Tech IDIntroduction
The Stick Up Cam Elite by Ring LLC is a versatile networked security camera designed for both indoor and outdoor surveillance. Engineered to deliver high-quality video, robust connectivity, and flexible installation, it stands out as a sophisticated addition to the expanding Ring ecosystem. Whether for monitoring home exteriors, business entrances, or sensitive indoor areas, this device combines advanced imaging, wireless communication, and smart integration features.
A pivotal aspect of bringing such a device to the US market is compliance with regulatory standards. The Stick Up Cam Elite, under FCC ID 2AEUPBHASC052, has successfully met the rigorous requirements of the Federal Communications Commission. This certification not only ensures legal sale and operation within the United States but also signifies that the device’s RF emissions, wireless performance, and electromagnetic compatibility are within safe and approved limits.
In this article, we’ll dissect the Stick Up Cam Elite’s key specifications, wireless technology, internal components, and regulatory compliance. We’ll also provide a detailed teardown analysis, offering unique insight into the engineering behind this high-performing security camera.
Key Features & Specifications
The Stick Up Cam Elite by Ring LLC is purpose-built for reliability, adaptability, and seamless integration into modern smart security setups. Below are the core features and technical specifications extracted from its user manual and regulatory filings:
Key Features
- FCC Part 15 Compliance: Ensures the device operates within legal RF emission limits, crucial for safe home and business use.
- Water Resistance: Designed to withstand outdoor conditions and incidental contact with water, though not suitable for underwater use.
- Electronic Labeling: All certification and compliance information is accessible via the Ring app, streamlining setup and verification.
- Flexible Installation: Supports both indoor and outdoor deployment, adapting to a variety of surveillance needs.
- Power over Ethernet (PoE): Enables simultaneous power and data delivery over a single Ethernet cable, simplifying installation and boosting reliability.
- Bluetooth Support: Bluetooth capability is present, enhancing device setup and potential smart integrations.
Technical Specifications
- Operating Temperature Range: -20.5 °C to 48.5 °C — robust performance in diverse climates.
- Electrical Rating: 5.0VDC 2.5A or Power over Ethernet (PoE).
- Adapters:
- PoE Adapter: DSA-18CB-12FCA + PSE3101DCG (by Dee Van Enterprise Co., Ltd)
- Indoor Adapter: DSA-15CAB-05 050250 (by Dee Van Enterprise Co., Ltd)
- PoE Specification: Compatible with 802.3af or 802.3at compliant PoE injectors/switches.
- Model Number: Stick Up Cam Elite.
- Bluetooth: Present (specific details not disclosed, but confirmed in documentation).
Practical Implications
- Outdoor Durability: The combination of water resistance and broad temperature tolerance makes the Stick Up Cam Elite suitable for exposed installations, such as entryways, garages, or perimeter fencing.
- Installation Flexibility: PoE support allows for cleaner, more reliable setups without reliance on nearby power outlets—vital for professional-grade security deployments.
- Regulatory Compliance: Electronic labeling and adherence to FCC Part 15 rules ensure peace of mind for users and integrators regarding both safety and legal operation.
Operating Frequencies
The Stick Up Cam Elite operates across a range of wireless frequencies, as stipulated in its FCC documentation (FCC ID 2AEUPBHASC052). These frequencies support a blend of wireless technologies, optimizing performance and connectivity:
| Frequency Range (GHz) | Output Power (mW) | FCC Rule Part |
|---|---|---|
| 2.402–2.48 | 4.8 | 15CCC |
| 2.412–2.462 | 94.4 | 15CCC |
| 5.18–5.24 | 55.5 | 15ECC |
| 5.26–5.32 | 56.4 | 15ECC |
| 5.5–5.7 | 53.6 | 15ECC |
| 5.745–5.825 | 48.5 | 15ECC |
These bands cover both 2.4 GHz and 5 GHz spectrums, supporting modern Wi-Fi standards and Bluetooth operation. The output power levels are carefully regulated to balance range, performance, and compliance with FCC emission standards.
Technology Deep Dive
The Stick Up Cam Elite leverages a suite of advanced wireless technologies to deliver robust connectivity and seamless operation. Its support for both 2.4 GHz and 5 GHz bands enables compatibility with a wide variety of Wi-Fi networks, ensuring optimal performance even in environments crowded with wireless signals. The inclusion of Bluetooth further simplifies initial setup and device pairing, enhancing the user experience.
Operating within the specified frequency bands allows the device to maintain high data throughput, essential for streaming HD video with minimal latency. The dual-band Wi-Fi capability mitigates interference by allowing the camera to switch between less congested channels, while the regulated output power ensures effective range without exceeding legal RF emissions.
The technology stack is underpinned by a dedicated radio module, as evidenced by internal component analysis, which integrates both Wi-Fi and Bluetooth functions. The use of multi-layer PCBs and substantial RF shielding demonstrates a strong focus on signal integrity, minimizing interference both within the device and with neighboring electronics. Test reports referenced in the FCC filing confirm that the device meets stringent requirements for electromagnetic compatibility and RF exposure, further validating its design for safe, reliable operation in diverse environments.
