Best iOttie Aivo View Smart Dash Cam

sharing is caring:

The iOttie Aivo View Smart Dash Cam is a cutting-edge driving companion that combines innovative technology with convenience and safety features. With its 1600p HD resolution, Alexa Voice Assistant integration, collision detection, loop recording, GPS tracking, and mobile app support, the iOttie Aivo View is designed to elevate your driving experience and ensure peace of mind on the road.

Brand: IOttie

Model Name: DCCRIO120

Orientation: Front

Connectivity Technology: Bluetooth

Special Feature: Loop Recording, G-Sensor

Video Capture Resolution: 1080p

Included Components: Bluetooth remote controller, dash cam, cable, charger

Field Of View: 140 Degrees

Control Method: Voice

Product Dimensions: 3″D x 5″W x 7″H

At iOttie, we’re revolutionising driving by bringing the most recent connected home technology to the road. We’ve reinvented hands-free driving with the Aivo Series and brought Alexa voice assistance to the automobile industry. Without ever taking your hands off the wheel, you may now access thousands of Alexa skills. Amazon Alexa is a part of the Aivo connected car ecosystem.

High-Quality Video Recording

Full HD (High Definition) video resolution is a standard for high-quality video playback and display. It refers to a specific set of dimensions and pixel count that provide a sharp and detailed video image. The standard resolution for Full HD is 1920 pixels in width by 1080 pixels in height, commonly expressed as “1920×1080” or simply “1080p.”

Here’s a breakdown of the components of Full HD video resolution:

  1. 1920 Pixels (Width): The horizontal dimension of Full HD video is 1920 pixels, representing the number of individual dots or pixels arranged in a row from left to right. This width allows for a wide image that captures a broad field of view.
  2. 1080 Pixels (Height): The vertical dimension of Full HD video is 1080 pixels, representing the number of individual dots or pixels arranged in a column from top to bottom. This height contributes to the clarity and detail of the video.
  3. “p” for Progressive Scan: The “p” in “1080p” signifies progressive scan, indicating that each frame of the video is displayed sequentially in a single pass, providing smoother and more fluid motion.

In summary, Full HD video resolution (1920×1080 or 1080p) offers a high level of detail and clarity, making it a popular choice for a variety of applications, including television broadcasts, streaming services, Blu-ray discs, digital cameras, camcorders, computer monitors, and other display devices.

  1. Alexa Voice Assistant Integration: One of the standout features of the iOttie Aivo View is its integration with Amazon’s Alexa Voice Assistant. This allows drivers to utilize voice commands for various functions, enhancing safety and minimizing distractions while driving. Alexa can provide assistance, play music, answer queries, and more, all hands-free.
  2. Mobile App Support: The iOttie Aivo View Smart Dash Cam is equipped with mobile app support, enabling users to easily manage and access footage from their smartphones. The dedicated mobile app provides a user-friendly interface for reviewing recordings, adjusting settings, and accessing additional features on the go.
  3. Collision Detection and Safety Alerts: The dash cam features collision detection technology, which automatically senses sudden impacts or collisions. In the event of an accident, the dash cam will securely save the footage, ensuring critical evidence is preserved for insurance claims and legal purposes. Additionally, the dash cam provides real-time alerts to help drivers stay aware of potential safety hazards.
  4. Loop Recording and Storage: The iOttie Aivo View Smart Dash Cam utilizes loop recording, ensuring that the most recent footage is continuously recorded. This feature allows for efficient use of the available micro SD card storage, automatically overwriting older files to make room for new recordings while maintaining a seamless recording cycle.
  5. GPS Tracking for Accurate Location Data: With built-in GPS tracking, the iOttie Aivo View Smart Dash Cam accurately records and displays your vehicle’s location and speed during each drive. This information can be valuable for personal use, tracking routes, or in the event of an incident.

Conclusion: The iOttie Aivo View Smart Dash Cam is a reliable and feature-rich device designed to enhance your driving experience through high-definition video recording, seamless integration with Alexa Voice Assistant, advanced safety features, and convenient mobile app support. Stay connected and informed while on the road, all while capturing crucial footage to ensure your safety and peace of mind.

140° Field of View

A 140-degree field of view (FOV) refers to the extent of the observable world that can be captured by a camera or lens at a given moment. It is a measure of how wide the camera’s lens can see and record in a single frame.

