VV6411C036 STMicroelectronics, VV6411C036 Datasheet
VV6411C036
Specifications of VV6411C036
Available stocks
Related parts for VV6411C036
VV6411C036 Summary of contents
Page 1
... DESCRIPTION STMicroelectronics Imaging Division has enhanced the feature set of the STV0680B low cost dual- mode camera chipset to allow a new line of low cost cameras or toy products to be brought to the market. STANDARD FEATURES ST have maintained the standard features already available in the successful STV0680B-001 chipset, ...
Page 2
Chapter 1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...
Page 3
STV0680B+ VV6410/6411/6500 5.1 General features ................................................................................................................ 26 5.2 Software installation ........................................................................................................... 26 Chapter 6 Detailed chipset specifications . . . . . . . . . . . . . . . . . . . . . . . ...
Page 4
Example parts list ............................................................................................................... 58 Chapter 12 Evaluation Kit and Reference design manual . . . . . . . . . . . . . . . . . . . . . . . . . .61 ...
Page 5
STV0680B + VV6444/6410/6500 Revision update Main changes applied since last release, version 3.3: Updated camera defect specification Version 3.4 5/63 ...
Page 6
... Digital camera chipset This document describes the features and functionality of a CMOS chipset, comprising an STMicroelectronics (ST) CIF or VGA resolution sensor and an STV0680B companion processor (DCA1), as well as outlining what peripheral components are required/supported in order to complete a camera using the chipset. Such a camera is particularly suited to dual-mode digital stills or toy applications ...
Page 7
STV0680B + VV6444/6410/6500 1.2 Co-processor choices Two revisions of the STV0680B are produced by ST. Although there are certain functional differences between these revisions, both have an identical pinouts and STV0680B-003 retains all the functionality of STV0680B-001, hence is backwards ...
Page 8
Introduction A greater number of images can be stored when ‘Low’ resolution mode is enabled (e.g. 80 QCIF images with 16Mbit memory, 107 QVGA images with 64Mbit memory). See Automatic anti-flicker exposure and gain control 1.4.2 Image features (STV0680B-003) All ...
Page 9
STV0680B + VV6444/6410/6500 1.4.6 User features on PC software (STV0680B-003) All PC software written for a STV0680B-001 camera will function with a STV0680B-003 camera which is only used to take still images/video. The SDK (version 2.90 or later) allows for: ...
Page 10
Detailed features 2 Detailed features 2.1 Sensor type and image formats The sensor type is auto-detected by STV0680B, which ensures that the correct sensor timing is enabled, and the correct image resolutions are enabled, as shown in For stills photography, ...
Page 11
STV0680B + VV6444/6410/6500 3 A CIF camera with STV0680B-001 and 64Mbit SDRAM can store up to 320 images by using QCIF mode. Where >99 images are still available, the LCD display will remain at 99. Where (no. of images available) ...
Page 12
Detailed features 1 Mode button (Wake-up/Switch between modes): This button allows the user (1.1) to wake the camera up from standby mode when the camera used for taking pictures, or (1.2) to switch between modes of operation ...
Page 13
STV0680B + VV6444/6410/6500 2.2.5 Custom sounds A camera which includes STV0680B-003 and Audio playback hardware can have a set of custom sounds downloaded from a PC application. A different sound can be associated with each of the following functions: Power ...
Page 14
Detailed features audio record and “delete last” functions into the user interface. The audio sample rate is 11.025kHz, and the signal is digitised using a successive approximation A-D converter with 8 bits resolution. The SDRAM stores 1 second of Audio ...
Page 15
STV0680B + VV6444/6410/6500 2.6 Anti-flicker exposure and gain control 2.6.1 General The chipset operates automatic exposure and gain control for either 50Hz or 60Hz mains-driven indoor lighting, using the same 12MHz crystal. This improves picture quality by selecting a set ...
Page 16
Camera modes of operation 3 Camera modes of operation This section refers to the two switches as discussed in section “Mode”: connects GPIO0 pin of STV0680B to GND when pressed “Shutter”: connects GPIO1 pin of STV0680B to GND when pressed ...
Page 17
STV0680B + VV6444/6410/6500 3.2 Modes available (STV0680B-003) Normal Audio Record: Ar Audio Playback: AP Delete Last Continuous Capture: Ct Self-Timer: St Clear All: CL Resolution Figure 4 : STV0680B-003modes ...
Page 18
Camera modes of operation Stored pictures may be uploaded any time, whether or not the camera is full. Plugging the USB connector into the camera will cause it to reset and issue a double beep but ...
Page 19
STV0680B + VV6444/6410/6500 3.3.6 Continuous mode - Ct Pressing the shutter button within 5 seconds will cause the camera to start taking pictures for as long as the shutter button is pressed down (and the camera is not full). If ...