In-Depth Internal Component Analysis / Teardown
Main PCB with Shielding, Flex Cable, and Antenna Feed
Within the compact assembly, the main PCB is revealed with a blend of metallic shielding, a flex cable, and modular connectors—hallmarks of a high-integrity security camera design. The metallic shield covers sensitive analog and high-speed digital circuitry, likely encompassing the main SoC, RF transceivers, and power management ICs, ensuring both electromagnetic compatibility and robust wireless performance. The flex cable is strategically positioned to connect the image sensor, routing high-speed video data to the processing core. Notably, a black wire—serving as an antenna feed—further underlines the attention to RF performance, likely supporting Wi-Fi connectivity in both 2.4 GHz and 5 GHz bands. Modular white connectors facilitate streamlined assembly and maintenance, while visible power wiring signifies dedicated pathways for stable operation. The overall build is robust, with modularity and shielding supporting both regulatory compliance and long-term reliability.
Main PCB, Camera Module, and High-Density Interconnects
A detailed look at the core assembly reveals a densely populated main PCB paired with a compact camera module. The central BGA package is likely the main SoC, handling video processing, streaming, and device control, flanked by memory ICs for fast data access and storage. Power management is handled by visible inductors and capacitors, ensuring efficient voltage regulation for sensitive subsystems. The camera module, housed in a dedicated metal shield, features a lens and image sensor, connected via a flexible flat cable. Multiple FPC/FFC connectors enable modularity and ease of assembly, while the presence of test points and oscillators underscores a design focused on signal integrity and manufacturing efficiency. This assembly exemplifies a modern smart camera, balancing high performance, robust wireless connectivity, and compact form factor through careful PCB design and component selection.
RF Module with CYW43430 Wi-Fi/Bluetooth Chip and Shielding
A close-up of the RF section highlights the use of a Cypress (Infineon) CYW43430 chip, a single-chip solution providing both 2.4 GHz/5 GHz Wi-Fi and Bluetooth connectivity. The chip is mounted on a radio module, itself shielded with a metal can to suppress EMI and ensure regulatory compliance. Dense passive component placement and robust ground pours indicate meticulous attention to RF performance and signal integrity. The nearby ‘ANT’ pad suggests external or off-board antenna connectivity, supporting flexible installation and optimal wireless range. A precision crystal oscillator ensures stable clocking for the radio subsystem. The entire RF section demonstrates a modular, serviceable approach while maintaining high-density integration—crucial for consistent, high-throughput wireless operation in a security camera.
Main Board with SoC, Memory, Power Management, and Antenna Connectors
This high-resolution view of the main PCB showcases several large ICs, including the primary SoC for video processing and networking, alongside memory modules for storage and buffering. The board features multiple FPC connectors for camera, audio, and peripheral integration, as well as white U.FL-style connectors likely dedicated to external antennas—supporting dual-band Wi-Fi and Bluetooth operation. Power management is evident from the presence of inductors and capacitors, ensuring clean voltage rails for the various subsystems. Distributed test points and oscillators facilitate manufacturing test and precise timing. The absence of visible shielding on this side is offset by dense via stitching and careful component placement, reflecting a sophisticated design optimized for performance, miniaturization, and modular assembly. This integration is essential for delivering the camera’s high-resolution video and wireless capabilities within a compact footprint.
Regulatory Insights & FCC Filing
The Stick Up Cam Elite’s FCC ID 2AEUPBHASC052 serves as a formal declaration of compliance with US electromagnetic interference and RF emission standards, as mandated by the FCC. This certification, registered and searchable via FCC.gov, is essential for legal sale and operation within the United States.
FCC filings encompass a breadth of technical and safety documentation, including test reports for RF exposure, electromagnetic compatibility, internal and external photographs, user manuals, schematics, and block diagrams. Collectively, these documents attest to the device’s adherence to regulatory requirements and provide insight into its engineering and safety characteristics.
The internal documentation for the Stick Up Cam Elite details safety precautions, warranty information, and comprehensive compliance guidelines. Notably, it specifies the device’s electrical ratings, operating temperature range, and water resistance policies—underscoring its suitability for both indoor and outdoor environments. The user manual elaborates on the device’s setup and operation via the Ring app, its support for Power over Ethernet, and its installation flexibility. Test reports confirm that the Stick Up Cam Elite meets all requisite standards for RF emissions, ensuring it does not interfere with other wireless services and operates safely within prescribed limits.
Potential Use Cases & Target Audience
The feature set and robust design of the Stick Up Cam Elite position it as an ideal solution for a range of surveillance scenarios:
- Residential Security: Homeowners seeking reliable perimeter monitoring can benefit from the camera’s weather-resistant build, PoE support for flexible placement, and seamless integration with smart home systems via the Ring app.
- Small Business Surveillance: Business owners can deploy the Stick Up Cam Elite at entrances, loading docks, or office interiors, leveraging its high-resolution video and dual-band Wi-Fi for real-time monitoring and security incident recording.
- Professional Installations: Integrators and security professionals will appreciate the device’s modular assembly, FCC-certified RF compliance, and electronic labeling, simplifying large-scale deployments and ongoing maintenance.
These scenarios highlight the camera’s adaptability, making it suitable for anyone requiring high-quality, connected video surveillance with assured regulatory compliance.
Conclusion
The Stick Up Cam Elite by Ring LLC exemplifies the convergence of advanced technology, robust engineering, and regulatory diligence. With its broad operating temperature range, weather-resistant design, PoE capability, and sophisticated internal architecture, it delivers reliable performance for both residential and commercial security applications. The device’s FCC certification under ID 2AEUPBHASC052 is not just a legal formality—it’s a testament to its safe, compliant, and interference-free operation. As part of the growing portfolio of smart security solutions, the Stick Up Cam Elite stands out for its balanced integration of wireless innovation and practical deployment features, meeting the demands of today’s connected environments.
