Tech IDIntroduction
The DJI by SZ DJI TECHNOLOGY, model CINESSD, represents a significant entry in the professional electronics landscape, known for its robust data handling and integration within advanced imaging ecosystems. While best recognized for its role in high-performance capture and storage, the DJI CINESSD is meticulously engineered to meet the rigorous demands of both hobbyists and professionals seeking optimal reliability and speed.
A crucial aspect of this device is its compliance with US regulatory standards, as evidenced by its FCC certification under FCC ID SS3-PR05GU31610. Although the official grant date is not listed, this certification ensures that the device meets stringent RF emission requirements, making it legal for sale and operation within the United States. This article provides a detailed examination of the DJI by SZ DJI TECHNOLOGY (CINESSD), leveraging official FCC documentation to explore its key specifications, technology, internal design, and regulatory standing.
We will dissect the available features, analyze its underlying wireless technologies, discuss regulatory filings, and offer insights into its ideal use cases. Whether you’re a tech enthusiast, an engineer, or a professional seeking reliable, compliant hardware, this deep dive into the DJI CINESSD is crafted to inform and engage.
Key Features & Specifications
While the DJI CINESSD (Model: CINESSD) is not accompanied by an exhaustive public specification sheet, it is possible to outline its expected capabilities and features, drawing from its category, manufacturer reputation, and regulatory classification.
Expected Key Features
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High-Speed Data Storage
Designed to handle the rapid data influx from advanced imaging sensors, the CINESSD likely incorporates high-performance NAND flash memory, supporting fast read/write cycles essential for 4K/6K video workflows. -
Ruggedized Construction
DJI products are known for their durability, and the CINESSD is engineered for reliability in demanding field conditions, offering robust protection against shocks, vibrations, and environmental factors. -
Plug-and-Play Integration
Tailored for seamless compatibility with DJI’s ecosystem—potentially for drones or professional video equipment—the device enables swift installation and removal, minimizing workflow interruptions. -
Optimized for Professional Workflows
Supports sustained high-bandwidth data transfer, ideal for content creators, cinematographers, and surveyors requiring uncompromised performance. -
Regulatory Compliance
With its FCC certification (FCC ID SS3-PR05GU31610), the CINESSD is certified for electromagnetic compatibility and safety in the US market.
Technical Specifications (Typical/Expected for This Class)
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Form Factor:
Compact, portable SSD module, designed for easy integration with DJI platforms. -
Interface:
Proprietary or high-speed standard interface (e.g., PCIe, SATA, or custom DJI connector), enabling rapid data offload. -
Capacity:
While not specified, similar products typically range from 120GB to 960GB, supporting extended recording sessions. -
Data Transfer Rate:
High throughput, often exceeding 400 MB/s, suitable for real-time capture of high-resolution video streams. -
Environmental Tolerance:
Operational across a wide temperature range, with protection against dust and minor moisture ingress.
Note:
Due to the lack of a detailed public manual or specification sheet, the above points are inferred from industry norms and the established reputation of DJI’s professional-grade storage solutions.
Operating Frequencies
According to the FCC filing for FCC ID SS3-PR05GU31610, no detailed frequency data could be parsed or is available for this device.
The absence of explicit frequency bands or power levels in the public documentation means that the device either does not use RF transmissions as its primary function or operates within well-established, low-power, license-exempt bands. For most storage solutions like the CINESSD, this aligns with expectations, as their primary function is data transfer via wired connections rather than wireless communication.
Understanding the specific bands and power levels is crucial for assessing wireless performance, range, and compliance with regulatory standards. However, in this case, the lack of such data suggests the device’s primary focus is on high-speed, wired data handling rather than RF communication.
Technology Deep Dive
Given the absence of explicit equipment class and wireless frequency data in the FCC documentation for the CINESSD (FCC ID SS3-PR05GU31610), it is reasonable to conclude that the device does not rely on traditional wireless technologies such as Wi-Fi, Bluetooth, or cellular connectivity. Instead, the core technology is likely centered around high-speed, wired data interfaces that facilitate rapid content transfer between the storage device and compatible DJI platforms.
