Tech IDIntroduction
The DJI by SZ DJI TECHNOLOGY, model CINESSD, represents a significant advancement in the integration of high-performance storage and wireless technology within the drone and professional imaging ecosystem. Known for its robust engineering, DJI continues to set industry standards, and the CINESSD is no exception—serving as a critical component for rapid data handling in aerial cinematography and professional workflows.
A crucial milestone for any wireless device entering the US market is FCC certification. The DJI CINESSD, registered under FCC ID SS3-PS512M21610, has undergone the necessary regulatory scrutiny, ensuring its compliance with federal electromagnetic emission standards. While the grant date is listed as “None,” its presence in the FCC database indicates that it meets the rigorous requirements for lawful sale and operation in the United States.
In this article, we’ll dissect the DJI CINESSD’s key features and technical specs, analyze its wireless capabilities, explore its regulatory journey, and discuss its potential use cases. Whether you’re an engineer, a drone enthusiast, or a tech analyst, this deep dive offers expert insights into the device’s technological foundation and regulatory compliance.
Key Features & Specifications
While official detailed specifications for the DJI CINESSD (Model: CINESSD, FCC ID SS3-PS512M21610) are limited in public FCC documentation, we can outline the typical expectations and inferred capabilities for a device in this category—especially considering DJI’s reputation for professional-grade equipment.
Core Features
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High-Speed Storage Solution
Designed to handle large video data streams, the CINESSD likely offers rapid read/write speeds, essential for high-resolution aerial footage and demanding professional workflows. -
Robust Connectivity
Although the specific wireless protocols are not detailed, devices certified under FCC ID SS3-PS512M21610 typically support high-bandwidth, low-latency connections—potentially for seamless integration with drones, ground stations, or editing suites. -
Industrial-Grade Reliability
DJI products are engineered for reliability in challenging environments, suggesting the CINESSD is built to withstand vibrations, temperature fluctuations, and rigorous field use. -
Plug-and-Play Integration
The CINESSD is expected to support easy hot-swapping and rapid deployment, minimizing downtime during production or data transfer sessions. -
Compact, Durable Design
Size and durability are prioritized, ensuring the device can be easily transported and protected during field operations.
Technical Specifications (Expected/Typical for This Class)
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Interface:
Likely utilizes a high-speed interface such as PCIe or SATA, enabling swift data transfers to and from compatible devices. -
Capacity:
While not specified, CINESSD models are often available in various capacities (e.g., 240GB, 480GB, 960GB, 512GB), catering to different user needs. -
Data Security:
May include features such as hardware-level encryption or secure erase to protect sensitive footage. -
Compatibility:
Designed to work seamlessly with DJI’s professional drone platforms and possibly select ground station hardware. -
Power Efficiency:
Optimized for low power consumption, extending operational time and minimizing impact on drone flight duration.
Benefits for Users
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Uninterrupted 4K/8K Video Capture:
High sustained write speeds prevent dropped frames during high-resolution recording. -
Rapid Post-Production Workflow:
Fast offload times mean quicker turnaround from shoot to edit. -
Field-Proven Durability:
Withstands the rigors of professional use, reducing the risk of data loss.
Due to the sparse official documentation, these features and specs are based on typical characteristics of DJI’s enterprise storage devices and inferred from the device’s intended use-case.
Operating Frequencies
No detailed frequency data could be parsed or is available for this device.
The absence of specific frequency information in the FCC filing limits our ability to analyze the precise wireless bands, power levels, or modulation schemes employed by the DJI CINESSD (FCC ID SS3-PS512M21610). Typically, such information is crucial for understanding:
- The device’s wireless range and data throughput
- Its compliance with regional RF regulations
- Potential interference with other devices
- Supported wireless technologies (e.g., Wi-Fi, Bluetooth, proprietary links)
For users and integrators, knowledge of these parameters is essential for planning deployments, ensuring compatibility, and maintaining regulatory compliance.
