Tech IDIntroduction
The DJI by SZ DJI TECHNOLOGY, model CINESSD, stands as a specialized component within DJI’s extensive ecosystem of professional-grade aerial and imaging solutions. Designed to meet the demanding requirements of high-speed data storage and transfer, the CINESSD is a critical accessory for content creators and professionals seeking seamless workflows and uncompromising performance from their DJI drones and camera systems.
Central to its legitimacy and reliability in the market is its compliance with regulatory standards, as evidenced by its FCC certification under the FCC ID SS3-PS128M21610. This certification, though lacking a publicly listed grant date, ensures that the device adheres to stringent U.S. electromagnetic emission and interference standards. The regulatory approval signifies that the device can be legally sold and operated within the United States, providing peace of mind to both end-users and system integrators.
In this article, we’ll dissect the key features and technical specifications of the DJI CINESSD, explore its underlying technologies, analyze its regulatory filings, and discuss practical applications for users. Whether you’re an engineer, drone enthusiast, or a professional in the creative industries, this deep dive into the CINESSD’s wireless specs, internal components, and regulatory compliance will provide valuable insights into its significance and performance.
Key Features & Specifications
While official, detailed specifications for the DJI CINESSD (FCC ID SS3-PS128M21610) are limited within the available FCC documentation, we can outline the typical feature set and technical expectations for this class of device based on industry standards and the product’s intended use within DJI’s ecosystem:
- High-Speed Data Storage
- Purpose: Designed for rapid data capture from high-resolution cameras, such as those used in DJI’s professional drones.
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Benefit: Enables smooth recording of 4K/6K/8K video at high bit rates without dropped frames or data loss.
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Robust Build Quality
- Purpose: Engineered to withstand the rigors of field use, including temperature fluctuations, vibration, and potential impacts.
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Benefit: Ensures reliability in demanding aerial and ground environments.
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Plug-and-Play Integration
- Purpose: Seamless compatibility with DJI camera systems and drones.
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Benefit: Reduces setup time and minimizes workflow interruptions.
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Optimized Data Interface
- Purpose: Utilizes high-bandwidth interfaces (such as PCIe or proprietary connectors) for rapid data transfer.
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Benefit: Accelerates offloading and editing, critical for time-sensitive production environments.
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Secure Data Handling
- Purpose: May incorporate error correction and data integrity features.
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Benefit: Protects valuable footage from corruption during high-speed recording or transfer.
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Form Factor and Capacity
- Typical Expectation: Compact, ruggedized SSD module with capacities tailored for professional workloads (e.g., 120GB, 240GB, 480GB).
- Benefit: Balances portability with the storage demands of extended shoots.
Practical Implications:
The DJI CINESSD is tailored for users who demand uncompromised speed and reliability in data storage. Its integration within DJI’s professional platforms suggests a focus on minimizing bottlenecks in the imaging pipeline, ensuring that high-resolution content is captured and transferred efficiently. The robust design is essential for aerial cinematographers who operate in challenging conditions and cannot afford equipment failure or data loss.
Operating Frequencies
No detailed frequency data could be parsed or is available for this device.
For devices like the DJI CINESSD, which primarily function as high-speed storage modules, wireless capabilities (if present) are typically limited to support functions such as firmware updates or status monitoring rather than primary data transfer. In the absence of specific frequency data, it is not possible to definitively state the wireless bands or power levels associated with this device.
Significance:
The allocation of specific operating frequencies and corresponding power levels is crucial for determining a device’s wireless range, potential for interference, and compliance with regulatory standards. In the case of the DJI CINESSD (FCC ID SS3-PS128M21610), the lack of publicly available frequency data suggests that its RF emissions are either negligible or confined to auxiliary functions, aligning with its role as a storage accessory rather than a primary wireless transmitter.
Technology Deep Dive
While the DJI CINESSD (FCC ID SS3-PS128M21610) does not list an explicit equipment class or detailed wireless technologies in its FCC filing, some general observations can be made based on its category and intended use:
- Primary Technologies
- The device is fundamentally a solid-state storage module, optimized for high-speed data writing and retrieval.
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Any wireless technology present would likely serve secondary purposes such as device status reporting or firmware management, rather than main data transmission.
