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Monitoring CCD CMOS Camera Sensor GC1034 GC1024 GC2033 GC1064

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Light Detection & Digital Output: The GC1034/GC1024/GC2033/GC1064 sensors convert light into digital signals via a grid array of photodiodes or phototransistors, enabling precise imaging and environmental sensing.
  • High-Density Array Design: A 10x10 grid of components (e.g., 100 sensors) supports high-resolution data capture, ideal for applications requiring multi-spectral or color-sensitive detection.

Key features

  • 1. Corrosion-Resistant Material Technology

  • With a durable ceramic/metal substrate and semiconductor components, you can ensure long-lasting stability and efficient light conversion. ~30% more resistant to environmental stress than plastic-based alternatives*

  • 2. Modular Interactive Design

  • With a 10x10 grid layout and standard mounting, you can seamlessly integrate the sensor into systems for rapid prototyping or industrial applications. 50% faster system integration compared to non-modular designs*

  • 3. High-Resolution Digital Performance

  • With 100 precision-engineered components and digital output, you can capture sharp light data for real-time analysis. Delivers 2x higher resolution than 50-component sensors*

  • 4. Multi-Spectral Scenario Solutions

  • With color-varied components enabling multi-spectral detection, you can customize the sensor for security systems, color sensing, or industrial monitoring. Supports 40% broader spectral ranges than single-spectrum sensors*

  • 5. Industry-Standard Compliance

  • Complies with commercial-grade reliability and safety certifications, ensuring compatibility with professional applications. Meets ISO-comparable quality benchmarks*

Product details

Monitoring CCD CMOS Camera Sensor GC1034 GC1024 GC2033 GC1064

The Monitoring CCD CMOS Camera Sensor series (GC1034, GC1024, GC2033, GC1064) features a high-density 10x10 grid of photodiodes mounted on a durable black substrate. Designed for precision light detection, these sensors offer multi-spectral capabilities, digital output, and modular scalability for diverse optical sensing applications.

Technical specifications

FeatureSpecificationBenefit
MaterialBlack ceramic/metal substrate; semiconductor components (silicon/gallium arsenide)Enhanced thermal stability and durability for harsh environments
Grid Design10x10 array (100 components)Modular integration for scalable system design
CommunicationDigital interfaceSeamless compatibility with modern digital systems
Output TypeDigital sensorPrecise, noise-free data transmission
Spectral SensitivityMulti-wavelength detection (color variations in components)Versatile for applications requiring visible, IR, or UV light sensing

Customization guide

Adjustable component density and wavelength sensitivity to meet specific detection requirements. For instance, reduce grid density for cost-sensitive projects or prioritize IR-sensitive components for thermal imaging applications.

Get inspired

With its grid-based design and multi-spectral capabilities, this sensor array enables high-resolution imaging for surveillance systems, color calibration in industrial automation, and environmental light monitoring.

Choose your model

ParameterBase Model (GC1034)Advanced Model (GC1064)Pro Model (GC2033)
Resolution1MP2MP (+100%)4MP (+300%)*
Sensitivity500 mV600 mV (+20%)700 mV (+40%)
Spectral RangeVisible lightVisible + Near-IRFull spectrum
Operating Temp.-20°C to 60°C-30°C to 70°C-40°C to 80°C

Supplier's note

  1. Technical Breakthroughs:

    • Expanded Spectral Range: The Pro model’s full-spectrum detection enables simultaneous visible, IR, and UV sensing—critical for advanced surveillance.
    • Thermal Stability: The ceramic substrate in all models ensures 20% better heat dissipation than standard plastic substrates.
    • Modular Scalability: The grid design allows users to customize component density, reducing costs by 30% for low-resolution applications.
  2. Version Selection Guide:

    • Base Model: Ideal for standard surveillance or indoor lighting systems where cost-efficiency is prioritized.
    • Advanced Model: Suitable for industrial automation requiring IR sensitivity (e.g., temperature monitoring).
    • Pro Model: Best for extreme environments (e.g., outdoor security) where wide spectral range and thermal resilience are critical.

With the Pro model’s expanded spectral range, you can capture data across visible and IR spectra for advanced surveillance. The Advanced Model’s IR sensitivity, paired with its durable substrate, ensures reliable performance in factories. Choose the Base Model to balance cost and functionality for basic monitoring tasks.

Note: Comparative percentages are relative to industry-standard sensors with similar form factors.

Frequently asked questions

  • Which GC series optical sensor (GC1034/GC1024) is best for high-resolution surveillance systems?

  • How do I clean the lens of the Monitoring CCD CMOS Camera Sensor to maintain performance?

  • What material differences exist between silicon and gallium arsenide sensors for high-temperature applications?

  • Can the GC1034 sensor array be customized for multi-spectral color sensing in industrial setups?

  • Are these sensors RoHS-compliant and suitable for medical devices?

  • Which model (GC1024/GC1064) is best for low-light security systems?

  • Can the digital output of the GC2033 sensor integrate with existing IoT platforms?

  • Do the color variations in the sensor array affect light detection capabilities?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Light SensitivityLow-light surveillance, night monitoringIndustry Standard: 800 mV/lux·sec (ISO 12232)
Our Base: 1000 mV/lux·sec
Our Advanced: 1200 mV/lux·sec (▲)
Better visibility in dim conditions; Advanced version captures clearer imagesBase may require supplementary lighting for extreme darkness
Noise LevelQuiet environments (e.g., libraries)Industry Standard: 35 dBA
Our Base: 30 dBA (▲)
Our Advanced: 25 dBA (▲▲) (quieter than a whisper)
Minimal disruption in noise-sensitive areasBase still outperforms industry standards but Advanced is ideal for critical quiet zones
Communication InterfaceReal-time data transmissionIndustry Standard: Analog (10 Mbps)
Our Base: Digital 100 Mbps (IEEE 802.3)
Our Advanced: 1 Gbps (▲)
Faster data transfer for high-resolution streamingRequires compatible infrastructure for Advanced-tier speeds
Power ConsumptionBattery-powered devicesIndustry Standard: 1.5W
Our Base: 1.2W (IEC 60065)
Our Advanced: 0.9W (▲) (extends battery life by 30%)
Longer operational hours in remote setupsBase is energy-efficient but Advanced is critical for ultra-low-power use cases
Mounting FlexibilityCustom installations (e.g., drones)Industry Standard: Fixed mounts only
Our Base: 3 standard mounts (VESA, DIN)
Our Advanced: 5 mounts + custom brackets (▲)
Versatile installation optionsBase may limit flexibility in non-standard environments
Color SensitivityPrecision color analysis (e.g., labs)Industry Standard: 3-color (RGB)
Our Base: 5-color (RGB+IR)
Our Advanced: 8-color (▲) (CIE 1931 standard compliance)
Accurate spectral analysis for scientific or industrial useBase may suffice for basic applications but Advanced is required for precision

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