Here’s a breakdown of what a 140-degree field of view means:

  1. Field of View (FOV): The field of view is the angular extent of the observable scene that a camera can capture. In this case, it’s 140 degrees.
  2. Angle of View: The angle of view is the measure of how much of a scene a camera’s lens can capture, usually measured in degrees. A 140-degree angle of view indicates a wide perspective, allowing the camera to capture a significant portion of the surroundings.
  3. Wide Perspective: A 140-degree FOV provides a wide perspective, making it suitable for capturing broader scenes. This is particularly useful for dash cams, action cameras, security cameras, and other applications where a wide coverage area is important.
  4. Applications: A 140-degree FOV is often utilized in various devices like action cameras for capturing adventure activities, surveillance cameras for monitoring a wide area, and dash cams for recording a comprehensive view of the road and traffic.

In summary, a 140-degree field of view allows a camera to capture a wide and encompassing perspective, making it ideal for applications where a broad coverage area is essential to capture the maximum amount of detail in a single frame.

Wide Dynamic Range

Wide Dynamic Range (WDR) is a technology used in imaging and photography to enhance the quality of images captured in scenes with high contrast lighting conditions. It is particularly valuable when there are both bright and dark areas in the same frame, such as when shooting in challenging lighting environments.

Here’s an explanation of Wide Dynamic Range:

  1. Contrast and Lighting Challenges: In typical lighting scenarios, there can be a significant difference in brightness between the brightest and darkest parts of an image. For instance, a scene may have well-lit areas alongside shadows or low-lit regions. This difference in lighting creates high contrast, making it difficult to capture details in both the bright and dark areas simultaneously.
  2. Dynamic Range: Dynamic range refers to the range of light intensities from the darkest to the brightest parts of an image that a camera can capture. A higher dynamic range allows the camera to capture a broader range of light levels and maintain detail in both bright and dark areas.
  3. Wide Dynamic Range (WDR) Technology: WDR technology helps expand the camera’s dynamic range by capturing multiple images at different exposures and combining them to produce a single composite image with enhanced detail throughout. It balances the exposure to reveal details in both the highlights and shadows, effectively minimizing overexposed or underexposed regions.
  4. How WDR Works: WDR achieves its effect by merging images taken at different exposure settings. The image processing algorithms identify the best parts from each exposure to create a final image that preserves the details in both the brighter and darker areas.
  5. Benefits: By utilizing WDR, images and videos are more visually appealing and informative, especially in challenging lighting conditions. It is widely used in security cameras, surveillance systems, automotive cameras, and any other application where lighting conditions can vary significantly.

In summary, Wide Dynamic Range (WDR) technology helps cameras capture a broader range of light intensities, resulting in clearer and more detailed images, especially in scenes with varying levels of brightness. It is a valuable tool for improving image quality and enhancing visibility in situations with challenging lighting conditions.

Built-in GPS Tracking

Built-in GPS tracking refers to the integration of a Global Positioning System (GPS) receiver directly into a device, such as a camera, smartphone, or vehicle, allowing the device to determine and record its precise geographical location and movement in real-time. This technology is commonly utilized in various applications to track and monitor locations, routes, speed, and other location-based data.

Here’s a detailed explanation of built-in GPS tracking:

  1. GPS Receiver: A GPS receiver is a key component that receives signals from GPS satellites orbiting the Earth. These signals provide information about the device’s exact location based on the time it takes for the signals to reach the receiver.
  2. Integration into Devices: When a device has a built-in GPS receiver, it means the device is equipped with the necessary hardware and software to receive and process GPS signals. This integration allows the device to accurately determine its latitude, longitude, altitude, and other location-related data.
  3. Real-Time Location Tracking: The built-in GPS tracking system continuously updates the device’s location data, providing real-time information on its position. This data can be used for various purposes, such as mapping, navigation, fitness tracking, or monitoring the movement of vehicles or assets.
  4. Usage in Various Applications: Built-in GPS tracking is commonly found in a range of devices and applications, including:
    • Vehicle Navigation Systems: GPS-enabled car navigation systems provide drivers with real-time directions, traffic updates, and estimated arrival times.
    • Fitness Trackers and Smartwatches: GPS-enabled fitness devices track activities like running, cycling, or hiking, recording distance, speed, and route information.
    • Digital Cameras: Cameras with built-in GPS can geotag photos, associating them with the precise location where they were taken.
    • Fleet Management: GPS tracking is used to monitor and optimize the routes and movements of vehicles in fleet management, improving efficiency and safety.
  5. Advantages:
    • Accurate Location Information: Provides precise and up-to-date location data.
    • Enhanced Safety: Useful for emergency services to locate individuals or assets in need of assistance.
    • Improved Efficiency: Helps optimize routes, reduce fuel consumption, and enhance overall operational efficiency.

