Blackfly S GigE CMOS Camera by Teledyne Photon Machines
| Brand | Teledyne Photon Machines |
|---|---|
| Origin | USA |
| Model | Blackfly S GigE |
| Sensor | Sony IMX287 CMOS |
| Resolution | 0.4 MP (720 × 540) |
| Max Frame Rate | 350 fps (with lossless compression) |
| Interface | GigE Vision (IEEE 802.3, PoE compliant) |
| Onboard Features | IEEE 1588 Precision Time Protocol (PTP) synchronization, programmable GPIO, LUT, gamma, offset, gain, and auto-exposure control |
| Compliance | RoHS, CE, FCC Class A |
Overview
The Blackfly S GigE CMOS Camera is a high-performance, industrial-grade area-scan imaging device engineered for precision machine vision, scientific imaging, and real-time optical monitoring applications. Built around the Sony IMX287 global-shutter CMOS sensor—a monochrome, 720 × 540 pixel device with on-chip correlated double sampling (CDS) and low-noise architecture—the camera delivers exceptional image fidelity, temporal stability, and dynamic range in demanding environments. Its Gigabit Ethernet interface conforms fully to the GigE Vision 2.0 standard, enabling deterministic data transfer over distances up to 100 meters without repeaters. The camera operates on Power over Ethernet (PoE), eliminating the need for separate power cabling and simplifying system integration. Designed for deterministic timing-critical workflows, it supports IEEE 1588-2008 Precision Time Protocol (PTP) for sub-microsecond clock synchronization across distributed multi-camera systems—essential for stereo vision, motion analysis, and synchronized multi-sensor acquisition.
Key Features
- Global-shutter Sony IMX287 CMOS sensor with 720 × 540 active pixels and 6.9 µm pixel pitch, optimized for high-speed, distortion-free imaging of moving objects.
- Maximum frame rate of 350 fps at full resolution using on-camera lossless compression (SPARK), reducing bandwidth load while preserving quantitative pixel integrity.
- Programmable onboard image processing including lookup tables (LUT), gamma correction, black level offset, gain control, and auto-exposure algorithms—enabling real-time preprocessing without host CPU overhead.
- GigE Vision-compliant firmware with GenICam v3.1 support ensures seamless interoperability with third-party software development kits (e.g., HALCON, OpenCV, MATLAB Image Acquisition Toolbox, and NI Vision).
- Industrial-grade housing with IP40-rated aluminum enclosure, operating temperature range of 0–45 °C, and ESD-protected I/O lines for robust deployment in laboratory and factory-floor settings.
- Configurable GPIO interface (4-pin Hirose HR10A) supporting TTL-level triggers, strobe outputs, and external synchronization signals—critical for time-gated fluorescence imaging or pulsed-light inspection.
Sample Compatibility & Compliance
The Blackfly S GigE is designed for integration into optical imaging platforms requiring high spatial fidelity and temporal repeatability. It accepts C-mount lenses (standard thread: 17.526 mm flange focal distance), enabling compatibility with a broad range of off-the-shelf optics—including telecentric, UV-transmissive, and NIR-optimized lenses—for applications ranging from microfluidic flow visualization to laser-induced breakdown spectroscopy (LIBS) signal capture. The camera complies with key international regulatory and industry standards: RoHS Directive 2011/65/EU (hazardous substance restriction), CE marking per EMC Directive 2014/30/EU and Low Voltage Directive 2014/35/EU, and FCC Part 15 Class A emission limits. While not certified for medical device use under IEC 62304 or FDA 21 CFR Part 820, its deterministic behavior and audit-ready register-level configuration logging support GLP/GMP-aligned validation protocols when deployed in QC/QA optical test stations.
Software & Data Management
Teledyne’s proprietary Spinnaker SDK provides cross-platform (Windows, Linux, macOS) C++, Python, and .NET APIs with full GenICam feature access. All camera parameters—including exposure time, gain, trigger mode, packet size, and PTP domain configuration—are programmatically controllable and persistently stored in non-volatile memory. The SDK includes built-in support for timestamped frame metadata embedding (including PTP-synchronized UTC timestamps), enabling traceable data provenance required for ISO/IEC 17025-accredited laboratories. For long-duration acquisitions, the camera supports hardware-accelerated ring buffer management and lossless streaming to NVMe-backed storage arrays via optimized DMA pipelines. Audit trails—including user-modified settings, firmware version history, and sensor calibration date stamps—are exportable in CSV or XML format for internal quality documentation.
Applications
- High-speed particle tracking and two-dimensional velocity field mapping in fluid dynamics research (e.g., PIV pre-processing).
- Real-time defect detection in semiconductor wafer inspection and printed circuit board (PCB) automated optical inspection (AOI).
- Synchronization-capable multi-camera arrays for 3D surface profilometry and photogrammetric reconstruction.
- Time-resolved spectral imaging where precise inter-frame timing and minimal shutter lag are critical—such as pump-probe microscopy or time-of-flight (ToF) light-sheet acquisition.
- Integration into OEM analytical instruments requiring compact, low-power, and standards-compliant imaging modules—e.g., portable Raman spectrometers or laser-induced fluorescence (LIF) detectors.
FAQ
Does the Blackfly S GigE support hardware triggering with microsecond-level jitter?
Yes. The camera features a dedicated opto-isolated trigger input with ≤1.5 µs timing jitter (measured RMS) and configurable trigger delay down to 1 µs resolution.
Can the on-camera lossless compression be disabled to output raw 12-bit pixel data?
Yes. Compression is optional and configurable via Spinnaker SDK; raw Bayer or mono 12-bit pixel data is available in uncompressed mode.
Is firmware update capability available in the field without requiring hardware rework?
Yes. Firmware updates are performed over GigE using Spinnaker SDK or FlyCap2 GUI, with dual-bank flash architecture ensuring fail-safe recovery.
What lens mount options are supported besides C-mount?
Only C-mount is natively supported; CS-mount compatibility requires a 5 mm extension ring, which may affect back focal length alignment and must be validated per optical design.
Does the camera provide NIST-traceable radiometric calibration data?
No. Radiometric calibration is application-specific and must be performed externally using calibrated light sources and reference targets per ISO 15739 or EMVA 1288 standards.
