DMOM2501C is a compact 100 × 100-pixel Time-of-Flight (ToF) camera module with a global-shutter sensor and 940 nm VCSEL illumination. Its published specifications define depth sensing up to 6 m, 44° × 44° field of view, 15 / 30 fps typical frame rate, and MIPI CSI-2 two-lane output for embedded depth-camera evaluation.
Key Highlights
DMOM2501C is a compact Time-of-Flight (ToF) camera module that combines a 100 × 100-pixel global-shutter sensor with 940 nm, 3 W VCSEL illumination. The published module specification defines a measurement range of up to 6 m, a 44° (H) × 44° (V) field of view, and 15 / 30 fps typical frame-rate options for embedded 3D-sensing evaluation.
Depth accuracy is specified as ≤ 1% or ≤ 1 cm. Because the specification does not state target reflectivity, ambient-light level, integration time, calibration method or accuracy test distance, validate final range and accuracy in the intended optical and mechanical system.
The module uses a global-shutter sensor with 15 µm pixels on a 1/6-inch sensor format. Its 100 × 100 depth resolution is intended for compact 3D-sensing designs where a low-resolution depth map is appropriate for the engineering task.
DMOM2501C specifies 940 nm VCSEL illumination at 3 W, with a 44° × 44° field of view and < 2.5% distortion. These published optical values help engineers assess coverage and illumination compatibility; complete-system performance still depends on optics, target properties, calibration and operating conditions.
Depth data is output through a two-lane MIPI CSI-2 interface. The specification lists a 27 MHz input clock, 3.3 V sensor supply at ≥ 300 mA, and 4.6 V VCSEL supply at ≥ 2 A. Typical module power consumption is 800 mW at 15 fps. Confirm receiver compatibility, power sequencing, thermal design, pinout and software support with the integration documentation before design release.
DMOM2501C can be evaluated as a compact depth-imaging module for the use cases below. Application-level range, accuracy, latency, robustness and safety are system outcomes that require validation with the final optics, host platform and operating environment.
The following values are reproduced from the supplied DMOM2501C specification. “Typical” indicates the published typical value; where test conditions are not provided in the specification, do not treat the value as a guaranteed system result.
| Parameter | Specification |
|---|---|
| Sensor Type | Global Shutter |
| Resolution | 100 × 100 |
| Pixel Size | 15 µm |
| Sensor Size | 1/6″ |
| Dimensions | 21.60 mm × 9.10 mm × 5.40 mm |
| Frame Rate | 15 / 30 fps (Typical) |
| Measurement Range | Up to 6 m |
| Field of View | 44° (H) × 44° (V) |
| Distortion | < 2.5% |
| Illumination | 940 nm VCSEL, 3 W |
| Input Clock | 27 MHz |
| Power Supply — Sensor | 3.3 V single supply, ≥ 300 mA |
| Power Supply — VCSEL | 4.6 V, ≥ 2 A |
| Power Consumption | 800 mW (Typical @ 15 fps) |
| Depth Accuracy | ≤ 1% or ≤ 1 cm |
| Data Interface | MIPI CSI-2, 2 lanes |
Yes. DMOM2501C is specified with a global-shutter sensor and 100 × 100 resolution. Its 15 µm pixel size and 1/6-inch sensor format are also stated in the product specification.
Yes. The published measurement range is up to 6 m. The specification does not define target reflectivity, ambient-light conditions or accuracy test distance, so confirm usable range in the final optical and mechanical system.
Yes. The module specification lists 940 nm VCSEL illumination at 3 W. System-level illumination performance and applicable laser-safety requirements must be evaluated for the finished product.
Yes. The specification lists 15 / 30 fps as typical frame-rate options. Actual host throughput, end-to-end latency and application performance depend on the MIPI receiver, processing pipeline and software implementation.
Yes. It provides a two-lane MIPI CSI-2 data interface and lists a 27 MHz input clock. Confirm pinout, power sequencing, receiver compatibility and software support with the current integration documentation.
Yes. The product specification states depth accuracy of ≤ 1% or ≤ 1 cm. Since it does not state the related test conditions, use this value as an evaluation reference and validate measurement performance for the target application.
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