Beiträge von Frank

  • Sensoren

  • Prozessoren

    2015 - A12W: 28-nm wearable camera SoC (Polizeikamera)

    • Processor Cores

      • ARM® Cortex™-A9 up to 504 MHz
      • 32KB / 32KB I/D and 128 KB L2 Cache
      • AES / 3DES / SHA-1 / MD5 Cryptography Engine
      • Ambarella Image and Video DSPs
    • Sensor and Video I/O

      • RGB Bayer interface to popular sensors

        • 8 lanes MIPI mode
        • 10 lane SLVS / HISPI mode
      • 24-bit RGB out, HDMI® 1.4a with PHY out
      • PAL/NTSC composite SD video out
    • CMOS Sensor Processing

      • 32 MPixels maximum resolution
      • Lens shading, fixed pattern noise correction
      • Multi-exposure HDR (line-interleaved sensors)
      • WDR local exposure
    • Image Processing

      • 3D motion compensated noise reduction (MCTF)
      • Adjustable AE / AWB / AF
      • Lens Distortion Correction (LDC) for wide angle lens
      • Tilt correction
      • Defect pixel correction
      • Geometric and chroma lens distortion correction
      • Backlight compensation
      • Electronic Image Stabilization
      • Crop, mirror, flip, 90°/270° rotation
    • Video Encoding

      • H.264 codec BP / MP / HP Level 5.1 and MJPEG
      • 4M@15 fps high resolution encoding performance
      • WVGA@240 fps high frame rate encoding performance
      • Simultaneous 1080p30 + 720p30 supported
      • Multiple CBR and VBR rate control modes
    • Memory Interfaces

      • DDR3 / DDR3L up to 400MHz
      • 16-bit / 32-bit data bus
      • Three SD controllers with SDXC SD™ Card
      • NAND flash, SLC with ECC
      • Boot from SPI-NOR, SPI-EEPROM, NAND flash, USB or eMMC
    • Peripheral Interfaces

      • Two USB 2.0 ports with Device and Device / Host w/PHY
      • Multiple SSI / SPI, I2C, and UART
      • Multiple PWM, Stepper, and ADC channels
      • Many GPIO ports, PWM, Steppers, IR, ADC
      • Watchdog Timer, multiple general purpose timers, JTAG, I2S
    • Physical

      • Low-power 28-nm CMOS fabrication
      • TFBGA package with 404 balls, 15x15 mm, 0.65 mm pitch
    • Evaluation Kit (EVK)

      • A12 main board with connectors for sensor/lens board, peripherals
      • Sensor board: Omnivision, Sony, and others
      • Data sheet, BOM, schematics, and layout
      • Reference application with C source code
    • Software Development Kit (SDK)

      • Dual OS ThreadX/Linux with patches, drivers, tools, and application source code
      • Royalty-free libraries for ISP, 3A, dewarp, and codecs
      • Image tuning and manufacturing calibration tools
      • Detailed documentation with programmer’s guide, application notes

    2015 - A12S: 28-nm SoCs for flying cameras

    • Processor Cores

      • ARM® Cortex™-A9 up to 792 MHz
      • 32 KB / 32 KB I/D and 128 KB L2 Cache
      • AES / 3DES / SHA-1 / MD5 Cryptography Engine
      • Ambarella Image and Video DSPs
    • Sensor and Video I/O

      • RGB Bayer interface to popular sensors

        • 8 lane MIPI mode
        • 10 lane SLVS / HiSPi™ mode
      • 24-bit RGB out, HDMI® 1.4a with PHY out
      • PAL / NTSC composite SD video out
    • CMOS Sensor Processing

      • 32 MPixels maximum resolution
      • Lens shading, fixed pattern noise correction
      • Multi-exposure HDR (line-interleaved sensors)
      • Wide Dynamic Range (WDR) local exposure
    • Image Processing

      • 3D motion-compensated noise reduction (MCTF)
      • Adjustable AE / AWB / AF
      • Lens Distortion Correction (LDC) for wide-angle-lens
      • Defect pixel correction
      • Geometric and chroma lens distortion correction
      • Backlight compensation
      • Electronic Image Stabilization and tilt correction
      • Crop, mirror, flip, 90° / 270° rotation
    • Video Encoding