In summary, built-in GPS tracking involves integrating a GPS receiver into a device, allowing it to determine and record its location accurately. This technology has diverse applications, enabling users to track and monitor location-based information for various purposes.

Built-in Wi-Fi

Built-in Wi-Fi refers to the integration of Wi-Fi capability directly into a device, enabling the device to connect to wireless networks without the need for additional external adapters or dongles. This integration allows the device to access the internet, transfer data, communicate with other devices, and perform various functions wirelessly, leveraging the benefits of Wi-Fi technology.

Here’s a detailed explanation of built-in Wi-Fi:

  1. Wi-Fi Connectivity: Wi-Fi is a wireless networking technology that allows devices to connect to a local area network (LAN) and access the internet or communicate with other devices within the network. It uses radio frequency signals to transmit and receive data.
  2. Integration into Devices: When a device has built-in Wi-Fi, it means the device is equipped with Wi-Fi hardware and software components, allowing it to establish wireless connections to Wi-Fi networks.
  3. Wireless Internet Access: Built-in Wi-Fi enables the device to connect to Wi-Fi hotspots, home networks, or public Wi-Fi networks, providing access to the internet. This connectivity allows users to browse the web, stream content, download files, and perform online activities without the need for a wired connection.
  4. Wireless Data Transfer: Devices with built-in Wi-Fi can wirelessly transfer data to and from other Wi-Fi-enabled devices within the same network. This facilitates file sharing, printing, streaming media, and synchronization between devices.
  5. Advantages:
    • Convenience and Mobility: Users can connect to Wi-Fi networks wherever they are, enhancing mobility and flexibility in using the device.
    • Reduced Cable Clutter: Eliminates the need for physical cables, reducing clutter and providing a cleaner setup.
    • Faster Data Transfer: Wi-Fi typically offers higher data transfer speeds compared to some other wireless technologies, enabling faster downloads and uploads.
  6. Applications:
    • Smartphones and Tablets: Allow internet access, app downloads, and software updates over Wi-Fi.
    • Laptops and Computers: Enable wireless internet access and local network connectivity for file sharing and communication.
    • Smart TVs and Streaming Devices: Enable streaming content from online platforms and network communication for updates and media sharing.
    • Smart Home Devices: Facilitate communication and control within a smart home ecosystem.

In summary, built-in Wi-Fi allows a device to connect to wireless networks, providing access to the internet and enabling wireless data transfer and communication with other Wi-Fi-enabled devices. This integration enhances convenience, reduces cable clutter, and expands the functionality and connectivity of the device.

Loop Recording

Loop recording is a feature commonly found in devices like dash cameras and surveillance systems that continuously record video in a loop over a specified time duration or until the storage capacity is full. When the storage limit is reached, the oldest recorded files are automatically overwritten by new ones, ensuring that the recording continues seamlessly without the need for manual intervention.

Here’s a detailed explanation of loop recording:

  1. Continuous Recording: Loop recording enables the device to continuously record video footage in a circular or looping manner. As the storage fills up, the device automatically replaces the oldest recordings with new ones, allowing for uninterrupted recording.
  2. Storage Management: The device allocates a portion of its storage (e.g., an SD card) for storing the recorded video clips. When the allocated storage is full, the device starts overwriting the earliest recordings to make room for new footage.
  3. Specified Time Duration or File Size: Loop recording can be configured to record video in segments of a specified time duration (e.g., 1 minute, 3 minutes, 5 minutes) or based on a designated file size. For example, each video segment may be set to record for 3 minutes, and the device will save these 3-minute clips until the storage is full.
  4. Seamless Recording: Loop recording ensures a seamless recording experience, capturing crucial moments without gaps. It’s particularly useful in scenarios where a continuous recording is necessary, such as in dash cams where it’s important to have evidence of events leading up to and during accidents.
  5. Event-Based Recording: Some devices offer event-based recording, where specific incidents or events trigger the device to save the current recording separately and protect it from being overwritten during the loop. This is often initiated by a collision detection system or a manual user action.
  6. Practical Use:
    • Dash Cameras: Dash cams use loop recording to continuously record the road while driving, ensuring important events are captured even in long journeys.
    • Security Cameras: Surveillance systems employ loop recording to continuously monitor areas, providing a rolling record of recent events for security purposes.
    • Action Cameras: Action cameras utilize loop recording for activities like sports or adventure, capturing ongoing action without interruption.

In summary, loop recording is a practical and efficient way to ensure continuous recording of video footage by automatically overwriting older recordings, enabling devices to maintain an up-to-date record of events without manual intervention.

