In-Depth Look: DJI Action 2 (FCC ID: 2ANDR-MC2112021)

Unveiling the DJI Action 2 by DJI Technology, Inc.: A Comprehensive Specs and Teardown Analysis (FCC ID 2ANDR-MC2112021)

Introduction

The DJI Action 2, developed by DJI Technology, Inc., represents a pinnacle in compact action camera technology, designed for those who demand high performance in a small package. This innovative device is engineered to capture life’s adventures with precision and clarity. With its FCC ID 2ANDR-MC2112021, the DJI Action 2 not only meets regulatory standards but also sets a new benchmark in RF emission compliance, ensuring it is both legal to sell and safe to use. This blog post dives into the technical specifications, cutting-edge technology, and internal components of the DJI Action 2, offering a detailed analysis of its FCC filing and potential applications.

Key Features & Specifications

Key Features:
– Attach Magnetic Adapter Mount: Quick and secure attachment to various surfaces and accessories.
– Magnetic Ball-Joint Adapter Mount: Offers flexible and adjustable mounting options.
– Inserting the microSD Card: Supports external storage expansion (card not included).
– Swipe the Touch Screen: Intuitive navigation through settings and modes.
– Press and Hold: Powers off the device.
– Take Photos or Start/Stop Recording: Simple controls for capturing moments.
– Press Once: Powers on the device.
– Press Twice: Switches between shooting modes.

Technical Specifications:
– Transmitter Power (EIRP) 2.4 GHz: ≤16 dBm
– Protocol: 802.11a/b/g/n/ac
– Wi-Fi Transmitter Power (EIRP): 2.4 GHz: ≤16 dBm, 5.1 GHz: ≤14 dBm, 5.8 GHz: ≤14 dBm
– Transmitter Power (EIRP): ≤4 dBm
– Operating Temperature: 0° to 40°C
– Bluetooth Transmitter Power (EIRP): ≤4 dBm
– Protocol: BLE 5.0
– Bluetooth Operating Frequency: 2.400-2.4835 GHz

The DJI Action 2 is packed with advanced features and robust specifications, ensuring it delivers outstanding performance in various environments. Its compact design, coupled with powerful wireless capabilities, makes it ideal for capturing high-quality video and images on the go.

Technology Deep Dive

The DJI Action 2 leverages both Wi-Fi and Bluetooth technologies, providing versatile connectivity options. The integration of 802.11a/b/g/n/ac Wi-Fi ensures high-speed data transfer, enabling seamless operation over both 2.4 GHz and 5 GHz bands. This dual-band capability enhances performance by reducing interference and extending range, vital for streaming and remote control functionalities.

Bluetooth 5.0 support further augments connectivity, offering low-energy consumption while maintaining robust data transfer rates. This is particularly beneficial for pairing with mobile devices and accessories, ensuring a stable and efficient connection.

Together, these technologies ensure that the DJI Action 2 is equipped for high-performance use, whether for live streaming, remote operation, or quick media transfers.

In-Depth Internal Component Analysis / Teardown

The internal view reveals a densely populated PCB, indicative of a high degree of integration. The central IC, covered with thermal paste, suggests its critical role, likely a processor managing the device’s core functions. The presence of multiple layers in the PCB points to sophisticated power and signal routing, essential for maintaining performance in compact devices. The yellow cylindrical components, potentially batteries or large capacitors, highlight the device’s portable nature and its focus on efficient power management.

This image showcases a multi-layer PCB with a strategic layout to support high-speed data processing and power regulation. The presence of numerous ICs hints at a combination of processing and RF functions, possibly including an SoC and power management ICs. The absence of visible antennas suggests these are integrated elsewhere, maintaining the board’s compact nature.

A small PCB with a prominent shielded IC suggests a focus on data processing or memory functions. The compact design and use of a metal shield underscore the importance of EMI/RFI protection, crucial for maintaining data integrity in a small form factor.

This module features direct battery connections, emphasizing its role in power management. The compact layout and lack of extensive shielding suggest it operates at lower power levels, suitable for portable applications.

Highlighted by a flexible PCB design, this component is optimized for compact spaces, typical of wearables. The integration of small batteries further points to its role in supporting lightweight, portable devices.

A small PCB with a central IC and FPC connector suggests a modular design, facilitating easy integration into larger systems. The minimalistic design reinforces its use in space-constrained environments.

Featuring a small wire possibly functioning as an antenna, this module is likely designed for basic sensor functions, emphasizing compactness and integration ease.

An interface module with FPC connectivity, demonstrating a compact design ideal for integration into larger devices. The lack of complex components suggests a focus on simple connectivity functions.

This auxiliary component, characterized by a simple layout and connector, is designed for integration into more extensive systems, providing basic interfacing capabilities.

A small, specialized module with EMI protection, indicating its role in sensitive applications where interference minimization is crucial.

This basic module, featuring minimal components and simple connectivity options, is likely designed for specific, straightforward functions within a larger device.

A sophisticated PCB with high integration levels, potentially serving as a sensor or communication module, underscoring modern design trends in compact devices.

This module, characterized by a small form factor and QR code for traceability, is likely part of a larger system, designed for low-power sensor applications.

Regulatory Insights & FCC Filing

The FCC ID 2ANDR-MC2112021 confirms the DJI Action 2’s compliance with US electromagnetic interference standards, ensuring it is both legally marketable and safe for consumer use. FCC filings typically include extensive documentation, such as RF exposure assessments, EMC test reports, internal photographs, user manuals, and schematics. These documents provide crucial insights into the device’s design and compliance with regulatory standards. Although this specific filing lacks a grant date, it is registered on FCC.gov, affirming its legitimacy and adherence to technical standards.

Potential Use Cases & Target Audience

The DJI Action 2’s robust features and compact design make it ideal for a variety of scenarios:
– Adventure Enthusiasts: With its magnetic mounting and durable design, the DJI Action 2 is perfect for outdoor activities, capturing high-quality footage in challenging environments.
– Content Creators: The device’s advanced connectivity options allow for seamless integration with mobile devices via the DJI Mimo app, enabling real-time sharing and editing of content.
– Tech-Savvy Consumers: Those interested in cutting-edge technology will appreciate the DJI Action 2’s sophisticated design and performance capabilities, making it a desirable gadget for tech enthusiasts.

Conclusion

The DJI Action 2 by DJI Technology, Inc., with its FCC ID 2ANDR-MC2112021, represents a remarkable fusion of technology and design, offering a powerful, compact solution for capturing life’s moments. Its FCC certification underscores its compliance with essential standards, ensuring quality and safety. As a versatile and high-performance device, the DJI Action 2 stands out in the market, appealing to adventurers, creators, and tech aficionados alike.

Related Documents

• User Manual
• Internal Photos
• External Photo
• Label
• Color Box Removable Label