Smaller, faster, stronger, cheaper. Better in every way that matters.
Built on a proven platform and a rich legacy of performance and versatility.
- GigE Vision®
- State-of-the-art CMOS sensors
- Higher frame rates
- Wider, deeper feature set
- Small and robust quality build
- Our lowest price ever... $495
Powerful Features, Accelerated System Performance.
Fits Tight Spaces
44mm x 29mm x 21mm
Slimmest Body Length Available
Wide Temperature Range
-20 to 60c (Housing)
Reliable in Harsh Environments
Versatile I/O
2 inputs/2 opto-coupled outputs
Easy Integration and Deployment
TurboDrive
Up to 2X Faster Transmission
Data Rate Beyond GigE Vision Limits
Super Light-Weight
46 Grams
Ideal for UAV or Robotics
Trigger-to-Image Reliability
System Level Track and Trace
Reliability, Protection from Data Loss
- Secure RJ-45 & Auxiliary connectors
- Multi-color LED for easy camera status
- 2 inputs & 2 opto-coupled outputs
- Power-Over-Ethernet (PoE) or 10-36 volts on the auxiliary connector
- C-mount or CS-Mount versions
click here or call Phase 1 Tech at (877) 688-9269 to order!
Note: The front mounting holes of all Genie series are at the same position and are the same size.
Introducing TurboDrive™...
Break Through the GigE Limit
TurboDrive technology allows Genie Nano to transfer full image quality at faster frame rates - with no change to your GigE network.
- Proprietary patent pending technology
- Does not affect image integrity
- Enabled through CamExpert, or through the
Sapera LT API
| Genie Nano with Sony IMX174 |
Standard | With TurboDrive |
|---|---|---|
| Actual FPS received on the computer |
52 FPS | 84 FPS* |
| Effective bandwidth received at the computer |
115MB/sec | 184MB/sec |
*Transfer speed with TurboDrive is image dependent.
Advanced Acquisition Features
Multi-ROI Windows (in-sensors) up to 16 ROI's
Capture only the data you need - for increased throughput
Burst acquisition
Grab at the highest sensor rate to capture fast events
General purpose Counter and Timer
Centralize acquisition controls-- never miss an event, or strobe
Trigger to Image Reliability
Improved system reliability and customer confidence, Packet resend statistics, Over trigger event monitors, In-camera image accumulation count
Genie™ Nano Features Roadmap
Multi-ROI Windows (FPGA based) for the IMX249
Capture only the data you need - increased throughput
Multi-Exposures in Cycling Mode
Improves image quality for better analysis
Auto-Brightness (AGC and Exposure)
Improves image quality in challenging lighting conditions
Color Enhancement
Improves image quality for better quality control
Multicast Feature
Commands and image distribution to simplify setup
Precise Time Protocol (IEEE 1588) support
Same timestamp on multiple cameras
Versatile High Speed GigE-Vision Cameras
Genie Nano C640
640 x 480 @ 862fps (with TurboDrive)
Using the On-Semi Python300 Color sensor
Genie Nano M640
640 x 480 @ 862fps (with TurboDrive)
Using the On-Semi Python300 Monochrome sensor
Genie Nano M640-NIR
640 x 480 @ 862fps (with TurboDrive)
Using the On-Semi Python 300 Monochrome with enhanced IR sensor
Genie Nano C800
800 x 600 @ 566fps (with TurboDrive)
Using the On-Semi Python500 Color sensor
Genie Nano M800
800 x 600 @ 566fps
Using the On-Semi Python500 Monochrome sensor
Genie Nano M800-NIR
800 x 600 @ 552fps (with TurboDrive)
Using the On-Semi Python 500 Monochrome with
enhanced IR sensor
Genie Nano C1240
1280 x 1024 @ 83fps
Using the On-Semi Python P3 1300 Color
Genie Nano M1240
1280 x 1024 @ 83fps
Using the On-Semi Python P3 1300 Mono
Genie Nano C1280
1280 x 1024 @ 213fps (with TurboDrive)
