output 40 CLKS I PD Sensor clock input 41 HSYNC I/O PD Horizontal sync signal 42 VSYNC I/O PD Vertical sync signal 43 SDATA0 I PD Sensor data input bit 0 44 SDATA1 I PD Sensor data input bit 1 45 SDATA2 I PD Sensor data input bit 2 46 SDATA3 I PD Sensor data input bit 3 47 VDD_IO I 3.3V supply for IO 48 VSS I Ground Note: GPIO4 and GPIO5 use IO pad with 24mA function, while others use IO pad with 8mA function

14 7 Electrical Characteristics 7.1 Absolute Maximum Ratings Parameter Symbol Value Unit Power supply voltage for I/O V DD to +4.6 V Power supply voltage for core V DD -0.5 to +2.5 V Input voltage V I -0.5 to +6 V Output voltage V O -0.5 to +4.6 V Operating temperature range T OPT -40 to +125 C Storage temperature range T STG -65 to +150 C

15 7.2 DC Electrical Characteristics (Under the condition of V DD =1.8V, V DD33 =3.3V, T OPT =25 C if not specified.) Parameter Symbol Min Typ Max Unit Power supply voltage for I/O V DD V Power supply voltage for core V DD V Operation current of V DD33 I DD ma Operation current of V DD I DD 22.5 ma Suspend current of V DD33 I S μa Suspend current of V DD I S 160 μa Input high voltage V IH V Input low voltage V IL V Input leakage current I L ±10 μa Tri-state output leakage current I OZ ±10 μa Pull up resistor R PU Kohm Pull down resistor R PD Kohm Input capacitance C IN 4.37 pf Output capacitance C OUT 4.37 pf Output high OH =8mA V OH 2.4 V Output low OL =8mA V OL 0.4 V Output high OH =2.4V (8mA) I OH ma Output high OH =2.4V (24mA) I OH ma Output low OL =0.4V (8mA) I OL ma Output low OL =0.4V (24mA) I OL ma Output Power VO1 VO mw Output Power VO2 VO mw

16 7.3 AC Electrical Characteristics Image Sensor Interface t CLK CLKS VSYNC HSYNC SDATA t VS t VH Parameter Symbol Min Typ Max Unit CLKS period t CLK 16 ns Setup time of V SYNC t VS 2 ns Hold time of V SYNC t VH 2 ns Setup time of H SYNC t HS 2 ns Hold time of H SYNC t HH 2 ns Setup time of SDATA t DS 2 ns Hold time of SDATA t DH 2 ns t HS t HH t DS t DH

17 7.3.2 Serial Control Interface t CCLK t CCLK I2CCLK I2CDATA I2CCLK I2CDATA I2CCLK I2CDATA t CSD Signaling of Start t CCLK t CSD Signaling of Stop t CDD Transmit data bit I2CCLK I2CDATA t CCLK t CDH Receive data Parameter Symbol Min Typ Max Unit I2CCLK period t CCLK ns I2CCLK period (fast I2C) t CCLK 2500 ns I2CDATA output delay at t CSD 0.25*t CCLK 0.25*t CCLK 0.25*t CCLK + 64 ns Start/Stop 64 I2CDATA output delay t CDD 0.25*t CCLK 0.25*t CCLK 0.25*t CCLK + 64 ns while transmitting 64 I2CDATA setup time t CDS 0 ns while receiving I2CDATA hold time while receiving t CDH 0 ns

18 7.3.3 Serial Flash Interface t FCS t FCH SPICS SPICLK SPIDO t FDS t FDH t FDD SPIDI Parameter Symbol Min Typ Max Unit SPICLK period t FCLK 64 ns SPICS setup time t FCS 64 ns SPICS hold time t FCH 64 ns SPIDO output delay t FDD 0.5*t FCLK 2 0.5*t FCLK 0.5*t FCLK + 2 ns SPIDI setup time t FDS 2 ns SPIDI hold time t FDH 2 ns

19 8 Package Dimensions pin LD QFN Package, 6x6x0.85mm

20 8.1.1 Dimension 6x6x0.85mm

21 9 Contact Information Corporate Headquarters 3F, No. 24-2, Industry E. Rd. IV, Hsinchu Science-Based Industrial Park, HsinChu, Taiwan, R.O.C. TEL: FAX: Taipei Office 10F, No.1, Alley 30, Lane 358, Rui-Guang Road, Neihu District, Taipei City 114, Taiwan (R.O.C.) TEL: FAX:

22 10 Revision History Revision Date Description /01/15 Initial release /05/02 Commercial release /11/04 Add LDO characters /09/15 Update platform supports Add AC electrical timing /09/16 Update maximum acceptable sensor pixel clock Fix typo on LDO description Fix typo on still image capture methods /10/06 Remove QFN 7x7 package dimension

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