      • H.264 codec BP / MP / HP Level 5.1 and MJPEG
      • 4M@30 fps or 1080p@100 fps encoding performance
      • 720p@240 fps high frame rate encoding performance
      • Simultaneous 1080p30 + 720p30 supported
      • Multiple CBR and VBR rate control modes
    • Memory Interfaces

      • DDR3 / DDR3L up to 600 MHz
      • 16-bit / 32-bit data bus
      • Three SD controllers, including SDXC™ / UHS-1 support
      • NAND flash, SLC with ECC
      • Boot from SPI-NOR, SPI-EEPROM, NAND flash, USB or eMMC
    • Peripheral Interfaces

      • Two USB 2.0 ports with Device and Device / Host w / PHY
      • Multiple SSI / SPI, IDC / I2C, and UART
      • Many GPIO ports, multiple PWM, Steppers, IR, ADC
      • Watchdog Timer, multiple general purpose timers, JTAG, I2S
    • Physical

      • 28-nm low-power CMOS
      • Operating temperature: -20°C to +85°C
      • LFBGA package with 404 balls, 15x15 mm, 0.65 mm pitch
    • Evaluation Kit (EVK)

      • A12 main board with connectors for sensor/lens board, peripherals
      • Sensor board: Omnivision, Sony, and others
      • Data sheet, BOM, schematics, and layout
      • Reference application with C source code
    • Software Development Kit (SDK)

      • Dual OS ThreadX/Linux with patches, drivers, tools, and application source code
      • Royalty-free libraries for ISP, 3A, dewarp, and codecs
      • Image tuning and manufacturing calibration tools
      • Detailed documentation with programmer’s guide, application notes

    2015 - A9SE: 28-nm SoCs for flying cameras

  • Prozessoren

    2013 - A9: Ultra HD 4K sports camera SoC

    • Processor Cores

      • Dual Core ARM® Cortex™-A9 @ up to 1 GHz

        • NEON™ and FPU acceleration
      • Ambarella Image and Video DSPs
      • Cryptography Engine
    • Sensor and Video I/O

      • Dual sensor interfaces

        • 12-lane SLVDS/HiSPi™/subLVDS, 4-lane MIPI™, or 16-bit
        • 1-lane SLVDS/MIPI
      • BT.601/656/1120 video in and BT.656/1120 out
      • 24-bit RGB out, HDMI® 1.4a with PHY out
      • PAL/NTSC composite SD video out
    • Front End Sensor Processing

      • 32 MPixels maximum resolution
      • 700 MHz maximum pixel rate
      • Lens shading, fixed pattern noise correction
      • Multi-exposure HDR
      • WDR local exposure
    • Video Encoding

      • H.264 codec BP/MP/HP Level 5.1 and MJPEG
      • Ultra HD 4K encode performance
      • 1080p120, 720p240 modes
      • Low bitrate/high quality encoding
      • On-the-fly change of multiple encoding parameters
      • Flexible GOP configuration
      • Multiple CBR and VBR rate control modes
    • Image Processing

      • 3D motion compensated noise reduction (MCTF)
      • Electronic Image stabilization (EIS)
      • Adjustable AE/AWB/AF
      • High quality polyphase scalers
      • Crop, mirror, flip, 90° rotation
    • Memory Interfaces

      • DDR3/DDR3L
      • 32-bit data bus
      • Dual SMIO with SDXC SD™ Card Support
      • NAND flash, SLC with ECC
      • Boot from NAND, SPI EEPROM, USB or eMMC
    • Peripheral Interfaces

      • GMAC Ethernet with GMII / MII
      • USB2.0 HS Device or Host w/PHY
      • Multiple I2S, SSI/SPI, IDC, and UART
      • Many GPIO ports, Multiple PWM, Steppers, IR, ADC
      • Watchdog Timer, multiple general purpose timers, JTAG
    • Physical

      • 32nm Low Power CMOS
      • < 1W for 1080p60 encode
      • < 2W for Ultra HD 4K encode
      • Operating temperature 0°C to 70°C
      • TFBGA package with 404 balls, 15x15 mm, 0.65 mm pitch
    • Hardware Platform