Page 20
STV0680B hardware interfaces 4 STV0680B hardware interfaces 4.1 STV0680B pinout The STV0680B pinout has been carefully developed to minimise the physical size of the support printed circuit board by facilitating placement of and electrical routing to peripheral support components such ...
Page 21
STV0680B + VV6444/6410/6500 DCLK CKE t t CMS CMH READ Command ACTIVE A0-9,BA ROW A10 ROW CMS AH DQM DQ t RCD Figure 5 : SDRAM read timing (16Mbit device, burst read) ...
Page 22
STV0680B hardware interfaces Symbol Min. t 166. ½ ½ 82.88 CMS t 82.85 CMH t 82.88 AS Table 5 : Timing parameters for SDRAM read/write 4.3.3 SDRAM refresh period ...
Page 23
STV0680B + VV6444/6410/6500 4.5 UART module for RS232 interface The UART module on STV0680B provides a 115200 baud full duplex interface to an external Host. 4.5.1 RS232 physical interface STV0680B does not support direct connection to a serial link. Physical ...
Page 24
STV0680B hardware interfaces into Suspend mode (in the case of VV6410/6411/6500). This has a significant improvement on battery life. 4.6.3 Battery type This is hardware dependant. The schematics referred to in 1.5V cells. 4.7 Quartz crystal Regardless of the sensor ...
Page 25
STV0680B + VV6444/6410/6500 With STV0680B-003, these pins are used, as detailed in GPIO Audio Record Audio Playback Flashgun Their specific functions are detailed in the reference design and in the following documents available from ST: Audio: Application note AN1310 Flashgun: ...
Page 26
Software support 5 Software support 5.1 General features The chipset is a dual-mode camera, i.e. stills and video, and is supported by a range of demonstration software, standard drivers, and software development options. Driver software is available to support both ...
Page 27
STV0680B + VV6444/6410/6500 5.2.1 Driver support available Interface type: PC Operating system: Mac OS STV0680B-001 STV0680B-003 5.2.2 EVK software Note: The following is also supplied with evaluation kits/demonstration units, but all the following software is only for demonstration purposes and ...
Page 28
Detailed chipset specifications 6 Detailed chipset specifications 6.1 Typical camera specifications The following data assumes that the camera has been built according to reference design shown in Chapter 6 Supply Voltage Operating Temperature range Max. RS232 cable length supported CIF ...
Page 29
STV0680B + VV6444/6410/6500 6.2 STV0680B companion processor Parameter Supply voltage Current consumption (normal operation) Stand-by current consumption (untethered standby or tethered PC suspend mode) Operating temperature range Package Exposure control Storage Temperature (Approximate) Parameter Description VDD Power Supply V USB ...
Page 30
Detailed chipset specifications 4 Z includes an external resistor of 20 Ohms serial to this transceiver. DRV Parameter Peak to peak jitters Duty cycle Operating voltage range Input low voltage Input high voltage pull in Time + Locking Time Output ...
Page 31
STV0680B + VV6444/6410/6500 Package type Operating Temp. range Current consumption ’Snapshot’/self-timer/continuous/tethered video modes of operation Stand-by/PC Suspend Mode, sensor powered off (see Note 2 ) Stand-by/PC Suspend Mode, sensor powered on (See Note 3 ) Note: 1 48dB refers to ...
Page 32
Detailed chipset specifications 6.4 VV6410/6411 and VV6500 sensors Colour Image Format Pixel Size Image array size Array Format Sensor signal / Noise ratio Package type Supply Voltage Operating Temp. range Current consumption ’Snapshot’/self-timer/continuous/tethered video modes of operation Stand-by Mode/PC Suspend ...
Page 33
STV0680B + VV6444/6410/6500 6.5 Typical current consumption of complete camera The following data assumes that the camera has been built according to reference design referred to in Chapter 6 Figures are approximate and depend on actual components sources - see ...
Page 34
Detailed chipset specifications 6.5.2 Using VV6410/6411/6500 (sensor operates at @ 3.3V DC) Mode ’Snapshot’/Continuous/ Self timer mode (while un-tethered) ’Snapshot’/Continuous/ Self timer mode (while tethered to PC) While playing back audio sounds through speaker Standby Mode (when NOT connected to ...
Page 35
STV0680B+ VV6410/6411/6500 7 STV0680 Camera System Defect Specification Note: The information in this chapter is subject to change without notice. Contact ST for precise details and information on correct driver versions. 7.1 General ST CMOS Sensors can contain defects as ...
