Nuvation

IP CAMERA PoE-WDR DM365 - REFERENCE DESIGN

Packages & Pricing | HW Architecture | System Architecture | System Components
Software Architecture | Browser Utility | External Interface |

Nuvation's IP Camera ‘PoE-WDR’ DM365 Reference Design is a compact, PoE-enabled implementation of a D1, full color, Wide Dynamic Range, IP Network Camera based on Pixim’s Orca chipset and TI DaVinci™ DM365 Digital Media SoC with ARM926 and Fixed-Function Video Coprocessor. The reference design is targeted for high-quality IP Box Cameras which can be taken to production quickly. Derivative products can also be developed from the reference design.

	Full color, D1 resolution (720 x 480) Encodes up to 30 frames per second H.264 BP, MPEG4 SP and MJPEG video codecs 10/100 Ethernet TCP/IP compressed video stream RTP/RTSP over UDP Unicast or Multicast Pixim’s ultra-wide dynamic imaging range (WDR) 102 dB typical / 120 dB Max Ultra-low power TI DaVinci™ DM365 SoC with ARM926 and Fixed-Function Video Compressor Real-Time Embedded Linux Decodes to any networked PC running a decoder such as QuickTime or VLC Player Browser-based Utility allows configuration of settings and parameters 12V DC or PoE, 3W max Integrated Power over Ethernet, Standard Compact form factor RoHS compliant No blind/buried vias, no via-in-pad Available as evaluation unit or production license with fully licensable design

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Packages & Pricing

Additional Services

• Customization Services
  • Video encoder options
  • Video analytics
  • Microprocessor and/or DSP options
  • Audio support
  • Dome camera or other mechanical mods
  • Other outputs
  • Drivers and APIs
• Production Manufacturing Services
  • We can support transition to volume manufacturing with one of our certified EMS providers or an EMS firm of your choice
  • Regulatory certification, RoHS Compliance, Test Fixturing, AVL crossing, Pilot and Production verification

Hardware Architecture

System Architecture

At the front of the IP camera, behind the lens, sits a Pixim ORCA CMOS sensor and processor, which captures and processes images and sends out BT.656 digital video to a TI DaVinci™ DM365 processor. The DaVinci™ processor encodes the stream and transmits the compressed video over Ethernet.

Within the DaVinci™, the incoming BT.656 video stream is processed by the Fixed-Function Video Coprocessor. The Coprocessor encodes it with the chosen video codec and passes the data back to the ARM. The ARM then packetizes the data using the RTP/RTSP over UDP/TCP protocol and sends the stream to the Ethernet PHY chip for transmission over the network.

A web server running on the ARM within the DaVinci™ allows users on the network to configure IP Camera settings through a browser utility. Setting changes are sent over the UART interface to the PIXIM processor board using a proprietary protocol.


System Components

• Pixim Image Sensor Board
  • Pixim D1100 ORCA CMOS sensor
  • WDR NTSC
• Pixim Processor Board
  • Pixim D2500 ORCA processor
  • BT-656 output to encoder board
• TI DaVinci™ DM365 Encoder Board
  • TI DaVinci™ DM365 with Fixed-Function Video Coprocessor and ARM926E
  • 1 bank of DDR2, 128MB, 32bit x 167MHz
  • 256MB NAND Flash
  • UART Port
  • JTAG Port
  • 10/100 Ethernet MAC routed to Ethernet PHY board
  • USB 2.0 routed to OTG connector on IO board
  • No blind or buried vias, no via-in-pad
• PoE Board
  • Small, horizontal board
  • PoE 802.3af-compliant PD Controller with integrated DC/DC controller
• I/O Board
  • BNC for NTSC/PAL pass-through
  • 12V in
  • Auto-Iris
  • Joystick for accessing full Pixim menu tree
  • Dip switches

Pixim CMOS Imaging Chipset

• Pixim ORCA D1600 or D2500 imaging chipset
• High resolution color for crisp, clear capture
• Progressive image capture - 540 HTVL equivalent
• Wide dynamic range 102 dB typical / 120 dB Max
• Full resolution D1 (NTSC / PAL)
• Full frame-rate up to 30 fps
• Optimum exposure mode presets
• Fully automatic operation (ATW, AGC, BLC, etc.)
• Advanced noise reduction technology improves image quality and reduces bit rate
• Pixim Processor Software features controls such as gamma, white balance, sharpness, even motion detection and digital PTZ

Software Architecture

Software & Drivers

• Runs Montavista Linux 2.6.18 with TI DaVinci™ board support package by Nuvation
• Uses TI DVSDK 2.0 for hard codec support
• Encoder firmware application that encodes and streams video in real-time
• thttpd lightweight web server runs a browser utility for easy camera configuration
• Driver support for USB, video-input and UART RS-232 communication

TI DaVinci™ DM365 Software Options

• Pre-programmed codecs:
  • H.264 BP encode
  • MPEG4 SP encode
  • MJPEG encode
• IP CAM ‘PoE-WDR’ is pre-programmed with embedded Linux 2.6 with real-time extensions, running on a ARM926 co-processor within the DaVinci™
• Audio, Alarm IO, PTZ, and other features can be added with design customizations

Video Coprocessor Software

• The Fixed-Function Coprocessor runs the pre-programmed algorithms required to encode the raw video into the various video codec formats
• The ARM is responsible for managing the digital video interface, the Pixim sensor and the web server

Browser Utility

Included browser-based utility enables users to change encoder settings such as H.264/MJPEG, frame rate, bit rate, white balance, gain control, camera ID, update camera software, and change IP and MAC addresses. Served from the ARM within the DaVinci™, the following groups of parameters can be configured:

• PIXIM Settings
• Encoder Settings
• Network Settings
• Firmware Upgrade
• Restore & Reboot

External Interface

• Ethernet (RJ-45) with PoE support
• Analog Video (NTSC / PAL)
• USB 2.0 OTG (DM365 driver default is master for connecting Wi-Fi or Storage)
• Auto-Iris
• Joystick for Pixim settings menu navigation
• Two dip switches (can be SW-enabled)

Dimensions

• L: 4.25" (108mm), H: 1.7" (43mm), W: 1.8" (47mm)