Phantom C980
When your analysis demands more detail, the Phantom C980 delivers. Its 8-megapixel, 4/3-inch BSI sensor resolves fine structure across a wider field of view capturing 3840 × 2160 at 1,180 fps with the clarity that precision measurement requires. Native Canon RF lens control brings modern optics and electronic aperture and focus to your workflow, while the fully standalone design keeps everything self-contained. It's the highest-resolution camera in the C-Series, built for demanding PIV, materials testing, and life-sciences research.
| 1,180 fps | 3840 × 2160 | 22 mm 4/3" | 2 µs | 28 GB |
|---|---|---|---|---|
| Max. Frame Rate | Max. Frame Resolution | Sensor | Min. Exposure | RAM |
The C980's 8-megapixel, 4/3-inch sensor is built for applications where spatial detail is non-negotiable. A larger sensor and higher pixel count mean a wider field of view and more measurable data points per frame so you can cover a broader scene without sacrificing the fine structure that drives accurate analysis. Advanced BSI CDS architecture keeps read noise below 5e-, delivering clean images even under difficult lighting.
- Maximum Spatial Resolution: 8 MP across a 22 mm 4/3-inch sensor resolves fine geometry and dense particle fields with the detail that high-precision measurement demands.
- Wider Field of View: The larger sensor captures more of the scene in a single frame fewer cameras, broader coverage, and richer context for every event.
- Trustworthy Data in Any Light: Low-noise BSI with correlated double sampling (CDS) preserves clarity in low-light and high-contrast conditions, so your measurements hold up.
The C980 is designed to take full advantage of native Canon RF optics. Electronic aperture and focus control put lens settings at your fingertips through Phantom software, while broad adapter support opens the door to specialized and legacy glass. Paired with a fully self-contained body, the C980 gives you the optical flexibility of a modern imaging platform without external controllers or a junction box.
- Native RF Lens Control: Electronic aperture and focus control over Canon RF lenses streamlines setup and repeatability directly from Phantom PCC.
- Adapt to Any Optic: Support for M42×1.0, M42×0.75, and EF/F-mount adapters plus an available C-mount housing variant matches the camera to microscopy, telephoto, and specialty optics.
- Self-Contained by Design: Integrated programmable I/O, 3G-SDI output, IRIG-B timecode, and standard RJ45 Ethernet remove the need for tethered infrastructure.
Despite its 8-megapixel sensor, the C980 keeps the compact 9.6 × 9.6 × 6.8 cm footprint and 1.4 lb (0.6 kg) body of the C-Series small enough for benches, test stands, and multi-camera rigs, yet rugged enough for real-world testing. Active cooling with a quiet capture mode keeps performance stable across long sessions and demanding environments
- Deploy Anywhere: 1/4-20 and M4 mounting points on every face, plus a preliminary 30G operational shock rating, make the C980 easy to position and dependable under load.
- Scales to Multi-Camera Systems: Precise external sync via F-SYNC or IRIG-B timecode coordinates the C980 with other cameras for stereo, DIC, and synchronized capture.
- Onboard Storage & Fast Transfer: 28 GB RAM with up to 63 multi-cine partitions and an integrated USB-A port for direct .cine file transfers keeps data moving.
SOLVING YOUR MOTION ANALYSIS CHALLENGES
| RESOLUTION THAT REVEALS MORE | 8 MP across a 4/3-inch sensor uncovers fine structural detail and captures more of the scene turning subtle motion into measurable data. |
| MINIMIZE MOTION BLUR | A true global shutter with exposures as short as 2 µs freezes fast events without blur or distortion. |
| PIV-READY | Shutter-off (frame-straddling) mode produces precise image pairs for particle image velocimetry across a wide, high-resolution field. |
| FLEXIBLE WORKFLOW | PCC, PCA and SDK provide a seamless workflow from image acquisition through processing and analysis. |
| PURE DATA, PRECISE INSIGHTS | Raw .cine files retain every pixel as recorded by the camera, delivering unaltered data for critical analysis. |
