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| Categories | Thermal Security Camera |
|---|---|
| Power Consumption: | 0.4W |
| Brand Name: | SensorMicro |
| Model Number: | iTL608 |
| Certification: | ISO9001:2015; RoHS; Reach |
| Place of Origin: | Wuhan, Hubei Province, China |
| MOQ: | 1 Piece |
| Price: | Negotiable |
| Payment Terms: | T/T |
| Pixel Pitch: | 8μm |
| Typical NETD: | ≤30mK |
| Frame Rate: | 30/50Hz |
| Resolution: | 640x512 |
| Spectral Range: | 8~14μm |
| Company Info. |
| Wuhan SensorMicro Technology Co., Ltd |
| Verified Supplier |
| View Contact Details |
| Product List |
Tiny in size, mighty in performance — meet the iTL608 miniature thermal camera core! This thumb-sized thermal imaging module weighs just 6.7 grams, featuring ultra-compact dimensions and top-tier integration for portable device embedding. Packing a professional VOx detector, 640*512 crisp resolution and ≤30mK ultra-high sensitivity, it spots subtle temperature differences invisible to the naked eye. Enjoy fast 6s startup, smooth dual frame rates, and intelligent NUC & 3DNR image enhancement for flawless thermal visuals. Built tough to work steadily from -40°C to +70°C, it supports versatile interface options and flexible development, perfectly fitting handheld thermal imagers, security monitoring and all-day night vision applications.
| Model | iTL608 |
|---|---|
| IR Detectors Indicators | |
| Sensitive Material | VOx |
| Resolution | 640*512 |
| Pixel Size | 8μm |
| Spectral Response | 8μm ~ 14μm |
| Typical NETD | ≤30mK |
| Image Processing | |
| Digital Frame Rate | 30/50Hz |
| Start-up Time | ≤6s |
| Digital Video | RAW/YUV/TMP |
| Image Algorithm | NUC/3DNR/DNS/DRC/EE |
| Image Display | 10 Types (White Hot/Lava/Iron Red/Hot Iron/Medical/Arctic/Rainbow 1/Rainbow 2/Tint/Black Hot) |
| PC Software | |
| Software | Module Control & Video Display |
| Electrical | |
| Standard External Interface | 34Pin_Connector Interface: BP04SD-34-0065-R0 |
| Communication Interface | TTL-232/USB2.0/I2C |
| Digital Video Interface | MIPI/USB2.0/BT.656 |
| Supply Voltage | 4-5.5V |
| Typical Power Consumption | 0.4W |
| Mechanical | |
| Size (including lens) | With 6mm lens: 13 * 13 * 18.3 mm (lens outer diameter Φ12.3 mm) With 8.7mm lens: 13 * 13 * 19.8 mm (lens outer diameter Φ15.6 mm) With 16.7mm lens: 13 * 13 * 27.9 mm (lens outer diameter Φ22.2 mm) With 30mm lens: 13 * 13 * 39 mm (lens outer diameter Φ36 mm) |
| Weight (including lens) | 6.7±1.5g (6mm lens) 7.5±1.5g (8.7mm lens) 17±1.5g (16.7mm lens) 42.7±1.5g (30mm lens) |
| Environmental Adaptability | |
| Operating Temperature | -40℃~+70℃ |
| Storage Temperature | -45℃~+85℃ |
| Humidity | 5%~95%, non-condensing |
| Vibration | 5.35grms, Random Vibration, 3-axis |
| Impact | Half Sine Wave, 40g/11ms, Impact Direction X Axis, 3 times |
| Certification | ROHS2.0/REACH |
| Optical Lens | Fixed Focus Athermal: 6/8.7/16.7/30mm |
In most cases, you cannot. But infrared rays can't penetrate walls, and also the glass can block IR. So, if you don't want to be detected, you can conceal behind glass or walls to block the thermal imaging.
In the Lava pseudo color, the white indicates high temperature and dark red indicates low temperature. Its entire palette uses warm colors. For ultra-high temperature targets, it is more in line with human visual viewing.
It is a means of measuring the distance at which an infrared
detector can produce an image of specific target and can be divided
into detection range, recognition range, identification range.
D (Detection): ability to distinguish an object from the background
R (Recognition): ability to classify the object class (animal,
human, vehicle, boat …)
I (Identification): ability to describe the object in details (a
man with a hat, a deer, a Jeep …)
According to Johnson's criteria, when the probability of target
detail visible at the DRI distance is 50%, the minimum number line
pairs of the target is 1:3:6 (or 1:4:8), and the corresponding
minimum number of pixels is 2:6:12 (or 2:8:16).
Assuming that the target diameter is H, the focal length is f, the
pixel size is d, and the number of line pairs is n, then the view
distance L=H*f/(2n*d)
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