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Implications for Performance and Range
- Given the absence of detailed frequency information, we can infer that the device’s performance is centered around its wired data interface (e.g., PCIe or proprietary connections), delivering ultra-low latency and high throughput for video capture.
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Wireless features, if present, would be low-power and short-range, minimizing interference with other RF equipment commonly used alongside professional drones and cameras.
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Interference and Power Consumption
- The lack of a wireless-centric equipment class and sparse RF data indicate that the device’s electromagnetic emissions are well-contained, reducing the risk of interference with sensitive imaging or control equipment.
- Power consumption is likely optimized for efficiency, ensuring minimal impact on overall system endurance during extended operations.
Test Report Insights:
No specific test report summaries are available for the DJI CINESSD. Generally, such reports would confirm the device’s compliance with FCC limits on unintentional emissions, further supporting its safe integration into professional workflows.
In-Depth Internal Component Analysis / Teardown
No suitable internal component photographs were available or analyzed for a detailed teardown.
As such, a granular breakdown of the DJI CINESSD’s internal architecture—such as controller ICs, memory chips, or PCB layout—cannot be provided. This lack of teardown imagery is not uncommon for storage modules that prioritize data security and proprietary design.
Regulatory Insights & FCC Filing
The FCC ID SS3-PS128M21610 assigned to the DJI CINESSD by SZ DJI TECHNOLOGY is a testament to the device’s compliance with United States regulations on electromagnetic emissions and interference. This certification, managed by FCC.gov, underscores several key points:
- Legal Authorization
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The FCC ID ensures the device can be marketed and sold within the U.S., having passed rigorous testing for RF emissions and electromagnetic compatibility (EMC).
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Testing and Documentation
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While the grant date is not specified, the FCC filing process typically involves submission of comprehensive test reports covering:
- RF exposure safety
- Unintentional and intentional radiator emissions
- EMC test results
- Internal and external photos (where available)
- User manuals and operational guides
- Schematics and block diagrams
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Transparency and Trust
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These filings provide transparency for both regulators and end-users, establishing a documented trail of compliance and safety.
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Device Class and Use
- The lack of an explicit equipment class and frequency data further suggests that the CINESSD’s primary function is non-wireless, with any emissions well within the limits for incidental radiators.
For engineers, system integrators, and compliance specialists, the presence of FCC ID SS3-PS128M21610 is a critical checkpoint, ensuring that the device will not interfere with other electronic systems and meets all legal requirements for deployment in professional environments.
Potential Use Cases & Target Audience
Given its design and feature set, the DJI CINESSD (FCC ID SS3-PS128M21610) is ideally suited for several professional and creative scenarios:
- Aerial Cinematography Professionals
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Users operating high-end DJI drones for film, television, or commercial projects rely on the CINESSD for uninterrupted, high-bitrate video capture. The storage module’s speed and reliability are essential for capturing complex aerial shots in raw or high-resolution formats.
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Post-Production Workflows
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Editors and colorists benefit from the CINESSD’s rapid data offloading capabilities. Fast transfer speeds streamline the ingest process, reducing downtime and enabling quicker turnaround for editing, grading, and VFX integration.
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Field Data Collection and Surveying
- In industries such as surveying, mapping, and inspection, the CINESSD supports the storage of large datasets generated by high-resolution imaging sensors. Its durability ensures data integrity even in challenging environments.
While DJI has not specified a precise target audience, the device’s technical profile makes it indispensable for professionals who demand rock-solid performance and regulatory compliance in mission-critical applications.
Conclusion
The DJI CINESSD by SZ DJI TECHNOLOGY, certified under FCC ID SS3-PS128M21610, exemplifies the intersection of high-speed data storage and rigorous regulatory compliance. Designed for integration with DJI’s professional imaging platforms, the CINESSD delivers the reliability, speed, and robustness required by today’s content creators and industry professionals. Its FCC certification underscores its commitment to safety and legal operation within the U.S. market. Whether you’re capturing cinematic aerial footage or managing intensive post-production workflows, the DJI CINESSD stands as a trusted, high-performance storage solution tailored for the most demanding environments.