      • Main board with A9 and sensor board with C/CS mount lens
      • Sensor: Aptina, OmniVision, Samsung, Sony—many choices available
    • Software Development Kit (SDK)

      • Royalty-free libraries for ISP, 3A, and codecs
      • Demonstration DV/DSC camera application with full source code
      • Extensive and fully documented middleware API library suite
    • Documentation

      • Programmer’s guide, application notes, API documents
      • SoC data sheet, BOM, schematics and layout files

    2013 - A7LA

    • Image Sensor Interface

      • 480 MPixels/s sensor data input
      • LVDS, sub-LVDS, SLVS/MLVS
      • LVCMOS, Parallel, MIPI
    • High Performance Automotive Video Engine

      • Super HD 3MP @ 30fps, Full 1080p HD @ 60fps and Wide Full HD @ 30fps
      • Simultaneous encode of two high resolution 1080p30 streams for front and rear cameras
      • Advanced Night Vision with super resolution over-sampling, 3D noise filters and dynamic tone mapping
      • Real time geometric distortion correction (de-warp) filter
      • Advanced automotive dynamic range engine with local exposure, highlight and tone adjustment
      • Automotive smart auto exposure (AE) with scene detection, object detection and dynamic AE
      • Continuous looping, motion detection and event-based / emergency video
    • Powerful CPU for Advanced Driver Assistance

      • Up to 700 MHz ARM1136J-S
      • Includes Lane Departure Warning System (LDWS)
      • Forward Collision Warning System (FCWS)
      • Forward Car Movement Detection (FCMD)
      • Low Light Warning (LLW)
    • File Formats

      • Audio: AAC (Two-channel LC, HEAAC, HEAAC v2), ADPCM / LPCM / PCM
      • Video File: MP4. MOV, AVI, TS
      • Photo File: JPG
    • Advanced Video and Display Processing

      • BP/MP/HP H.264 Level 5.0 and MJPEG encode
      • Crop, mirror, flip, scale functions and LCD rotation
      • Alpha-blending OSD; text, overlays
      • Multiple video output ports
    • Low Power and Low Cost DDR Interface

      • 16-bit DDR3, DDR3L, DDR2, LPDDR2 up to 400 MHz
      • Integrated DRAM option for simplified system design
    • Peripheral Support

      • Two SDIO for SD Card and 3G/4G/WiFi networking
      • USB 2.0 device
      • BT.656/1120 YUV 108MHz video in/out
      • Popular LCD panel controllers (RGB mode)
      • HDMI 1.4 with CEC support
      • SSI/SPI, IDC, I2S, PWM, GPIO, UART, NAND, JTAG
      • Real-time clock and watchdog timer
    • Physical

      • 32nm LP CMOS technology
      • 328-pin FBGA package, 14mm x 14mm and 11mm x 11mm package available
    • Hardware Platform

      • Main board with A7LA and sensor board with C/CS mount lens
      • Sensor: Aptina, OmniVision, Panasonic, Sony — many choices
    • Software Development Kit (SDK)

      • eSol ultron OS and development tools
      • Full support of dual OS simultaneous operation (Linux+ultron)
      • Demonstration automotive camera application with full source code
      • Extensive and fully documented middleware API library suite
    • Documentation

      • Programmer’s guide, application notes, API documents
      • SoC data sheet, BOM, schematics and layout files
    • Kameras:

    2015 - A12A

    • Image Sensor Interface

      • 500 MPixels/s sensor data input
      • LVDS, sub-LVDS, SLVS/MLVS
      • LVCMOS, Parallel, MIPI, HiSPi™
    • High Performance Automotive Video Engine

      • Quad HD 4MP @ 30fps, Full 1080p HD @ 60fps
      • Simultaneous encode of two high-resolution Quad HD 4MP @ 30fps streams for front and rear cameras
      • Advanced Night Vision with super-resolution oversampling, 3D noise filters and dynamic tone mapping
      • Real-time geometric distortion correction (de-warp) filter
      • Advanced automotive dynamic range engine with local exposure, highlight and tone adjustment
      • Automotive smart auto exposure (AE) with scene detection, object detection and dynamic AE
      • Continuous looping, motion detection and event-based /emergency video
    • Powerful CPU For Advanced Driver Assistance

