China TianYing HD300-SDI 18km plane surveillance security EO coaxial zoom no chromatic aberration NIR CCTV camera is the world's leading visual optronic sensor, engineered to aim and align targets instantly when seen, specifically use in an airborne, marine and land tactical platforms.
Only a compact EO camera replaces traditional continuous zoom, spotter, multi-spectral, HD no chromatic aberration color, NIR, low light and supper defog all TVS. Ruggedly built and sized to leave a tiny footprint, it stands up to harsh environmental conditions and fits into the most tightly constrained spaces.
The camera features a compact, domestic, digital, multiple AI technologies intelligent, presetting, multi-schema database, concise, integration, focus coplanar design, wide spectrum, global exposure 4MP 1/1.8-inch sensor and 10~300mm continuous coaxial zoom pure optical lens.
Mounted on a stabilized platform, this high-performance camera captures crisp sharp images of high color saturation and aligns targets with extraordinary accuracy simultaneously.
Recommended Use:
1. Measuring aim.
2. Weapon sight.
3. Defense.
4. Target tracking.
5. Anti-missile.
6. Precision aerial photo and surveillance of crisp sharp images with high color saturation.
Comparative advantage features:
1. No chromatic aberration design, the edge of the telephoto image is sharp, clean and complete;
2. Long and short focal coaxial zoom;
3. No jumping during zooming;
4. Supper defog ability and better effect;
5. Ultra-small size, ultra-light weight and ultra-high impact resistance intensity;
6. Swiss motor level life;
7. Crisp sharp images of high color saturation is conducive to the detection of long range and small targets, and multiplication of recognition ability;
8. Large depth of field in long focal length, fast smooth zoom with stable real-time image and no image blackout;
9. 400-1100nm spectral range focus coplanar design, no secondary focusing.
4MP 10~300mm coaxial zoom no chromatic aberration surveillance CCTV camera specifications:
Model |
HD300 |
Performance |
Detect range |
Approx 15km for lighthouse, Approx 18km for plane |
Recognize range |
Approx 10km for lighthouse, Approx 12km for plane |
Sensor |
Effective sensor size |
Global exposure micron |
Effective Pixels |
> 2 Megapixel, option 4 Megapixel |
Resolution |
1920 x 1080 pixels |
Frame Rate |
25Hz/30Hz. |
Signal to noise ratio |
≥50dB (AGC OFF), option ≥90dB |
Electronic Defog |
Yes |
Optics |
Wavelength range |
400nm ~ 1100nm (0.4~0.7μm daylight, 0.7μm~1.1μm NIR SWIR) |
Field of View (3.45um-SDI),° |
Approx 37.5° x 21.1° ~ 1.26° x 0.71° |
Field of View (3.75um-LAN),° |
Approx 40.8° x 22.9° ~ 1.37° x 0.77° |
Focal Length |
10mm~300mm continuous optical zoom. |
Aperture |
F3.5~F6.5 |
Close-up distance, m |
Approx 1m |
Focus |
Quick automatic with no shift, including switching mode |
No chromatic aberration |
Yes |
Through-zoom boresight |
10-20pixels deviation, option 1pixel and ≤ 3 pixel, typical 2 pixel |
Large depth of field in long focal length |
Yes |
Coplanar visible light and infrared |
Yes, including short focal length and long focal length |
Rear focal adjustment |
electric |
Real-time data backhaul |
focal length preset, focusing preset,specify focal length position etc |
Digitalization(real-time) |
Data backhaul, preset bit, focusing bit, specify focal length etc |
AI Intellectualization |
Multi-schema database, 3x optics filter IR supper defog etc |
Motor life |
Swiss motor level |
Optical zoom time + focus time |
Approx 8 seconds with basically real-time focus |
Lens control |
electric zoom, electric/auto focus, electric/auto optical filter |
Input / Output |
Power supply |
DC12 ±10% |
Video output |
HDSDI/EXSDI digital, CVBS analog; |
|
Option LAN network video: RJ45 H.265/H.264/MJPEG, BNC |
Image Control |
Control interface |
RS422 |
Environmental Adaptability |
Operating Temperature(no heater) |
-40°C to +60°C , temperature shock 5°/min |
Storage Temperature |
-50ºC to +70ºC |
Impact resistance and shock-proof (G) |
Meet relevant standard, up to ultra-high impact resistance |
Physical |
Dimensions without house |
Approx 1696 cubic centimeters. |
Weight without house |
Approx 1.75kg |
Packing and Warranty |
Standarding accessories packing |
hard case, user's manual, details test report, video cable, power cable |
Warranty |
1 year warranty and free lifetime maintenance. |
Note: *- Technical information is subject to change without notice. ** -Depending on the region of sale.
*** - Option add normal house and sealing house. |
Question:
1, Why normal telehoto CCTV camera can not see human 10km? such as telehoto 1000mm, 1200mm etc.
Because their focal length data is not real, their focal length is not pure optics, their lens diameter is too small, their telephoto image is not clear, or their defog is bad;
Such as 1200mm is only 1000mm real focal length, then plus 2x extender said 2400mm focal length, even 770mm-800mm is only 400mm real focal length.
When telephoto image is clear, sharp and crisp with with high color saturation, then, discernment will be multiplied; also, normal long range have fog, especially the sea and the jungle.
2, Why the 2MP camera image is better than some 8MP and even 8K camera?
Because the camera is no chromatic aberration design that image is clear and sharp with high color saturation, including telephoto edge image.
3, Why many 750mm/ 1000mm/ 1200mm focal length CCTV surveillance camera is only used for 3km-5km laser rangefinder?
Because their optical axis can not align target, such as 2mrad accuracy is 2m for 1000m distance and 6m for 3000m distance.
then their camera can not shoot 3km vehicle, so their laser rangefinder task is only roughly measurement.
4, Why the 2MP camera price is much higher than normal CCTV camera?
Because the camera is coaxial zoom with no chromatic aberration, rapid auto, supper defog, wide spectrum, shockproof, compact size and ultra-long life, also image quality can compete with some SLR camera.