AMBARELLA DATASHEET PDF

F The contents of this document are proprietary and confidential information of Ambarella Inc. Ambarella assumes no responsibility for errors or omissions and r reserves the right to change, without notice, product specifications, operating characteristics, packaging, ordering, etc. Ambarella assumes no liability for damage resulting from the use of information contained in this document. D Ambarella Inc. The device enables digital camera and digital high definition camcorder capabilities seamlessly in a single product.

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F The contents of this document are proprietary and confidential information of Ambarella Inc. Ambarella assumes no responsibility for errors or omissions and r reserves the right to change, without notice, product specifications, operating characteristics, packaging, ordering, etc. Ambarella assumes no liability for damage resulting from the use of information contained in this document. D Ambarella Inc. The device enables digital camera and digital high definition camcorder capabilities seamlessly in a single product.

It provides rich peripheral interfaces that allow camera manufacturers to directly access a variety of devices that may be present in a camera based system. The design includes an ARM9 microprocessor core that controls the entire chip. FFeature Summary o? Simultaneous iPodTM compliant xp30 and xi60 video recording D?

Simultaneous 2MP still image capture and xi60 video recording? Advanced noise reduction? Special algorithm for chroma suppression? USB 2. Infrared remote receive interface? Real-time clock RTC? Watchdog timer 1 2? General purpose timers for waveform generation and event monitoring 3? A Block Diagram 3 Interface Description 3. A supports programmable IO strength.

These 4 physical ports are fed by 2 logical video channels as shown below. O Channel 0 can drive resolutions up to xi60 while channel 1 can drive SD nly xi60 or xi60 or lower. Please see port specific restrictions below. Component, S-Video and Composite output formats are supported.

All formats are multiplexed on the same physical pins which may be tied directly to the different output jacks as shown in Figure 3. Care should be taken to make sure the output signals are not overloaded causing the picture to be darker. Alternately, an external filter may be used to separate the different analog outputs as shown in Figure 2 and Figure 3.

Analog Video Output Demultiplexer r D 3. An additional I2C interface is provided for O secure key transfer. Both ports connect to the same video input channel and so cannot be used r at the same time, even though the GPIO and LVDS pins can be hooked up to different video D sources on the board.

This interface accepts both CCIR. Note that the sensor inputs can range from1. Port: Sensor Input? A will support 4 or 8 serial lanes. Note that the pads oshould be configured to be digital input. Please refer to the PRM. Note 1: The pads should be configured to be digital input.

However 6. The following table summarizes video input port selection. It can communicate with an oexternal host controller through the I2S protocol or can be used as a Digital Audio Interface r DAI to access an external audio codec. The I2S port can support up to 54Mbps data D transfer rate. The host port and the other I2S ports on A have to be run off the same master clock. XG Ethernet 3. It is backward ly compatible to USB 1.

The input range can be programmed through external pins. The interface timing is programmable. Two IDC ports are present. Note that the A IDC interface supports single master mode only. This port is onormally used for debugging purposes. Hardware flow control is not implemented. The r chip supports up to GPIO pins are, in general, ly multiplexed with other functions that can be enabled via software.

Please refer to Appendix A for a full pin map and multiplexing information. GPIO [], excluding the reserved pins mentioned above, are multifunction pins. All the other GPIO pins are initialized to be inputs. A can keep the clock with the use of one dedicated always-on power supply pin.

This block remains active even when the core power shuts off. A single physical pin may o be mapped to multiple virtual pins as indicated in the tables below.

Please refer to Appendix A r sorted by physical pin number for the overall pin list, ball location, and full functional multiplexing D information for each physical pin. It is suggested to place a 0. This output delivers 1. This pin should be Gconnected through a 0.

Power Analog power: 2. Both 1. Both single data rate and double data rate are supported. F Both 1. Both single data rate and double o data rate are supported. Please see note in section 3. When less than 1. The maximum voltage is 3. Standby current is 17uA. The power-off sequences can be triggered by 1. By software or 3. For debug only. Leave it NC. VBL For testing only. VCP For testing only. VPP For testing only. IOR out current Max. IOG out current Max. NTSC Waveform 5. OChroma nly xHD Waveform 5.

Power-Up Sequence The required delays between the events are shown in the box. Note: The 3. Power Hookup Example 1 D Figure 9 shows one way of hooking up the sequencing signals to bring up the power supplies X correctly. The wakeup is triggered on the rising edge and not level n sensitive.

The default X value is ms. The actual values depend on the system level design and are programmable G by software from 1ms to ms. The Td register setting is maintained by RTC power i.

Even if the system power is turned off or lost e. However, holding it High from before the power-up sequence completes, has no effect. A Schmitt trigger is recommended on this signal. Please contact Ambarella.

A9 ly.

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AMBARELLA DATASHEET PDF

Fekora Appendix A for a full pin map and multiplexing information. Fabricated in 14nm process technology, the H22 offers very low power consumption, enabling 4K cameras with small form factors and extended battery life. VisLab has developed computer vision and intelligent control systems for automotive and commercial applications, including Advanced driver-assistance systems and several generations of autonomous vehicle driving systems. All formats are multiplexed on the same physical pins which may be tied directly to the different output jacks Care should be taken to make sure the output signals are not Alternately, an external filter may be used to overloaded causing the picture to be darker. This article has been nominated to be checked for its neutrality.

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