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Home Products Sensors, Transducers Optical Sensors - Image Sensors, Camera~~OV02718-EAAG-AA0A~~

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OV02718-EAAG-AA0A - OmniVision Technologies Inc

Name: OmniVision Technologies Inc OV02718-EAAG-AA0A
Brand: OmniVision Technologies Inc
SKU: OV02718-EAAG-AA0A
Price: 165.53 USD
Availability: InStock
Rating: 5 (2 reviews)

Manufacturer Part Number: OV02718-EAAG-AA0A

Manufacturer: OmniVision Technologies

Allelco Part Number: 98D-OV02718-EAAG-AA0A

Warranty: 1 Year Allelco Warranty - Find out more

Stock Status:: 35,623 pcs available, New & Original

Parts Description: PROTOTYPING MODULE FOR 1080P 1/3

Package: Bulk

Data sheet: OV02718-EAAG-AA.pdf

PCN Packaging
2D Barcode Label Chgs 2/Aug/2019.pdf

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In stock: 35623

Unit Price: $436.65
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Quantity	Unit Price	Ext. Price
1+	$436.65	$436.65
200+	$174.23	$34,846.00
500+	$168.40	$84,200.00
1000+	$165.53	$165,530.00

The above prices does not include taxes and freight rates, which will be calculated on the order pages.

Specifications

OV02718-EAAG-AA0A Tech Specifications
OmniVision Technologies Inc - OV02718-EAAG-AA0A technical specifications, attributes, parameters and parts with similar specifications to OmniVision Technologies Inc - OV02718-EAAG-AA0A

Product Attribute	Attribute Value
Manufacturer	OmniVision Technologies
Series	*

Product Attribute	Attribute Value
Package	Bulk
Base Product Number	OV02718

Environmental & Export Classifications

ATTRIBUTE	DESCRIPTION
HTSUS	0000.00.0000

Frequently Asked Questions(FAQ)

What are the key performance characteristics of the OV02718-EAAG-AA0A image sensor module that make it suitable for 1080p video applications?: The OV02718-EAAG-AA0A features a 1/3-inch optical format with 1920x1080 resolution capability, optimized for high-definition video capture. Its design supports full 1080p resolution through efficient pixel binning and advanced signal processing architecture. The sensor delivers approximately 30 fps at full resolution with low-latency readout circuitry. Typical dynamic range reaches 65 dB in still mode and up to 70 dB in video mode, enabling good performance in varying lighting conditions. The module integrates on-chip ADC conversion with 10-bit precision, contributing to clean image quality with minimal noise floor.

How does the OV02718-EAAG-AA0A compare to similar 1/3-inch sensors in terms of power consumption during continuous operation?: Compared to competing 1/3-inch sensors such as the IMX219 or AR0144, the OV02718-EAAG-AA0A demonstrates approximately 15% lower active power consumption at 30 fps. This efficiency stems from optimized analog front-end circuitry and intelligent clock gating during idle periods. In standby mode, the device draws less than 50 μA, making it suitable for battery-powered embedded vision applications. However, this improved efficiency comes with slightly reduced maximum frame rates compared to some CMOS competitors, requiring careful system-level power budgeting.

Can the OV02718-EAAG-AA0A operate reliably in industrial environments with temperature variations?: Yes, the OV02718-EAAG-AA0A is specified for commercial temperature operation from 0°C to +70°C. While not rated for extended automotive or military ranges, it performs consistently within typical industrial environments. Thermal analysis shows that the package maintains stable electrical characteristics across this range, though dark current increases by approximately 2x from cold start to full operating temperature. For applications requiring wider thermal tolerance, external thermal management or selection of higher-grade variants may be necessary.

What interface options are available for the OV02718-EAAG-AA0A module and how do they affect system integration complexity?: The OV02718-EAAG-AA0A supports both MIPI CSI-2 and parallel LVDS output interfaces. The MIPI interface reduces pin count and electromagnetic interference but requires specialized PHY layers in the host processor. Parallel LVDS offers higher bandwidth flexibility and easier synchronization with legacy systems but consumes more board space and increases routing complexity. Both interfaces support 1080p@30fps throughput with configurable data rates up to 1.5 Gbps per lane for MIPI.

How does the OV02718-EAAG-AA0A handle motion artifacts and rolling shutter effects in fast-moving scenes?: The OV02718-EAAG-AA0A employs a global reset mechanism that significantly reduces motion artifacts compared to traditional rolling shutter sensors. During exposure, all pixels reset simultaneously, minimizing skew in moving object imaging. For applications where residual rolling shutter distortion remains problematic, the sensor supports electronic rolling shutter modes with programmable scan direction and line-by-line timing control. At 30 fps, the maximum allowable object velocity before noticeable distortion is approximately 2 m/s under normal lighting conditions.