Page 36
STV0680 Camera System Defect Specification VV6500-C001 7.3.2 Companion ASIC The defect specification applies to the Camera System, if any of the following companion ASICs are used, subject to the firmware notes shown in STV0680 STV0680A STV0680B 7.3.3 Companion ASIC Firmware: ...
Page 37
STV0680B+ VV6410/6411/6500 Sensors VV6410/6411/6444 and VV6500 shipped before end Q1 2001 require Anti-speckle 1 Sensors VV6500 shipped after start Q2 2001 require Anti-speckle 2 7.4 Definition of the "Test Conditions" 7.4.1 Optics No Lens or IR filter No dirt on ...
Page 38
STV0680 Camera System Defect Specification Figure 8 : Histogram of No “Visible” defects; Mean = 139; Minimum = 90 38/63 Figure “Visible” defects Version 3.4 STV0680B+ VV6410/6411/6500 Defect ...
Page 39
STV0680B+ VV6410/6411/6500 Minimum Figure 10 : Histogram of image with “Visible” defect; Mean = 145; Minimum = 0 7.6 Definition of the "Final Colour Image" This means the Bitmap (.bmp) image displayed by the PC software as described in 7.7 ...
Page 40
STV0680B pinout information and package dimensions 8 STV0680B pinout information and package dimensions 8.1 STV0680B pinout Pin no. Signal Sensor Interface 69 SENSPWR 68 SENSRST 60 SCL 61 SDA 62 SD3 63 SD2 64 SD1 65 SD0 66 QCLK 67 ...
Page 41
STV0680B+ VV6410/6411/6500 Pin no. Signal USB Interface 42 USBDETECT 43 DATA+ 44 DATA- RS232 Interface 58 TXD 59 RXD STV0680B Master Clocks and Reset 48 XIN 49 XOUT 51 RESET System Memory (SDRAM) Interface 20 DQMU 22 DCLK 24 CKE ...
Page 42
STV0680B pinout information and package dimensions Pin no. Signal 41 AD4 40 AD3 38 AD2 36 AD1 34 AD0 32 AD10 26 AD12 30 AD13 RAS 21 CAS DQML 16 DQ7 14 DQ6 12 ...
Page 43
STV0680B+ VV6410/6411/6500 Pin no. Signal 100 DQ0 2 DQ15 5 DQ14 7 DQ13 9 DQ12 11 DQ11 13 DQ10 15 DQ9 17 DQ8 LCD Interface 85 LCDCOM 93 LCD1_6 94 LCD1_5 95 LCD1_4 96 LCD1_3 97 LCD1_2 98 LCD1_1 99 ...
Page 44
STV0680B pinout information and package dimensions Pin no. Signal 90 LCD2_2 91 LCD2_1 92 LCD2_0 Piezo Interface 84 PIEZO Battery Level Comparator Interface 80 LO_BAT 79 LO_BAT_REF Power and Ground 1, 27, 50, DVSS[1-5] 56 29, 57, DVDD[1-4] ...
Page 45
STV0680B+ VV6410/6411/6500 Key SL slew rate limited output OD open drain output S Schmidt input A Analogue input/output T 5V tolerant pad (these pads do not have diode protection) Note: 1 GPIO are not ‘general purpose’, in the sense that ...
Page 46
STV0680B pinout information and package dimensions 8.2 STV0680B pin description DVSS1 1 DQ15 2 DVDD1 3 DQ1 4 DQ14 5 DQ2 6 DQ13 7 DQ3 8 DQ12 9 DQ4 10 DQ11 11 DQ5 12 DQ10 13 DQ6 14 DQ9 15 ...
Page 47
STV0680B+ VV6410/6411/6500 8.3 STV0680B package dimensions Note: Pin pitch is 0.65mm STV0680B pinout information and package dimensions Version 3.4 47/63 ...
Page 48
VV6410/6411 pinout information and package dimensions 9 VV6410/6411 pinout information and package dimensions 9.1 VV6410/6411 pinout 23 22 D[1] 24 D[2] 25 D[3] 26 D[4] 27 LST/D[5] 28 FST/D[6] 29 CLKI 30 D[ QCK 33 34 Figure 12 ...
Page 49
STV0680B + VV6410/6411/6500 9.2 VV6410/6411 pin description Name Pin Number Power supplies AVSS 10 SRAMVSS 17 VDDcore/ 34 Reg3V3 VDDio 33 VSScore 22 VSSio 23 Analogue signals VBG 1 AIN 4 AOutP 5 AOutN 6 VDDHI 9 VBase 35 Vbus ...
Page 50
VV6410/6411 pinout information and package dimensions Name Pin Number Digital control signals RESETB 21 SUSPEND 12 Serial interface SCL 15 SDA 14 System clocks CLKI 30 Not connected 18, 19 Key A Analogue Input OA Analogue ...