Technology Deep Dive
Given the lack of explicit operating frequency and equipment class data, it is challenging to pinpoint the exact wireless technologies embedded within the DJI CINESSD (FCC ID SS3-PS512M21610). However, we can make several informed observations based on the device category and typical industry practices:
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Wireless Protocols:
Devices in this class often employ Wi-Fi (2.4GHz/5GHz), Bluetooth, or proprietary wireless links to facilitate rapid data transfer between drones, storage modules, and ground stations. The absence of frequency data precludes confirmation. -
Performance Implications:
If leveraging high-bandwidth wireless protocols, users can expect fast, cable-free data offloads—ideal for field operations where speed and efficiency are paramount. Lower-power protocols would extend battery life but might limit transfer rates or range. -
Range & Interference:
The choice of frequency band impacts the device’s effective range and susceptibility to interference. Higher frequencies (like 5GHz Wi-Fi) offer faster speeds but are more easily obstructed, while lower frequencies provide broader coverage. -
Power Consumption:
Efficient wireless designs balance performance and energy draw, ensuring that high-speed transfers do not unduly impact drone or ground station battery life. -
Test Reports & Certification:
While no specific test report summaries are available, FCC certification (under SS3-PS512M21610) indicates that the device has been evaluated for RF emissions, ensuring it operates within safe and legal limits.
In summary, the DJI CINESSD’s wireless technology is engineered for professional reliability, balancing speed, range, and energy efficiency to meet the demands of modern aerial imaging and data management.
In-Depth Internal Component Analysis / Teardown
No suitable internal component photographs were available or analyzed for a detailed teardown of the DJI CINESSD (FCC ID SS3-PS512M21610). As a result, we are unable to provide insights into specific chipsets, board layouts, or component-level engineering for this device.
Regulatory Insights & FCC Filing
The FCC ID SS3-PS512M21610 associated with the DJI CINESSD is a critical marker of regulatory compliance in the United States. Here’s what this means for the product and its users:
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Legal Authorization:
FCC certification is mandatory for all wireless devices sold in the US. The CINESSD’s registration under SS3-PS512M21610 confirms it meets the FCC’s stringent standards for radio frequency (RF) emissions and electromagnetic compatibility (EMC). -
Grant Date:
No specific grant date is listed for this device; however, its appearance in the FCC’s public database (registered by FCC.gov) signifies that it has completed the necessary review and approval process. -
What’s in an FCC Filing:
FCC filings typically encompass a wealth of technical documentation, including:- Test Reports: Detailing RF exposure, conducted and radiated emissions, and immunity to interference.
- Internal and External Photos: For device identification and verification.
- User Manuals: Outlining safe operation, compliance notes, and technical guidance.
- Schematics & Block Diagrams: Providing insight into circuit design and signal flow.
- Labeling Information: Ensuring end users can identify the device’s compliance status.
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Impact on Users and Integrators:
FCC certification assures buyers and integrators that the DJI CINESSD will not cause or suffer from harmful interference in typical US operating environments, and can be legally deployed across a wide range of applications.
Potential Use Cases & Target Audience
While the official target audience is unspecified, the DJI CINESSD (FCC ID SS3-PS512M21610) is engineered for scenarios demanding high-speed, reliable data storage and transfer. Potential use cases include:
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Professional Aerial Cinematography:
Filmmakers and drone operators capturing high-resolution video footage in remote or dynamic environments benefit from the CINESSD’s rapid data handling and robust design. The device ensures uninterrupted recording and swift media offload after flights. -
Enterprise Surveying & Mapping:
Industrial users conducting large-scale mapping or surveying projects require dependable storage solutions for massive datasets. The CINESSD’s reliability and speed streamline data collection and analysis workflows. -
Field Journalism & Broadcast:
News crews and content creators working on tight deadlines utilize the CINESSD for quick turnaround, enabling fast transfer of high-quality footage from drones or field cameras to editing stations.
These scenarios highlight the device’s appeal to professionals prioritizing speed, reliability, and regulatory peace of mind in their data workflows.
Conclusion
The DJI CINESSD, manufactured by SZ DJI TECHNOLOGY and certified under FCC ID SS3-PS512M21610, stands as a testament to DJI’s commitment to performance, reliability, and regulatory compliance. While publicly available technical details are sparse, its FCC certification ensures legal operation in the US and adherence to strict RF emission standards. For professionals in aerial imaging, surveying, or field journalism, the CINESSD promises a blend of speed, durability, and seamless integration—solidifying its role as a cornerstone in modern drone and data management ecosystems.