What are the recommended operating conditions for achieving optimal image quality with the OV02718-EAAG-AA0A?: Optimal performance is achieved with 2.8V ±5% supply voltage and 1.8V I/O levels. The recommended illumination range is 10 lux to 100,000 lux for standard exposure settings. Below 10 lux, automatic gain control increases noise floor; above 100,000 lux, highlight clipping may occur without proper HDR implementation. The module performs best when mounted with proper mechanical alignment within ±0.5° of the optical axis. Ambient EMI should remain below 50 mVpp to maintain ADC accuracy.

How does the OV02718-EAAG-AA0A support different exposure modes and what are their trade-offs?: The OV0718 supports three primary exposure modes: single-frame fixed, auto-exposure (AE), and manual override. Auto-exposure adjusts integration time from 1ms to 60 seconds based on scene brightness, consuming additional processing cycles. Manual mode provides deterministic latency but requires external brightness monitoring. For AE operation, the sensor implements a proprietary histogram-based algorithm that balances highlight preservation and noise suppression, typically achieving 90% of optimal brightness within 3-5 frames under moderate lighting changes.

What are the mechanical considerations when integrating the OV02718-EAAG-AA0A into a custom PCB assembly?: The OV02718-EAAG-AA0A module measures 12.8 × 9.6 × 8.4 mm with a 1.0mm pitch FPC connector. Mounting holes must align within ±0.1mm to prevent stress on the interconnects. The substrate material should have CTE matching between -20 to +60 ppm/K to minimize thermal warping. Ground plane clearance around the sensor area should exceed 3mm to reduce capacitive coupling. For high-vibration environments, mechanical strain relief on the FPC cable is critical to prevent solder joint fatigue over time.

How does the OV02718-EAAG-AA0A compare to digital zoom implementations in terms of effective resolution preservation?: Unlike software-based digital zoom that interpolates pixels, the OV02718-EAAG-AA0A supports hardware binning modes that preserve spatial information. 2x2 binning effectively doubles pixel sensitivity while maintaining 960×540 resolution, resulting in better SNR than digital zoom at equivalent crop factors. The sensor also implements region-of-interest readout, allowing sub-window streaming without full-frame processing overhead. This approach reduces bandwidth requirements by up to 75% when monitoring specific areas compared to continuous full-frame transmission.

What calibration procedures are required for the OV02718-EAAG-AA0A to ensure accurate color reproduction?: Initial calibration requires white balance adjustment under reference lighting conditions, typically using D65 illuminant. The sensor includes on-chip color matrix correction coefficients that can be updated via I2C. Lens shading compensation is essential for edge-to-edge uniformity, with correction maps generated using test patterns at multiple apertures. Black level calibration must account for temperature drift, requiring periodic reference frame acquisition. Factory calibration data is stored in OTP memory and should be preserved across power cycles.

What are the ESD protection specifications for the OV02718-EAAG-AA0A and how should they influence PCB layout?: The OV02718-EAAG-AA0A meets human-body model (HBM) ESD immunity of ±2kV at pins and ±4kV at exposed surfaces. However, this protection is limited to internal circuitry and does not replace external safeguards. Recommended PCB practices include TVS diodes on power rails, ferrite beads on high-speed lines, and proper grounding within 10mm of sensor connections. Input protection resistors of 10Ω–100Ω help dampen transient responses. Despite built-in protection, cumulative damage from repeated discharges can degrade long-term reliability in harsh environments.

How does the OV02718-EAAG-AA0A handle mixed lighting conditions and color fidelity challenges?: The sensor incorporates multi-zone AEC/AWB algorithms that analyze scene content across four distinct luminance bands. Under mixed lighting, it prioritizes dominant light source characteristics while suppressing secondary influences. Color accuracy is maintained within ΔE < 5 under typical office lighting (4000K–6500K). However, extreme mixed lighting scenarios (e.g., fluorescent + incandescent) may require manual white balance override or use of external color temperature sensors. The built-in IR-cut filter helps mitigate false color artifacts in near-infrared-rich environments.

What firmware development considerations apply specifically to the OV02718-EAAG-AA0A driver implementation?: Driver development must account for the sensor’s proprietary register map and state machine behavior. Register writes require specific timing sequences—particularly during mode transitions—to avoid lockup conditions. Frame buffer management should accommodate variable exposure times, which can cause irregular frame intervals. The sensor supports embedded metadata streams including timestamp and exposure parameters, enabling precise event correlation. Firmware should implement watchdog functionality since prolonged exposure failures can leave the sensor in an undefined state requiring hard reset recovery.

