DMOM2808D 320 × 240 MIPI CSI-2 ToF Camera Module
DMOM2808D gives embedded perception designs a 0.25-4.5 m ToF sensing range in a compact module head. A 320 × 240 global-shutter sensor and 850 nm VCSEL support spatial capture at 10-30 fps. Connect the module to the host pipeline through two-lane MIPI CSI-2, with a 71.8° horizontal × 56.5° vertical field of view for coverage planning.
Key Highlights
- Observe near to mid-range objects with 320 × 240 sensing over 0.25-4.5 m.
- Plan spatial coverage using a 71.8° horizontal × 56.5° vertical field of view.
- Bring the sensing head into an embedded pipeline through two-lane MIPI CSI-2 at 10-30 fps.
- Fit the optical head into compact equipment with a 21.00 × 9.50 × 6.33 mm body.
Overview
DMOM2808D combines the ToF sensor and 850 nm, 2 W VCSEL illumination in a small sensing head. The 30-pin connection exposes MIPI data together with SPI, I2C CCI, synchronization, reset and error signals for the embedded host architecture.
Use the module where distance coverage and optical placement need to fit around a robot, vision system or interactive device. The host integration path includes the carrier, MIPI capture driver and depth-processing pipeline.
- Resolution
- 320 × 240
- Range
- 0.25-4.5 m
- Field of View
- 71.8° H × 56.5° V
- Interface
- MIPI CSI-2, 2 lanes
Applications
Robot-gripper and machine-vision input
Place the optical head around the object region to supply spatial input for host-side positioning and robot-gripper vision. Its 0.25-4.5 m range supports selection across nearby objects and a larger working region.
Gesture and AR/VR interaction
Use the sensing data in a host pipeline for hand, finger or virtual-object interaction. Choose the module position around the working volume and include capture-to-application timing in the design.
People and face-related capture
Depth can provide geometric input for localization, motion analysis and face-related software. Our face-system integration guide explains how sensing, recognition and authentication fit together.
Technical specifications
| Parameter | Specification |
|---|---|
| Sensor | Global shutter |
| Resolution | 320 × 240 |
| Pixel size | 15 µm |
| Sensor size | 1/3 inch |
| Measurement range | 0.25-4.5 m |
| Frame rate | 10-30 fps |
| Field of view | 71.8° horizontal × 56.5° vertical |
| Distortion | <2.5% |
| Illumination | 850 nm; 2 W VCSEL |
| Input clock | 27 MHz |
| Data interface | MIPI CSI-2; two lanes |
| Sensor supply | 3.3 V; at least 300 mA supply capability |
| VCSEL supply | 4.6 V; at least 2 A supply capability |
| Module-head dimensions | 21.00 × 9.50 × 6.33 mm |
| Module connector | AXE630124; 30 pins |
| Mating connector | AXE530127 |
Host and mechanical integration
Capture and processing
Plan the MIPI receiver, lane mapping, reference clock, carrier and driver around the embedded host. The connector also provides control and synchronization signals for the module connection. A USB evaluation route uses additional processing and interface hardware; compare DM5005A for a complete USB depth-camera route.
Supply and optical placement
Provide the sensor’s 3.3 V rail and the VCSEL’s 4.6 V rail with the current capability shown above. Use the connector drawing to plan FPC orientation and available stack height. Keep the lens and diffuser apertures clear of the enclosure, and include the final cover window in calibration. The ambient-light and installation guide connects target materials, lighting and optical placement to the evaluation plan.
Compare the near-field option
For a 940 nm design working from 0.2-2 m, consider DMOM2508CL. DMOM2808D uses 850 nm illumination and covers 0.25-4.5 m. Both offer 320 × 240 sensing and two-lane MIPI CSI-2; their VCSEL supply requirements differ. Our ToF module guide explains the available host routes.
Technical resources
The DMOM2808D datasheet, Rev. 1.0 includes the module dimensions, pin definitions and connector references.
FAQs
What range, field of view and frame rate does DMOM2808D offer?
The measurement range is 0.25-4.5 m, with 71.8° horizontal × 56.5° vertical coverage. Resolution is 320 × 240 at 10-30 fps.
How does the module connect to the host?
DMOM2808D uses two-lane MIPI CSI-2 through a 30-pin module connector. The connection also exposes SPI, I2C CCI, synchronization, reset and error signals.
Which connectors and power rails should I plan around?
The module connector is AXE630124 and the mating connector is AXE530127. Provide a 3.3 V sensor rail with at least 300 mA capability and a 4.6 V VCSEL rail with at least 2 A capability.
How does it differ from DMOM2508CL?
DMOM2808D combines 850 nm illumination with a 0.25-4.5 m range. DMOM2508CL combines 940 nm illumination with a 0.2-2 m range. Select the wavelength, working region and host power design together.
Discuss your embedded vision pipeline
Share your target region, working distance, host processor and enclosure layout. We can help plan the DMOM2808D sensing head, capture path and optical installation around your equipment.
Need help integrating DMOM2808D?
Get expert guidance from our sensing engineers on product selection, evaluation samples, system integration, and technical requirements for your application.
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