Video output: Parallel (LVDS / Y/C via FFC), CVBS; AVI/TVI/LVDS modes
Size: 43.8 × 47 × 63.5 mm
Weight: approx. 140 g
Sensor: 1/3.1″ Progressive Scan Global Shutter CMOS
Max. Resolution: 1080p @ 60 fps (Parallel)
Description
The ATC-HZ8909Z-PC from KT&C is a compact Full-HD 2 MP Global Shutter Zoom Camera with a 1/3.1″ Progressive Scan CMOS sensor. It provides outstanding image quality and accurate color reproduction even under dynamic lighting conditions. With an integrated 9× optical zoom (plus 12× digital zoom) and 1080p @ 60 fps output via Parallel and CVBS interfaces, this module is ideal for OEM integration in industrial, robotic, and broadcast systems.
Advanced features such as True WDR, 2D/3D DNR, Defog, and Digital Image Stabilization (DIS) guarantee clear images even in challenging environments. With RS-232 TTL control (VISCA / Pelco-D/P auto-detection), the camera can be easily integrated into existing control systems. Mechanical Day & Night ICR switching further enhances flexibility for both daylight and low-light applications.
Its robust design (43.8 × 47 × 63.5 mm, ≈ 140 g) and low power consumption (max 4.7 W) make the ATC-HZ8909Z-PC the perfect choice for industrial vision, robotics, medical, and research applications.
Features
- 1/3.1″ Progressive Scan Global Shutter CMOS Sensor
- Full-HD 1080p @ 60 fps / 720p @ 60 fps / 1080i @ 60 fps
- 108× AF Zoom (9× optical + 12× digital)
- Mechanical Day & Night (ICR Switching)
- True WDR, 2D/3D DNR, Defog, Digital Image Stabilization (DIS)
- UART RS-232 TTL Control (VISCA / Pelco-D/P, auto detection)
- Parallel (Y/C) and CVBS Video Outputs
- Compact Design 43.8 × 47 × 63.5 mm / Approx. 140 g
- Operating Temperature −10 °C ~ +50 °C
Specifications ATC-HZ8909Z-PC
| ATC-HZ8909Z-PC | Specifications |
|---|---|
| Image Sensor | 1/3.1″ Progressive Scan Global Shutter CMOS |
| Effective Pixels | 3.2 MP (2064 × 1552) |
| Video Outputs | Parallel (Y/C) / CVBS |
| Max. Resolution | 1080p @ 60 (50) fps |
| Min. Illumination | Day 0.03 Lux (F1.7) / Night 0.01 Lux (F1.7, ICR on) |
| S/N Ratio | > 52 dB (AGC off) |
| Lens | AF Optical Zoom Lens (DC Iris), IR Corrective, f = 4.8–40.8 mm F1.7–3.1 |
| Zoom | 9× Optical / 12× Digital (108× AF total) |
| Field of View | H 52.8°–6.4°, V 40.4°–4.8° |
| Focus Modes | Auto / Manual / One-Push / Interval / Preset |
| Exposure Modes | Auto / Iris Priority / Shutter Priority / Manual |
| Shutter Speed | 1/1 – 1/30000 sec |
| White Balance | Auto / Indoor / Outdoor / One-Push / ATW / Manual |
| WDR / D-WDR | Low / Middle / High |
| Noise Reduction | 2D & 3D DNR (Auto/Manual) |
| Defog | On / Off (Low / Middle / High) |
| Image Stabilization | Digital Image Stabilizer (DIS) |
| Control Interface | UART RS-232 TTL (+5 V / +3.3 V compatible) |
| Protocols | VISCA / Pelco-D/P (auto detection) |
| Power Supply | 12 V DC (9–15 V DC) |
| Power Consumption | Max 4.7 W / 2.7 W (Idle) |
| Dimensions | 43.8 × 47 × 63.5 mm |
| Weight | Approx. 140 g |
| Operating Temperature | −10 °C ~ +50 °C / Humidity < 90 % |
| Storage Temperature | −20 °C ~ +60 °C / Humidity < 90 % |
| Basic | Category: | Block Cameras, Global Shutter Block Cameras |
|---|---|
| Basic | Max Resolution: | Full-HD (1080@60p) |
| Imaging | Sensor: | 1/3 CMOS |
| Imaging | Pixel: | 2 Megapixel |
| Imaging | Optical Zoom: | 9x |
| Imaging | Digital Zoom: | 12x |
| Camera: | HD Block Camera |
| Dimension | Hight: | 40 - 50 mm |
| Dimension | Length: | 60 - 70 mm |
| Dimension | Width: | 41 - 50 mm |
| Dimension | Weight: | 100 - 150 gr |
| Camera Video Output: | CVBS, LVDS, Parallel |
| Filename | Version | Date | Size |
|---|---|---|---|
| 01 KT&C ATC-HZ8909Z-PC Datasheet | n/a | 2025-04-23 | 0,3 MB |
KT&C develops compact block cameras with up to 4K resolution for professional applications in industry, security and medical technology.
The cameras offer powerful zoom, excellent image quality in low light conditions and a wide range of interfaces (HDMI, SDI, IP, USB).
Thanks to many years of experience, ISO certifications and global integration support, they are ideal for OEM solutions and demanding system integration.