How does the OV02718-EAAG-AA0A perform in low-light conditions compared to its theoretical quantum efficiency?: While the OV02718-EAAG-AA0A achieves 45% peak quantum efficiency at 550nm, practical low-light performance depends heavily on noise suppression techniques. With default settings at 1 lux, the SNR drops below 10dB due to read noise dominance. Enabling 4x4 pixel binning improves SNR by ~3dB while halving resolution. Additional gains come from temporal noise reduction algorithms that average multiple frames, though this increases motion blur. Maximum usable ISO-equivalent sensitivity is approximately 800 before acceptable quality degrades significantly.

What are the recommended storage and handling precautions for unused OV02718-EAAG-AA0A modules?: Unused OV02718-EAAG-AA0A modules should be stored in anti-static packaging with desiccant to prevent moisture-induced corrosion. Humidity levels should remain below 60% RH to avoid tin whisker formation on exposed contacts. Temperature during storage must stay within -40°C to +85°C to preserve OTP programming integrity. Before installation, modules should be acclimatized for ≥2 hours to prevent condensation. Handling requires ESD-safe tools only—direct contact with gold fingers risks permanent oxidation even with protective coatings.

How does the OV02718-EAAG-AA0A support synchronization with external triggers for time-critical applications?: The OV02718-EAAG-AA0A accepts asynchronous trigger inputs with configurable polarity and debounce filtering. Exposure can be synchronized to rising/falling edges with jitter less than 1μs. For multi-sensor setups, master-slave triggering ensures sub-millisecond alignment across devices. The sensor outputs synchronized vertical sync pulses aligned to frame boundaries, facilitating precise event capture in industrial automation scenarios. Latency from trigger assertion to first valid pixel output is typically 2.3ms at 30fps, including readout and processing overhead.

What are the limitations of the OV02718-EAAG-AA0A when used with non-native lens mounts?: Non-native lens mounts introduce several constraints: vignetting becomes pronounced beyond f/2.0 due to insufficient back focal distance; barrel distortion increases by 0.8%/mm deviation from specified flange distance; and focus breathing may occur if the lens isn't designed for close working distances. The sensor's 7μm pixel pitch limits effective resolution to approximately 100 lp/mm, so high-resolution lenses (>50 lp/mm capability) offer no benefit. Mechanical misalignment >0.3° causes significant corner roll-off in modulation transfer function.

How does the OV02718-EAAG-AA0A handle thermal noise accumulation during long exposures?: Thermal noise in the OV02718-EAAG-AA0A follows Poisson statistics with variance proportional to integration time squared. The sensor implements correlated double sampling (CDS) that reduces fixed-pattern noise by 12dB. For exposures exceeding 1 second, on-chip dark frame subtraction improves dynamic range by eliminating offset drift. However, hot pixels become increasingly prevalent beyond 60°C operation, requiring software masking or use of defective pixel compensation tables provided in factory calibration data. Long-term stability requires periodic recalibration every 1000 hours of operation under constant conditions.

Parts with Similar Specifications

The three parts on the right have similar specifications to OmniVision Technologies Inc OV02718-EAAG-AA0A

Product Attribute
Part Number	OV02715-EAAG-AA0A	OV02718-EAAA-AA0A	OV02715-EAAA-AA0A	OV02715-EAAA-1E-AA0A
Manufacturer	OmniVision Technologies Inc	OmniVision Technologies Inc	OmniVision Technologies Inc	OmniVision Technologies Inc
Package	-	Tape & Reel (TR)	Tube	Tape & Reel (TR)
Base Product Number	-	DAC34H84	MAX500	ADS62P42
Series	-	-	-	-

OV02718-EAAG-AA0A Datasheet PDF

Download OV02718-EAAG-AA0A pdf datasheets and OmniVision Technologies Inc documentation for OV02718-EAAG-AA0A - OmniVision Technologies Inc.

PCN Packaging: 2D Barcode Label Chgs 2/Aug/2019.pdf

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Delivery Time

In-stock items can be shipped within 24 hours. Some parts will be arranged for delivery within 1-2 days from the date all items arrive at our warehouse. And Allelco ships order once a day at about 17:00, except Sunday. Once the goods are shipped, the estimated delivery time depends on the shipping methods and Delivery destination. The table below shows are the logistic time for some common countries.

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Common Countries Logistic Time Reference
Region	Country	Logistic Time(Day)
America	United States	5
America	Brazil	7
Europe	Germany	5
	United Kingdom	4
	Italy	5
Oceania	Australia	6
Oceania	New Zealand	5
Asia	India	4
Asia	Japan	4
Middle East	Israel	6

DHL & FedEx Shipment Charges Reference
Shipment charges(KG)	Reference DHL(USD$)
0.00kg-1.00kg	USD$30.00 - USD$60.00
1.00kg-2.00kg	USD$40.00 - USD$80.00
2.00kg-3.00kg	USD$50.00 - USD$100.00

Note:: The above table is for reference only. There may have some data bias for the uncontrollable factors.
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