      • ARM® Cortex™-A9 @ up to 792 MHz
      • 32 KB / 32 KB I/D and 128 KB L2 Cache
      • AES / 3DES / SHA-1 / MD5 Cryptography Engine
      • Ambarella Image and Video DSPs
      • Includes Lane Departure Warning System (LDWS)
      • Forward Collision Warning System (FCWS)
      • Forward Car Movement Detection (FCMD)
      • Low Light Warning (LLW)
    • File Formats

      • Audio: AAC (Two-channel LC, HEAAC, HEAAC v2), ADPCM / LPCM / PCM
      • Photo File: JPG
    • Advanced Video and Display Processing

      • BP / MP / HP H.264 Level 5.0 and MJPEG encode
      • Crop, mirror, flip, scale functions and LCD rotation
      • Alpha-blending OSD; text, overlays
      • Multiple video output ports
    • Memory Interfaces

      • DDR3 / DDR3L up to 600 MHz
      • 16-bit / 32-bit data bus
      • Three SD controllers with SDXC SD™ Card
      • NAND flash, SLC with ECC
      • Boot from SPI-NOR, SPI-EEPROM, NAND flash, USB or eMMC
    • Peripheral Interfaces

      • Two USB 2.0 ports with Device and Device / Host w/PHY
      • Multiple SSI / SPI, I2C / IDC, and UART
      • Multiple PWM, Stepper, and ADC channels
      • Numerous GPIO ports, PWM, Steppers, IR, ADC
      • Watchdog Timer, multiple general-purpose timers, JTAG, I2S
    • Physical

      • 28-nm low-power CMOS
      • Two LFBGA packages available:
      • 404 balls, 15x15 mm, 0.65 mm pitch
      • 256 balls, 11x11 mm, 0.65 mm pitch
      • Operating temperature: -20 ̊C to +85 ̊C or -40 ̊C to +105 ̊C
    • Evaluation Kit (EVK)

      • A12 main board with connectors for sensor/lens board, peripherals
      • Sensor board: Omnivision, Sony, and others
      • Data sheet, BOM, schematics, and layout
      • Reference application with C source code
    • Software Development Kit (SDK)

      • Dual OS ThreadX/Linux with patches, drivers, tools, and application source code
      • Royalty-free libraries for ISP, 3A, dewarp, and codecs
      • Image tuning and manufacturing calibration tools
      • Detailed documentation with programmer’s guide, application notes

  • eBay Fake Auktionen: 1080P 2.0" HD 16MP DVR Auto Kamera Video Rekorder Überwachung DashCam Camcorder

    Bei eBay stellt der Verkäufer egrow Auktionen "1080P 2.0" HD 16MP DVR Auto Kamera Video Rekorder Überwachung DashCam Camcorder" ein, bei welchen niemand den Artikel erhält, weil der Mindestpreis nicht erreicht wird. Im Moment sind es die Auktionen 231763434873 und 231763815424. Abgelaufen sind 361432752886, 361429302956 und 351578814800. Sicher wird es noch mehr geben.

    Daneben bietet er die selbe Kamera auch zum Sofortkauf für 89,99 € an. Zum Beispiel 361319984218. Dort steht jetzt 3 verkauft und 0 verfügbar.

    Am 21.11.2015 hatte ich ihm einen Preisvorschlag von 80 € für eine Kamera bei Abnahme von zwei Kameras geschickt. Nach der Email von eBay waren 50 Kameras verfügbar. Der Preisvorschlag wurde abgelehnt. Die höchste Auktion lag bei knapp 70 €, ohne dass der Höchstbietende die Kamera bekam.

    Es lohnt sich also nicht, bei diesen Auktionen mitzubieten, da der Mindestpreis nie erreicht wird. Man kann sich also gleich nach einem anderen Angebot umsehen.

