Deep learning is a robust tool developed for system designers, enabling them to rapidly automate subjective and complex decision-making processes and offer higher quality products and enhanced productivity.
Users can deploy their trained neural network to the FLIR Firefly DL powered by Neurotechnology and decrease the cost and complexity of systems by making decisions on-camera without using a host PC.
The Firefly DL camera is lightweight, has a small size and consumes minimal power, which together make it perfect for incorporating into handheld, desktop and mobile systems.
Deep Learning for Faster Deployment and New Possibilities
Through deep learning, users can rapidly develop and deploy precise solutions to overcome difficult automation issues.
Deep Learning Inference On-Camera
The cost and complexity of the system can be decreased by deploying the trained network to a Firefly DL camera. This prevents the need for a host system to handle classification tasks.
Ideal for Embedding into Compact, Portable Devices
The Firefly DL camera comes in a compact package of 27 × 27 × 14 mm, weighs just 20 g, and consumes only 2 W power.
Introducing FLIR Firefly DL Inference Camera | Machine Vision
Video Credit: FLIR Systems
Specifications
Source: FLIR Systems
| Overview |
| ADC |
10-bit |
| Chroma |
Color |
| Frame Rate |
60 |
| Lens Mount |
C-mount |
| Megapixels |
1.6 |
| Part Number |
FFY-U3-16S2C-C-DL |
| Pixel Size |
3.45 |
| Readout Method |
Global shutter |
| Resolution |
1440 x 1080 |
| Sensor Format |
1/2.9" |
| Sensor Name |
Sony IMX296 |
| Sensor Type |
CMOS |
| Warranty |
3 years |
| Compliance and Certifications |
| Compliance |
CE, FCC, KCC, RoHS, REACH. The ECCN for this product is: EAR099 |
| Machine Vision Standard |
USB3 Vision v1.0 |
| Environmental |
| Operating Humidity |
20% to 80% (no condensation) |
| Operating Temperature |
0°C to 85°C (case) |
| Storage Humidity |
20% to 95% (no condensation) |
| Storage Temperature |
-30°C to 60°C (ambient) |
| Features |
| Acquisition Modes |
Single Frame Multi Frame Continuous |
| Exposure Range |
29.0 µs to 30.0 S |
| Flash Memory |
24 MB non-volatile memory |
| Gain Range |
0.0 to 48.0 dB |
| Image Buffer |
32 MB |
| Image Processing |
Gamma, lookup table, denoise and sharpness |
| Partial Image Modes |
Pixel binning, ROI |
| Serial Port |
1 (over non-isolated I/O) |
| User Sets |
2 user configuration sets for custom camera settings |
| Performance |
| Absolute Sensitivity Threshold (y) |
9.49 |
| Dynamic Range dB |
65.69 |
| Quantum Efficiency Blue |
47 (470 nm) |
| Quantum Efficiency Green |
57 (525 nm) |
| Quantum Efficiency Red |
44 (630 nm) |
| Saturation Capacity (e-) |
10461 |
| Physical |
| Auxiliary Output |
3.3 V, 120 mA maximum |
| Dimensions [W x H x L] |
27 mm x 27 mm x 14.5 mm |
| Interface |
USB 3.1 Gen 1 |
| Mass |
20 g |
| Power |
| Power Consumption |
2.2 W |
| Power Requirements |
5 V via USB 3.1 interface |
| Recommended System Configuration |
| CPU |
3.1 GHz or equivalent CPU |
| Hard Drive |
200 MB hard drive space |
| Operating System |
Windows or Linux (32–bit or 64–bit) |
| Port |
USB 3 Port |
| RAM |
4 GB RAM or more |
Accessories
Cables
- USB 3.1 locking cable (cast metal connectors)
- USB 3.1 locking cable
GPIO Cables
- JST GPIO connector for Firefly S/DL and BFS-BD
Lenses
- Fujinon 6-mm ½″ C-mount lens
- Tamron 8-mm 1/1.8″ C-mount lens
- Tamron 16-mm 1/1.8″ C-mount lens
Host Adapters
- USB 3.1 host controller card
Tripod Adapters
- Tripod adapter for Firefly