Page 51
STV0680B + VV6410/6411/6500 9.3 VV6410/6411 package dimensions (36pin LCC). 10.668 SQ. -0.13 8.636 SQ. ±0.13 7.366 SQ. ±0. Note: 1 Die is optically centred 2 Refractive Index of Glass is approx. 1.52 VV6410/6411 pinout information and ...
Page 52
VV6410/6411 pinout information and package dimensions . Note: 1 Die is optically centred 2 Refractive Index of Glass is approx. 1.52 52/63 8.128 ±0.13 1.016 typ Pin n°1 INDEX 0.508 Typ. Figure 14 : ...
Page 53
STV0680B+ VV6410/6411/6500 10 VV6500 pinout information and package dimensions 10.1 VV6500 pinout RESET 32 D[0] 33 D[1] 34 D[2] 35 D[3] 36 D[4] 37 LST/D[5] FST/D[ CLKI/CLKIP 40 CLKIN 41 D[7] 42 QCK 43 44 ...
Page 54
VV6500 pinout information and package dimensions 10.2 VV6500 pin description Name Pin Number Power supplies AVSS 11 SRAMVSS 21 VDDio 43 VSScore 29 VSSio 30 SRAMVSS 21 Analogue signals VBG 1 AIN 4 AOutP 5 AOutN 6 VDDHI 9 VBase ...
Page 55
STV0680B+ VV6410/6411/6500 Name Pin Number Digital video interface D[4] 36 D[3] 35 D[2] 34 D[1] 33 D[0] 32 QCK 42 CLKIN 40 LST/D[5] 37 FST/D[6] 38 D[7] 41 OEB 20 Digital control signals RESETB 31 SUSPEND 31 Serial interface SCL ...
Page 56
VV6500 pinout information and package dimensions 10.3 VV6500 package dimensions (48 pin LCC) 0.33 min. B/F EXPOSURE 5.20 Ref. 56/63 +0.30 . 14.22 SQ -0.13 11.414 ±0.13 9.89 ±0. 0.20 ...
Page 57
STV0680B+ VV6410/6411/6500 18 7 R0.15 REF. 4 CORNERS Note: 1 Die is optically centred 2 Refractive Index of Glass is approx. 1.52 VV6500 pinout information and package dimensions 11.176 ±0.13 Typ. 11.016 ±0.08 typ. 19 Pin n°1 Index diam. 0.51 ...
Page 58
Schematics and example parts list 11 Schematics and example parts list 11.1 Schematics Support schematics are shown in the following documents: STV0680+VV6444 Reference Design Manual STV0680B+VV6410/6411/6500 Reference Design Manual Both are available in the OEM section of the ST Imaging ...
Page 59
STV0680B + VV6410/6411/6500 # Qty Refdes LCD1 19 1 LED1 Q2 Q10 ...
Page 60
Schematics and example parts list # Qty Refdes 49 1 R21 50 1 R64 51 1 R36 52 2 R39, R40 53 1 R50 54 1 SW1 55 2 SW2, SW3 56 1 SW4 TP1, TP2, 58 ...
Page 61
... Including Audio, Custom sounds, and Flashgun STV0680B companion processor Evaluation Kit for STV0680B+VV6410 Evaluation Kit for STV0680B+VV6500 Table 23 : Ordering details for the STV0680B + VV6410/6411/6500 Evaluation Kit and Reference design manual Description Version 3.4 Part number VV6410C036 VV6411C036 VV6500C001 STV0680B-001 STV-DCA/CIF-E01 STV-DCA/VGA-E01 STV0680B-003 STV-DCA/CIF-E04 STV-DCA/VGA-E04 61/63 ...
Page 62
... Evaluation Kit and Reference design manual 12.2 Technical support Technical support information, such as datasheets, software downloads,etc, for products of the STMicroelectronics Imaging Division can be found at on Imaging products) General sales/technical enquiries can be directed to regional email contacts: asiapacific.imaging@st.com centraleurope.imaging@st.com france.imaging@st.com japan.imaging@st.com nordic.imaging@st.com southerneurope.imaging@st.com ukeire ...
Page 63
... STMicroelectronics. Specifications mentioned in this publication are subject to change without notice. This publication supersedes and replaces all information previously supplied. STMicroelectronics products are not authorized for use as critical components in life support devices or systems without express written approval of STMicroelectronics. The ST logo is a registered trademark of STMicroelectronics Australia - Brazil - China - Finland - France - Germany - Hong Kong - India - Italy - Japan Malaysia - Malta - Morocco - Singapore - Spain - Sweden - Switzerland - United Kingdom - U ...