  • GS8000L Besitzer - viele Fragen

    In GB sind Dashcams normal, gibt Rabatt in der Versicherung. Vielleicht sollten sich mal ein paar Europaabgeordnete dran machen und eine europäische Regelung ausarbeiten. Selbstverständlich eine bürgerfreundliche. Und wenn sie Dashcams verbieten sollten sie gleich alle anderen Actionscam usw mit verbieten. Dann gibt es einen Aufstand.

  • Klebehalter

    Die Kugel ist an dem Teil, dass an die Kamera kommt. Bei der Lenivo V5 und meinen Navigon-Navi sind die Kugeln 16 mm.

    Dann werde ich vermutlich den Umbau vornehmen. Ist vermutlich am einfachsten.

  • GS8000L Besitzer - viele Fragen

    Zitat von magic5

    ... Da der Gleicheitsgrundsatz gilt, kann ein Kfz-Lenker gegenüber einem Motorrad- Fahrrad- oder Skifahrer nicht schlechter gestellt werden.


    In Deutschland gilt die Gleichheit nur im Recht, nicht im Unrecht. Heißt, wenn bei jemanden etwas geduldet wird, was eigentlich nicht erlaubt ist, kann sich der andere nicht unbedingt auf den Gleichheitsgrundsatz berufen. Es sei denn die Duldung ist die Regel. Dann kann es anders aussehen.

  • Prozessoren

    Homepage: http://www.ambarella.com/

    2005 - A1: single-chip 1080i60 H.264 broadcast-class encoder

    2007 - A2

    2008 - A3: single-chip 1080p60 H.264 broadcast-class encoder

    2009 - A5: 65-nm video and still picture camera chip

    2009 - A6

    • Video Input/Output

      • CCIR.601/656 in (up to 148.5MHz)
      • Two ITU-R BT.601/656 out (16/24-bit YUV)
      • Four MPEG-2 TS (4-wire serial and 8-bit parallel)
    • Video CODECs

      • H.264 BP/MP/HP up to Level 4.1
      • MPEG-2 MP@ML/HL
      • 1920x1080p60 H.264/MPEG-2 encode/decode
      • Full decode-encode transcoding

        • 1920x1080i60 H.264 <> MPEG-2 transcode
        • Dual 1080i60 MPEG-2 to SD transcode
        • HD/SD to multi-stream progressive transcode
        • Multi-resolution, multi-rate, multi-profile
        • PTS preservation throughout system
        • Discontinuity and meta data handling
      • Wide range of coding modes

        • Low delay and high compression
        • High-precision ME and MD
        • Hierachical B, Rate-Distortion Optimization, Multiple Ref Frames, Adaptive QP, etc
      • Other

        • Scene detection
        • Telecine handling
        • F-code assessment
        • Advanced CBR/VBR rate control
    • Image Processing

      • 3D MCTF noise reduction, color space conversion, alpha-blending OSD, picture statistics, scaling
    • Audio

      • AAC/AC-3 decode/encode
      • AC-3 5.1 encode, MP3 decode
    • CPU

      • ARM926EJ-S + Ambarella multi-core DSP engine
      • AES/DES/3DES cryptographic acceleration
    • Peripherals

      • 32-bit DDR2 or DDR3
      • 32-bit Host i/f (Intel/Motorola style)
      • 2x I2S ports (6-ch)
      • HDMI 1.2
      • USB 2.0 Device
      • NAND/EEPROM
      • SSI/SPI, I2C, GPIO, UART, JTAG, SDIO, RTC, WDT
    • Physical

      • Power typical 2.5 Watts incl. DDR3
      • 596-ball PBGA, 21x21mm
    • Hardware Platform

      • A6 main board
      • Video input and ASI input/output card
      • JTAG adapter
    • Software Development Kit (SDK)

      • eSol RTOS and tool chain
      • Encoder/transcoder demo application with ARM source
    • Documentation

      • Programmer’s guide, application notes
      • A6 datasheet, BOM, schematics and layout

    2010 - A5s: first 45-nm chip

    • Image Sensor Interface

      • SLVDS, HiSPI™, MIPI CSI-2, and parallel interfaces
      • 240MPixels/s processing, equivalent to 8MP@30fps
    • Advanced Image Processing