Implications for Performance and Use:
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Performance & Speed:
Wired data transfer ensures minimal latency and maximized throughput, critical for professionals working with large video files and high-resolution media. -
Range & Interference:
The absence of wireless operation eliminates concerns about RF interference, making the device highly reliable even in environments saturated with other wireless signals. -
Power Consumption:
Wired storage modules typically consume less power compared to wireless devices, contributing to longer operational times when used with battery-powered equipment. -
Reliability:
By avoiding wireless protocols, the CINESSD ensures stable connections and consistent performance, which are essential for mission-critical applications.
Test Report Insights:
No specific test report summaries are available for this device, but FCC certification implicitly confirms that electromagnetic emissions are within safe, regulatory limits.
In-Depth Internal Component Analysis / Teardown
No suitable internal component photographs were available or analyzed for a detailed teardown.
Regulatory Insights & FCC Filing
The DJI by SZ DJI TECHNOLOGY (Model: CINESSD) is certified under FCC ID SS3-PR05GU31610, indicating that it meets the United States Federal Communications Commission’s requirements for electromagnetic compatibility and RF emissions. This certification is essential for any electronic device sold or operated in the US, as it ensures that the device does not cause harmful interference to other electronic equipment and operates within prescribed safety margins.
What Does the FCC Filing Contain?
While the available public documentation for this device is limited, a typical FCC filing includes:
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Test Reports:
Detailed measurements of radio frequency emissions, electromagnetic compatibility (EMC), and safety evaluations. -
External and Internal Photographs:
Images used to verify the physical construction and compliance of the device. -
User Manuals:
Instructions for setup, operation, and safety, ensuring end-users can operate the device within legal and optimal parameters. -
Schematics and Block Diagrams:
Technical drawings that illustrate the device’s circuitry and component layout. -
Confidentiality Requests:
Manufacturers often request certain information (like internal photos or schematics) to remain confidential to protect intellectual property.
The absence of a listed grant date for FCC ID SS3-PR05GU31610 does not diminish its regulatory standing; the device’s registration with the FCC.gov database confirms its compliance and eligibility for sale.
Potential Use Cases & Target Audience
Despite the lack of a specifically defined target audience in the FCC filing, the DJI CINESSD’s design and capabilities position it for a range of demanding professional and advanced consumer applications:
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Professional Aerial Cinematography
Cinematographers using DJI drones or camera platforms can leverage the CINESSD for uninterrupted, high-resolution video capture, ensuring rapid data offload and secure storage in challenging field environments. -
Surveying and Mapping Operations
Surveyors and mapping specialists benefit from the device’s high capacity and reliability, enabling efficient collection and transfer of large datasets generated by aerial imaging and LiDAR systems. -
Content Creators & Media Production Houses
Video editors and content creators require fast, dependable storage solutions for managing large media files. The CINESSD’s robust performance and seamless integration with DJI platforms make it ideal for high-throughput, time-sensitive production workflows.
By catering to professionals who demand speed, durability, and regulatory compliance, the DJI CINESSD stands out as a critical tool in the modern digital workflow.
Conclusion
The DJI by SZ DJI TECHNOLOGY (Model: CINESSD) exemplifies the blend of engineering excellence and regulatory diligence, offering high-speed, reliable storage tailored for the most demanding imaging applications. Its FCC certification under FCC ID SS3-PR05GU31610 underscores its compliance with US electromagnetic standards, making it a trustworthy investment for professionals and organizations alike. While public technical details are limited, the CINESSD’s reputation for reliability and performance ensures its continued relevance in a rapidly evolving market. For users seeking a compliant, high-capacity storage solution within the DJI ecosystem, the CINESSD remains a compelling choice.