Emergency Recording

Emergency recording, often referred to as an “event recording” or “incident recording,” is a feature commonly found in dash cams, including the iOttie Aivo View Smart Dash Cam. This feature allows the dash cam to automatically and separately save video footage when a significant event or incident occurs on the road. These events could include collisions, sudden stops, or other incidents that may be of importance to the driver or authorities.

Here’s a detailed explanation of emergency recording on the iOttie Aivo View Smart Dash Cam:

  1. Event Detection: The dash cam is equipped with sensors and algorithms that can detect certain events such as collisions, sudden braking, or sharp accelerations. When such an event is detected, the dash cam marks the current recording as an “emergency” or “event” recording.
  2. Automatic Protection: When an event is detected, the dash cam automatically locks the current video file to prevent it from being overwritten during the loop recording process. This ensures that the important footage related to the event is preserved for later review.
  3. User-Activated Emergency Recording: In addition to automatic event detection, the iOttie Aivo View Smart Dash Cam may have a manual “emergency” or “event” recording button that allows the driver to manually trigger the dash cam to save the current recording as an emergency file.
  4. Storage and Accessibility: The emergency recordings are typically stored in a separate folder or with a specific label to distinguish them from regular loop recordings. Users can access these files easily to review the footage associated with important events.
  5. Evidence and Insurance Claims: Emergency recordings are crucial for providing evidence in the case of accidents or incidents. They can assist in insurance claims by providing clear documentation of what happened on the road during the event.
  6. Review and Analysis: After an event, the driver can review the emergency recording using the dash cam’s interface or a connected mobile app. This helps in understanding the details of the event and can aid in providing accurate information to authorities or insurance companies.

In summary, emergency recording on the iOttie Aivo View Smart Dash Cam is a valuable feature that ensures important events on the road are captured and saved separately. This provides critical evidence and documentation for various purposes, including insurance claims and legal matters.

The Aivo View brings the latest in technology and automotive security together in an easy-to-use Dash Cam. You’ll stay protected in case of an emergency thanks to built-in collision detection, while its sleek design means you won’t have to sacrifice style for safety. Want a video of that stunning view? Just ask Alexa to record a video or take a photo while you keep your hands on the wheel!

140° Field of View

See the whole road in a wide angle picture with zero distortion.

Wide Dynamic Range

Capture stunning images of the highest quality, even when looking directly at the sun or in low light situations.

Built-in GPS Tracking

Keep records of your driving route, speed, and the locations you’ve visited!

Built-in Wi-Fi

Connect to your Dash Cam, see a live view, and manage your videos using the built-in Wi-Fi.

Loop Recording

Records from the moment it’s connected to power. Only saves what you need!

Emergency Recording

When the Aivo View detects a collision, it automatically records the footage and saves it for you. With Parking Mode, your car will be covered around the clock!

*An external power source is required for Parking Mode.

FAQs iOttie Aivo View Smart Dash Cam

What is the resolution of the iOttie Aivo View Smart Dash Cam?

The iOttie Aivo View Smart Dash Cam records at a high-resolution of 1600p, providing clear and detailed video footage.

Does the iOttie Aivo View Dash Cam have GPS tracking?

Yes, the iOttie Aivo View Smart Dash Cam features built-in GPS tracking, allowing you to track and log your vehicle’s location and speed during your journeys.

How does loop recording work on the iOttie Aivo View Dash Cam?

Loop recording allows the dash cam to continuously record video in segments. When the storage is full, it automatically overwrites the oldest recorded segments, ensuring continuous recording without interruptions.

Can I integrate the iOttie Aivo View Smart Dash Cam with Amazon Alexa?

Yes, the iOttie Aivo View Smart Dash Cam is designed to work seamlessly with Amazon Alexa. You can use Alexa voice commands to control various functions of the dash cam.

Does the dash cam have collision detection?

Yes, the iOttie Aivo View Smart Dash Cam is equipped with collision detection technology. In the event of a collision, the dash cam automatically saves and locks the current recording to preserve critical evidence.

What is the field of view (FOV) of the iOttie Aivo View Smart Dash Cam?

The iOttie Aivo View Smart Dash Cam has a wide 140-degree field of view, capturing a broad perspective of the road and surroundings.

How do I access and manage the recorded footage from the dash cam?

You can access and manage the recorded footage using the dedicated iOttie Aivo View mobile app. The app allows for easy playback, download, and management of video recordings from your smartphone.

Is a micro SD card included with the iOttie Aivo View Dash Cam?

A micro SD card is not typically included. You will need to purchase a compatible micro SD card separately to use with the dash cam for recording and storing footage.

sharing is caring:

Leave a Comment