      • High ISO : 1600, 3200, 6400 (one picture/second)
      • 3D color transform with arbitrary correction
      • Geometric distortion correction
      • Local exposure adjustment
      • MCTF 3D noise reduction
      • Saturation, Brightness, Contrast
      • DIS and EIS with integrated Gyro reading and rolling shutter compensation
      • High-speed capture
      • High-speed face detection and tracking
    • Advanced Video and Display Processing

      • BP/MP/HP H.264 Level 5.0 and MJPEG
      • Up to 1920x1080p30 resolution with simultaneous second mobile stream
      • Crop, Mirror, Flip, Scale functions
      • Alpha-blending OSD; text, overlays
      • LCD rotation
    • CPU

      • 528MHz ARM1136J-S
      • AES/DES/3DES cryptographic acceleration
    • Memory

      • 16-bit SDRAM interface
      • DDR2/DDR3/Mobile DDR/Mobile DDR2
    • Peripherals

      • SDIOx2 for SD Card and 3G/WiFi
      • USB 2.0 Device
      • BT.656/1120 YUV 108MHz video in/out
      • HDMI 1.3 out (PHY on-chip)
      • I2S audio in/out
      • NAND Flash
      • 16-bit Host i/f
      • SSI/SPI, IDC, PWM, GPIO, RS-232C/485, JTAG
      • Real-time clock
      • Watchdog timer
    • Physical

      • 45nm LP CMOS technology
      • Operating temperature: 0 ̊C to +70 ̊C
      • 404 pin TFBGA, 15x15mm
    • Hardware Platform

      • Main board with A5s and sensor board with C/CS mount lens
      • Sensor : Aptina, OmniVision, Sony — many choices available
    • Software Development Kit (SDK)

      • eSol ultron OS and development tools
      • Demonstration DV/DSC camera application with full source code
      • Extensive and fully documented middleware API library suite
    • Documentation

      • Programmer’s guide, application notes, API documents
      • SoC datasheet, BOM, schematics and layout

    2010 - A7: 45-nm 1080p60 HD camera chip

    • Image Sensor Interface

      • 500 MPixels/s processing, equivalent to 8MP@60fps
      • LVDS, SLVS/MLVS, LVCMOS, HiSPi™, Parallel
    • Advanced Image Processing

      • High-speed capture 500 Mpixels/s
      • Advanced MCTF 3D noise reduction
      • High ISO : 1600, 3200, 6400 (one picture/second)
      • Many enhanced noise filters for optimal low light
      • 3D color transform with arbitrary correction
      • Local exposure adjustment
      • Real time 1080p60 Geometric Distortion (Warp) Filter

        • Better image quality for zoom lens systems
        • Better correction of warping effects of wide angle lens systems
      • DIS and EIS

        • Integrated gyroscope reading (to ISP)
        • Advanced rolling shutter compensation
      • High-speed face detection and tracking

        • 30 faces at 1080p60
    • Hardware Audio Processing

      • AAC/AC3 stereo encode/decode
      • AC3 5.1 channel encode
      • MP3 decode support
    • Advanced Video and Display Processing

      • BP/MP/HP H.264 Level 5.0 and MJPEG encode
      • Fully compliant H.264 decode
      • Crop, mirror, flip, scale functions and LCD rotation
      • Alpha-blending OSD; text, overlays
      • Multiple video output ports
    • Powerful CPU for Rich GUI Experience

      • 528MHz ARM1136J-S
    • Peripheral Support

      • 32-bit DDR3 interface up to 336MHz

        • 16-bit bus interface also supported
      • AES/DES/SHA1 and MD5 cryptographic acceleration
      • SDIOx2 for SD Card and 3G/4G/WiFi
      • USB 2.0 device
      • BT.656/1120 YUV 108MHz video in/out
      • Touch screen LCD input; HDMI 1.3 output (with PHY)
      • 16-bit host interface
      • SSI/SPI, IDC, I2S, PWM, GPIO, UART, NAND, JTAG
      • Real-time clock and watchdog timer
    • Physical

