Tech IDIntroduction
The Stick Up Cam Plug-In by Ring LLC stands out as a versatile, feature-rich security camera engineered for both indoor and outdoor surveillance. Designed to seamlessly blend into a variety of environments, its flexible mounting options allow users to place it on flat surfaces or mount it on walls, ensuring optimal coverage wherever it’s needed. With its robust wireless connectivity and integration with the Ring app, users can access live video feeds and manage settings remotely, enhancing peace of mind and property security.
A crucial milestone for any wireless device in the US, the Stick Up Cam Plug-In bears the FCC certification under ID 2AEUPBHASC071. This certification not only makes it legal for sale and operation within the United States but also confirms that the device meets stringent federal standards for radiofrequency (RF) emissions and electromagnetic compatibility. In this article, we’ll dissect the Stick Up Cam Plug-In’s key features, technical specifications, wireless capabilities, internal components, and regulatory compliance. Whether you’re an engineer, tech enthusiast, or an informed consumer, this in-depth teardown and analysis will illuminate what makes this Ring device a standout in the smart security market.
Key Features & Specifications
The Stick Up Cam Plug-In is engineered for adaptability, reliability, and user-friendly operation. Below, we break down its most notable features and the technical specifications that enable its high performance in a variety of home security scenarios.
Key Features
- Flexible Placement: Ready to sit on any flat surface—table, shelf, or countertop—without additional mounting hardware.
- Adjustable Camera Angle: Swivel and tilt the base for precise camera positioning, ensuring you capture the intended field of view.
- Dual Mounting Options: Can be mounted to a wall for fixed surveillance points or left freestanding for easy relocation as needed.
- Indoor & Outdoor Use: Weather-resistant design allows for reliable operation both inside and outside your home, expanding its security utility.
- Live Video Streaming: Access real-time video feeds directly via the Ring app, supporting instant monitoring and response.
- Status Indicator: A blue light flashes during software updates, providing clear visual feedback on the device’s operational status.
- Seamless App Integration: Manage settings, view video, and receive alerts through the Ring app ecosystem, ensuring a connected and streamlined user experience.
Technical Specifications
- Wi-Fi Connectivity: Enables remote access, live video streaming, and integration with other smart home devices. Wi-Fi presence is confirmed, but specific protocol details are not provided in the documentation.
- Bluetooth Support: Bluetooth capability is present, though specific version and use cases are not detailed.
- Plug-In Power Supply: Operates via a direct power connection, eliminating the need for battery changes and ensuring uninterrupted operation.
- Robust Construction: The device’s design and component selection reflect a focus on durability and consistent performance across varied environments.
These features collectively position the Stick Up Cam Plug-In as an adaptable, easy-to-use smart camera that fits seamlessly into diverse home security configurations. Its wireless capabilities facilitate flexible installation and reliable connectivity, while its adjustable design ensures comprehensive surveillance coverage.
Operating Frequencies
Understanding the wireless spectrum usage of the Stick Up Cam Plug-In is essential for evaluating its connectivity and regulatory compliance. As per the official FCC filing (FCC ID: 2AEUPBHASC071), this device operates on the following frequencies and power levels:
| Frequency Range (GHz) | Output Power (mW) | FCC Rule Part |
|---|---|---|
| 2.402-2.48 | 3 | 15C1 |
| 2.402-2.48 | 3 | 15C2 |
| 2.402-2.48 | 3 | 15C3 |
| 2.402-2.48 | 3 | 15C4 |
| 2.412-2.462 | 303 | 15C1 |
| 2.412-2.462 | 303 | 15C2 |
| 2.412-2.462 | 303 | 15C3 |
| 2.412-2.462 | 303 | 15C4 |
These frequencies correspond to the 2.4 GHz ISM band, widely used for Wi-Fi and Bluetooth communications. The relatively high output power in the 2.412-2.462 GHz range (up to 303 mW) suggests robust Wi-Fi performance, supporting longer range and more reliable connections even in environments with potential interference.
Technology Deep Dive
At its core, the Stick Up Cam Plug-In leverages advanced wireless technologies to deliver seamless connectivity and responsive video streaming. The primary wireless interfaces are Wi-Fi and Bluetooth, as indicated by the device documentation and FCC filings. The use of the 2.4 GHz band for both Wi-Fi and Bluetooth ensures broad compatibility with standard home networks and mobile devices.
The device’s Wi-Fi functionality allows for real-time video transmission, cloud integration, and remote access through the Ring app. The relatively high output power in the Wi-Fi band enhances coverage and minimizes dead zones, which is critical for both indoor and outdoor deployments. Bluetooth, while less detailed in the available specs, likely serves for initial setup or device pairing, streamlining the onboarding process for users.
Operating within the congested 2.4 GHz spectrum does introduce potential for signal interference from other household devices, but the Stick Up Cam’s robust RF design—evident from its internal shielding and careful PCB layout—helps mitigate these effects. Power consumption is optimized through efficient power management components and multi-layer PCB design, ensuring continuous operation without excessive heat or wasted energy. Together, these technologies underpin the Stick Up Cam Plug-In’s reputation for reliability, ease of installation, and strong wireless performance.
In-Depth Internal Component Analysis / Teardown
A close examination of the Stick Up Cam Plug-In’s internal hardware reveals a sophisticated, high-quality construction, meticulously designed to ensure reliable performance and regulatory compliance. Below, we analyze three key sections of the device’s internal architecture, each corresponding to a high-resolution component photograph.
