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SF-SPU65-2A29
SINCEREFIRST
When an inspection device needs two viewing directions and smoother live feedback, the SF-SPU65-2A29 provides 1280×720 video at up to 30fps in a Ø7.9mm dual-camera structure. The main camera is optimized around 5cm and the sub camera around 4cm, supporting close-range forward-and-secondary observation without moving to a three-camera assembly. Six plus one white LEDs provide local illumination, while USB2.0 supports direct digital host integration. Difference: Its main advantage is 30fps dual-view USB imaging, separating it from mobile-host dual-view models and lower-frame-rate multi-camera configurations. |  |
Standard Direction | Selection Note | |
Viewing Requirement | Dual camera | Use when two inspection directions are required but three cameras are unnecessary. |
Motion / Preview | 1280×720@30fps | Suitable when smoother real-time feedback matters during probe movement. |
Focus Zones | Main: 5cm / Sub: 4cm | Confirm the two inspection surfaces align with the intended working distances. |
View Angle | 76° | Check coverage for each target direction. |
Mechanical Space | 17 × Ø7.9mm | Confirm the device can accommodate the housing. |
Host Integration | USB2.0 | Verify the host software and power architecture during sampling. |
· 720P@30fps Dual-View Output — combines two optical directions with smoother real-time inspection.
· 5cm / 4cm Focus Zones — match two nearby target surfaces in one device.
· Ø7.9mm Dual-Camera Housing — keeps two-camera inspection within a defined compact mechanical envelope.
· 6+1 White LEDs — provide distributed illumination around the viewing directions.
· USB2.0 — supports a straightforward digital host integration path.
This model is a good fit when two viewing directions are enough and the operator still needs a smoother 30fps live image. It sits between a simpler single-view camera and a more complex three-camera structure. The project should choose it when the second view adds real inspection value without requiring the extra coverage of a third camera.
Parameter | Specification |
Model | SF-SPU65-2A29 |
Sensor Format | 1/9-inch CMOS |
Resolution | 1280 × 720 |
Pixel Size | 1.4μm |
Max Frame Rate | 30fps @ 720P |
View Angle | 76° |
F Number | F2.8 |
Best Focus | Main camera: 5cm; Sub camera: 4cm |
Interface | USB2.0 |
Power | 5V |
Dimensions | 17 × Ø7.9mm |
Operating Temperature | 0°C to +50°C |
ADC | 10-bit |
LED | 6+1 white SMD LEDs, 6000–7000K |
· Dual-View Handheld Borescope — Two optical directions help inspect the path ahead and a nearby secondary surface while maintaining 30fps live feedback.
· Pipe and Tube Inspection Device — Useful where the operator needs both navigation and side-surface checking without a three-camera probe.
· Mechanical Cavity Inspection Tool — The main/sub focus zones can match two nearby internal surfaces at different distances.
· OEM USB Dual-View Inspection System — Suitable for custom equipment built around 720P30 digital USB imaging.
· Dual-view geometry: Provide both target directions and distances if the 5cm/4cm layout does not match the device.
· Frame-rate requirement: If 30fps is insufficient or unnecessarily high, provide the target motion and required live-view behavior for model selection.
· Lighting: Provide cavity brightness and surface reflectivity so the 6+1 LED arrangement can be reviewed.
· Mechanical and USB layout: Provide the Ø7.9mm housing space, cable route, host position and connector requirement.
Final configuration should be confirmed through engineering review and sample verification before mass production.
Why choose dual view instead of triple view?
When two viewing directions cover the task and a third camera would add unnecessary size or complexity.
What is the maximum frame rate?
30fps at 720P.
What are the focus distances?
5cm for the main camera and 4cm for the sub camera.
Is this page intended for iOS/Android hosts?
Its main role is standard USB dual-view integration; mobile-host projects should use a model validated for that environment.
What should be provided before sampling?
Target directions, two working distances, motion requirement, lighting, housing space and USB host.
Please provide the two target directions and distances, expected probe motion, available Ø7.9mm space, lighting condition and USB host information. We can then evaluate whether the 720P30 dual-view structure is the right fit.
