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Smart Camera/Industrial Camera/Analytical Imaging

CamPI4K133A

CamPI4K133A Smart Camera/Industrial Camera/Analytical Imaging with professional imaging specifications for professional imaging.

Datasheet (PDF)Back to Industrial & Analytical Cameras
CamPI4K133A

Application context

Why this design is used

Scientific imaging

CamPI4K133A: Scientific imaging depends on matching sensor format, pixel pitch and readout mode to the optical image.

Instrument integration

CamPI4K133A: Instrument integration depends on matching sensor format, pixel pitch and readout mode to the optical image.

Specifications

CamPI4K133A

20 specification rows

Key Parameters

ModelCamPI4K133A
ProcessorRK3588 (Quad-core Cortex-A76 + Quad-core Cortex-A55, 64-bit, high-performance SoC)
GPUIntegrated high-performance GPU, supports 4K/H.265/H.264 decoding
AI Performance6 TOPS
System VersionAndroid 12.0
Display13.3-inch 4K (3840×2160) multi-touch TFT-LCD
Touch Control10-point anti-interference capacitive touch
Memory / Storage2 GB LPDDR3 / 32 GB eMMC, supports SD card expansion
Network5G/2.4G Wi-Fi, Gigabit Ethernet
Compatible CamerasHCMOS series cameras (via HDMI direct connection)
Bundled SoftwareBuilt-in CamView software, supports exposure, gain, white balance, color adjustment, sharpening, noise reduction, gamma, image flip, and multi-mode shooting
Capture ModesSingle shot, burst, timed, time-lapse, 4K video recording

Interface & Mechanical

Primary InterfacesDual HDMI 2.0 input, USB-A 3.0×2, USB-C (DP), USB-A 2.0×1, SD card slot, Gigabit Ethernet port, 2.5 mm shutter release interface, 12 V DC5525 power input
Power SupplyDC 12 V power supply
DimensionsAvailable on request
WeightAvailable on request

Environment & Certification

Operating Temperature / Humidity10 °C to +50 °C / 20% to 80% (non-condensing)
Storage Temperature / Humidity30 °C to +70 °C / Available on request
Operating System SupportAndroid system, supports SDK development
CertificationCE/FCC/RoHS

System integration

Integration and compatibility

Use these checks to connect CamPI4K133A to the surrounding optical, mechanical and control system. Every value shown is taken from this model's own specification record.

Interface and data rate
Primary Interfaces: Dual HDMI 2.0 input, USB-A 3.0×2, USB-C (DP), USB-A 2.0×1, SD card slot, Gigabit Ethernet port, 2.5 mm shutter release interface, 12 V DC5525 power input
Confirm the host can sustain the interface bandwidth continuously, not in burst. A camera that outruns the write path stalls acquisition rather than dropping quietly to a lower rate.

Technical FAQ

Integration questions for CamPI4K133A

How does the CamPI4K133A connect to the acquisition computer?

Primary Interfaces: Dual HDMI 2.0 input, USB-A 3.0×2, USB-C (DP), USB-A 2.0×1, SD card slot, Gigabit Ethernet port, 2.5 mm shutter release interface, 12 V DC5525 power input. Confirm the host can sustain the interface bandwidth continuously, not in burst. A camera that outruns the write path stalls acquisition rather than dropping quietly to a lower rate.

Need help choosing?

Tell us your sensor, resolution, spectral range, frame-rate, interface, and software requirements and we will confirm the matching configuration and lead time.

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Model selection

Nearby series comparison

Compare CamPI4K133A with the closest available models in the CamPI family. Confirm option-dependent values on the final configuration before ordering.

Selection parameterCamPI4K133A (current)CamPI2K133A
SensorConfirm for this modelConfirm for this model
ResolutionConfirm for this modelConfirm for this model
Sensor sizeConfirm for this modelConfirm for this model
Pixel size / frame rateConfirm for this modelConfirm for this model

Related industrial & analytical cameras

Compare the CamPI4K133A with other CamPI models and industrial & analytical cameras in the range.

Choosing a camera

Guides that put this camera in context

How to tell whether this sensor is the right technology for your photon budget, and what to check before committing.

All guides
Signal-to-noise versus signal electrons for three read-noise levels, showing where read noise stops mattering
Scientific cameras
12 min Regime lab

Choosing a scientific camera

Which sensor technology your photon budget actually needs, why rolling and global shutter answer different questions, and how to check the data can leave the camera at all.

Open guide
Diagram contrasting CCD serial charge transfer to a single corner amplifier against sCMOS parallel in-pixel conversion and per-column ADCs
Scientific cameras
14 min Architecture lab

CCD vs CMOS: Readout Architectures & Physics

How physical charge transport versus in-pixel voltage conversion dictates readout speed, read noise, blooming, fill factor, and fixed-pattern noise in scientific detectors.

Open guide
Microscope field of view and diffraction spot sampled by a scientific camera
Scientific imaging
10 min FOV calculator

Calculating camera field of view and diffraction sampling

Calculate object-space pixel size, field of view, Rayleigh resolution, and sampling using real MAX and sMAX sensor formats.

Open guide