      • 45nm LP CMOS technology
      • Operating temperature: 0˚C to +70˚C
      • 528-pin FBGA package, 15 x 15mm
    • Hardware Platform

      • Main board with A7 and sensor board with C/CS mount lens
      • Sensor : Aptina, OmniVision, Samsung, Sony — many choices available
    • Software Development Kit (SDK)

      • eSol ultron OS and development tools
      • Full support of dual OS simultaneous operation (Linux+ultron)
      • Demonstration DV/DSC camera application with full source code
      • Extensive and fully documented middleware API library suite
    • Documentation

      • Programmer’s guide, application notes, API documents
      • SoC data sheet, BOM, schematics and layout files
    • Kameras:

    2011 - A7L: first 32-nm 1080p60 camera SoC

    • Image Sensor Interface

      • 480 MPixels/s processing
      • LVDS, sub-LVDS, SLVS/MLVS
      • LVCMOS, Parallel, MIPI
    • Advanced Still Picture and Video Processing

      • High-speed RAW capture of 16MP at 30 fps
      • Multi-frame high ISO and HDR support
      • 3D color transform with arbitrary correction
      • Flash light support for multi-frame night photography
      • Hardware support for panorama sweep photography
      • Still picture and video effects such as watercolor painting, drawing, miniature, pop color, and soft focus
      • Real time 1080p60 geometric distortion (warp) filter

        • Better image quality for zoom lens systems
        • Better correction of warping effects of wide angle lens systems or small form factor lenses
      • Electronic and Digital Image Stabilization (EIS & DIS)

        • Advanced rolling shutter compensation
      • BSI sensor black level correction support
      • Stereoscopic 3D still picture & video support

        • With Ambarella S3D companion chip
    • Powerful CPU for Rich GUI Experience

      • 600 MHz ARM1136J-S
    • Audio Processing

      • AAC/AC3 stereo encode/decode
      • AC3 5.1 channel encode
      • MP3 decode support
    • Advanced Video and Display Processing

      • BP/MP/HP H.264 Level 5.0 and MJPEG encode
      • Crop, mirror, flip, scale functions and LCD rotation
      • Alpha-blending OSD; text, overlays
      • Multiple video output ports
    • Low Power and Low Cost DDR Interface

      • 16-bit DDR3, DDR3L, DDR2, LPDDR2 up to 400 MHz
    • Peripheral Support

      • Two SDIO for SD Card and 3G/4G/WiFi networking
      • USB 2.0 device
      • BT.656/1120 YUV 108MHz video in/out
      • Touch screen LCD input
      • HDMI 1.4 with CEC support
      • SSI/SPI, IDC, I2S, PWM, GPIO, UART, NAND, JTAG
      • Real-time clock and watchdog timer
    • Physical

      • 32nm LP CMOS technology
      • Operating temperature: 0 ̊C to +70 ̊C
      • 328-pin FBGA package, 14mm x 14mm
    • Hardware Platform

      • Main board with A7L and sensor board with C/CS mount lens
      • Sensor : Aptina, OmniVision, Samsung, Sony — many choices available
    • Software Development Kit (SDK)

      • eSol ultron OS and development tools
      • Full support of dual OS simultaneous operation (Linux+ultron)
      • Demonstration DV/DSC camera application with full source code
      • Extensive and fully documented middleware API library suite
    • Documentation

      • Programmer’s guide, application notes, API documents
      • SoC data sheet, BOM, schematics and layout files

  • iTracker mini0806 Speicherkarte

    Windows formatiert 64 GB Karten nur mit exFAT, was die Kameras in der Regeln nicht unterstützen.

    Zitat von Frank

    32 GB-Karten sind SDHC und 64 GB-Karten SDXC. In der Regel sind SDHC mit FAT32 und SDXC mit ExFAT formatiert. Überprüfe die Formatierung. Ist die 64 GB-Karte mit ExFAT formatiert musst Du sie mit FAT32 formatieren. Da dies unter Windows beim Formatieren über das Contextmenue nicht geht, gibt es eine Anleitung: http://www.thorsten-waldorf.de/anleitung-gros…ormatieren/Eine andere Möglichkeit, welche ich in Ermangelung einer entsprechend großen SD-Karte nicht getestet habe, soll über die Datenträgerverwaltung gehen. Die Karte am Rechner einlegen. Bei Win10 Rechtsklick auf den Windows-Button (früher Start). Im Contextmenue Datenträgerverwaltung auswählen. Dann muss man warten, bis alle Datenträger eingelesen sind. Rechtsklick auf die Partition der SD-Karte, im Contextmenue Formatieren auswählen. Der Rest sollte selbsterklärend sein.