Central Image Sensor and Support Circuitry
At the heart of the device lies a meticulously engineered PCB featuring a centrally mounted image sensor, most likely a high-resolution CMOS unit. The sensor is flanked by an array of smaller integrated circuits and passive components, which together handle power regulation, signal conditioning, and interface logic. The PCB itself employs a black soldermask and is densely populated, indicating a multi-layer construction optimized for high-speed video signal routing and robust ground planes. Notably, the presence of numerous decoupling capacitors and local power regulation components ensures clean, reliable power delivery to the sensitive sensor, minimizing noise and maximizing image clarity. The alignment features and silkscreen suggest precise placement for the lens assembly, further underscoring the camera’s commitment to high-quality image capture. This core module exemplifies the device’s focus on delivering sharp, real-time video, forming the backbone of its surveillance capabilities.
RF and Processing Subsystem with Antenna Connectivity
A separate section of the internal hardware showcases the RF and processing subsystem, marked by dense component placement and robust EMI shielding. Prominently, a U.FL connector provides a flexible interface for attaching high-performance antennas, essential for the device’s Wi-Fi and Bluetooth connectivity. The adjacent shielded area likely houses the main SoC or RF transceiver, protected from external interference to maintain signal integrity and regulatory compliance. The presence of a tactile switch and strategically placed test points highlights the device’s focus on manufacturability and ease of testing during production. The careful PCB tracework and multi-layer design suggest a deliberate approach to minimizing crosstalk and maintaining high data throughput, critical for the device’s wireless video streaming and network integration. This subsystem is pivotal in enabling the Stick Up Cam Plug-In’s robust, reliable wireless performance and seamless integration with the Ring ecosystem.
System Integration: Power, Processing, and Modular Connectivity
A broader view of another densely populated PCB reveals the integration of power regulation, processing, and modular connectivity features. Several large integrated circuits are present, likely comprising the main processor and power management units, while a substantial metal shield covers high-speed digital or RF sections, ensuring EMI/RFI suppression. The inclusion of a white FPC/FFC connector signifies modularity, allowing for streamlined connections to camera modules or other subsystems. Multiple inductors and capacitors provide efficient voltage regulation, supporting stable operation across the device’s various functional blocks. The PCB’s black soldermask and intricate routing reflect a premium build, with clear separation between analog, digital, and RF domains. This holistic integration facilitates the Stick Up Cam Plug-In’s ability to deliver continuous, high-quality video while maintaining energy efficiency and compliance with RF emission standards.
Regulatory Insights & FCC Filing
The Stick Up Cam Plug-In’s FCC ID 2AEUPBHASC071 is more than just a regulatory stamp—it’s a testament to the device’s adherence to US standards for electromagnetic compatibility and RF emissions. Registered with the FCC, this certification ensures the camera is legal for sale and operation within the United States, and that it poses no undue risk of interference with other wireless devices.
FCC filings for this device include a comprehensive suite of documentation: test reports for RF exposure and electromagnetic compatibility, internal and external photographs, user manuals, and technical diagrams. These documents collectively verify that the Stick Up Cam Plug-In meets all required performance and safety benchmarks. According to the user manual, the device is designed for straightforward setup and operation, with clear guidelines for app integration, power management, and mounting options tailored for both indoor and outdoor environments. Regulatory sections of the manual detail compliance with both FCC and Industry Canada requirements, as well as important user safety warnings—especially regarding power supply and RF exposure.
The internal documentation further underscores the device’s robust engineering, highlighting the use of EMI shielding, modular antenna connections, and careful PCB design to ensure both performance and compliance. This level of regulatory diligence not only protects consumers but also reinforces Ring LLC’s commitment to quality and safety in its smart home products.
Potential Use Cases & Target Audience
The Stick Up Cam Plug-In’s blend of flexible mounting, robust wireless connectivity, and weather-resistant construction makes it suitable for a wide array of practical scenarios:
- Home Security Enhancement: Ideal for homeowners seeking to monitor entrances, driveways, or backyards. Its ability to be placed or mounted virtually anywhere—indoors or out—means it can adapt to changing security needs with minimal hassle.
- Business & Office Surveillance: Small businesses and offices can leverage its adjustable camera angle and reliable Wi-Fi connectivity to monitor key areas such as entrances, lobbies, or storerooms, supporting both deterrence and incident documentation.
- Temporary or Rental Installations: Renters and temporary occupants benefit from the camera’s non-permanent mounting options. The device can be easily relocated or repositioned without damaging walls or requiring complex installations.
True to its marketing claim—“Stick Up Cam is happy just about anywhere, indoors or out”—this device is designed to protect users wherever they need surveillance, offering peace of mind in a user-friendly package.
Conclusion
The Stick Up Cam Plug-In by Ring LLC, certified under FCC ID 2AEUPBHASC071, exemplifies the convergence of robust engineering, regulatory compliance, and user-centric design in modern smart security cameras. Its flexible mounting options, high-performance wireless capabilities, and thoughtful internal architecture make it a standout choice for both residential and commercial surveillance needs. Backed by comprehensive FCC certification, it assures users of safe, reliable operation while delivering the convenience and peace of mind that define the Ring brand. As smart home security continues to evolve, the Stick Up Cam Plug-In remains a compelling solution for those seeking adaptable, high-quality protection.