  • GS8000L Besitzer - viele Fragen

    Zitat von magic5

    1) Welche 32 GB micro SD ist mit der GS8000L kompatibel? Ersuche um exakte Bezeichnung.
    Habe etwas von C4 + C6 gelesen. Bedeutet, daß eine C10 micro SD nicht kompatibel ist?


    C4 und C6 bedeutet Class 4 bzw Class 6 und gibt die Geschwindigkeit der Karte an. Es gibt Class 2, 4, 6 und 10. Je höher die Zahl desto besser.

  • Klebehalter

    Bei der ANC 750 könnte ich eventuell die Klebehalterung der Prestigio Roadrunner 540 verwenden. Ggfs. mit Distanzen.

    Habe jetzt schon überlegt, ob ich einen Saugnapfhalter umbauen kann, da ich die "Mutter" vermutlich nicht mehr im Auto einsetzen werde.

  • Prozessoren

    Homepage: http://www.sq.com.tw/index.php/en/

    SQ1920

    • Full HD Auto Driving Recorder
    • 1080P Continuous video record with H.264.
    • Integrate with GPS reveiver,Gravity-Sensor information.
    • Emergency video protection trigger by manually or g-sensor.
    • Wide temperature design,for every cockpit.


    SQ1080

    • HD Auto Driving Recorder
    • 720P Continuous video record with H.264.
    • Integrate with GPS reveiver,Gravity-Sensor information.
    • Emergency video protection trigger by manually or g-sensor.
    • Wide temperature design,for every cockpit.


    SQ909B

    • HD Auto Driving Recorder
    • 720P Continuous video record with Motion Jpeg.
    • Emergency video protection trigger by manually or g-sensor.
    • Wide temperature design.for every cockpit.


    SQ692S

    • Dual Way & GPS Auto Driving Recorder
    • 720P and CVBS dual way video input.
    • Continuous video record with Motion Jpeg.
    • Integrate with GPS reveiver,Gravity-Sensor information.
    • Emergency video protection trigger by manually or g-sensor.
    • Embeded SD-RAM.
    • Wide temperature design.for every cockpit.


    SQ691

    • Dual Way & GPS Auto Driving Recorder
    • CVBS dual way video input.
    • Continuous video record with Motion Jpeg.
    • Integrate with GPS reveiver,Gravity-Sensor information.
    • Emergency video protection trigger by manually or g-sensor.
    • Wide temperature design.for every cockpit.


    SQ690

    • HD Auto Driving Recorder
    • VGA dual way video input.
    • Continuous video record with Motion Jpeg.
    • Integrate with GPS reveiver,Gravity-Sensor information.
    • Emergency video protection trigger by manually or g-sensor.
    • Wide temperature design.for every cockpit.


    SQ688

    • HD Auto Driving Recorder
    • 720P Continuous video record with Motion Jpeg.
    • Integrate with GPS reveiver,Gravity-Sensor information.
    • Emergency video protection trigger by manually or g-sensor.
    • Embeded SD-RAM.
    • Wide temperature design.for every cockpit.


    SQ680S

    • HD Auto Driving Recorder
    • 720P Continuous video record with Motion Jpeg.
    • Integrate with GPS reveiver,Gravity-Sensor information.
    • Emergency video protection trigger by manually or g-sensor.
    • Embeded SD-RAM.
    • Wide temperature design.for every cockpit.


    SQ680

    • HD Auto Driving Recorder
    • 720P Continuous video record with Motion Jpeg.
    • Integrate with GPS reveiver,Gravity-Sensor information.
    • Emergency video protection trigger by manually or g-sensor.
    • Wide temperature design.for every cockpit.