Using the On-Semi Python1300 Color sensor
Genie Nano M1280
1280 x 960 @ 24fps (with TurboDrive)
Using the Sony monochrome CCD sensor
Genie Nano M1280-NIR
1280 x 1024 @ 203fps (with TurboDrive)
Using the On-Semi Python 1300 Monochrome with
enhanced IR sensor
Genie Nano C1450
1456 x 1088 @ 161fps (Burst Mode)
Using the Sony IMX273 Color
Genie Nano M1450
1456 x 1088 @ 161fps (Burst Mode)
Using the Sony IMX273 Monochrome
Genie Nano C1920
1920 x 1200 @ 39.1fps (with TurboDrive)
Using the Sony Pregius IMX249 2.3M Color sensor
Genie Nano M1920
1920 x 1200 @ 39.1fps (with TurboDrive)
Using the Sony Pregius IMX249 2.3M Monochrome sensor
Genie Nano M1930 / M1930-NIR
1920 x 1200 @ 116fps (with TurboDrive)
Using the On-Semi Python 2000 Monochrome
and the enhanced IR sensor version
Genie Nano C1930
1920 x 1200 @ 116fps (with TurboDrive)
Using the On-Semi Python 2000 Color
Genie Nano C1940
1920 x 1200 @ 84fps (with TurboDrive)
Using the Sony Pregius IMX174 2.3M Color sensor
Genie Nano M1940
1920 x 1200 @ 84fps (with TurboDrive)
Using the Sony Pregius IMX174 2.3M Monochrome sensor
Genie Nano C1950
1936 x 1216 @ 119fps (Burst Mode)
Using the Sony IMX392 2.4M Bayer sensor
Genie Nano M1950
1936 x 1216 @ 119fps (Burst Mode)
Using the Sony IMX392 2.4M Mono sensor
Genie Nano C2020
2048 x 1536 @ 53fps (with TurboDrive)
Using the Sony IMX265 Color sensor
Genie Nano C2020IF
2048 x 1536 @ 53fps
Using the Sony IMX265 Color sensor
Integrated IR cut-off filter
Genie Nano M2020
2048 x 1536 @ 55fps (with TurboDrive)
Using the Sony Pregius IMX265 3.2M Monochrome sensor
Genie Nano C2050
2048 x 1536 @ 143fps (Max. internal)
Using the Sony IMX252 Color sensor
Genie Nano C2050IF
2048 x 1536 @ 143fps
Using the Sony IMX252 Color sensor
Integrated IR cut-off filter
Genie Nano M2050
2048 x 1536 @ 143fps (Max. internal)
Using the SonyMX252 Monochrome sensor
Genie Nano C2420
2448 x 2048 @ 35fps (with TurboDrive)
Using the Sony IMX264 Color sensor
Genie Nano C2420IF
2448 x 2048 @ 35fps
Using the Sony IMX264 Color sensor
Integrated IR cut-off filter
Genie Nano M2420
2448 x 2048 @ 35fps (with TurboDrive)
Using the Sony Pregius IMX264 5.1M Monochrome sensor
Genie Nano C2450
2448 x 2048 @ 93fps (Max. internal)
Using the Sony IMX250 Color sensor
Genie Nano C2450OF
2448 x 2048 @ 93fps
Using the Sony IMX250 Color sensor
Integrated IR cut-off filter
Genie Nano M2450
2448 x 2048 @ 93 (Max. internal)
Using the Sony IMX250 Monochrome sensor
Genie Nano M2450 Polarized
2448 x 2048 @ 35fps (with TurboDrive*)
Using the Sony IMX250MZR Monochrome 8 or 12-bits
Genie Nano C2590
2592 x 2048 @ 51fps (with TurboDrive)
Using the On-Semi Python 5000 Color
Genie Nano M2590 / M2590-NIR
2592 x 2048 @ 51fps (with TurboDrive)
Using the On-Semi Python 5000 Monochrome
and the enhanced IR sensor version
Genie Nano C4020
4112 x 3008 @ 20fps (Burst Mode)
Using the Sony IMX304 Color sensor
Genie Nano M4020
4112 x 3008 @ 20fps (Burst Mode)
Using the Sony IMX304 Monochrome sensor
Genie Nano C4030
4112 x 2176 @ 30fps (Burst Mode)
Using the Sony IMX267 Color sensor
Genie Nano M4030
4112 x 2176 @ 30fps (Burst Mode)
Using the Sony IMX267 Monochrome sensor
Genie Nano C4040
4112 x 3008 @ 40fps (with TurboDrive)
Using the Sony IMX253 Color sensor
Genie Nano M4040
4112 x 3008 @ 40fps (with TurboDrive)
Using the Sony IMX253 Monochrome sensor
Genie Nano C4060
4112 x 2176 @ 56.5fps (with TurboDrive)
Using the Sony IMX255 Color sensor
Genie Nano M4060
4112 x 2176 @ 56.5fps (with TurboDrive)
Using the Sony IMX255 Monochrome sensor
Genie NanoXL M4090 / M4090-NIR
4096 x 4096 @ 30fps (Burst Mode)
Using the On-Semi Python 16K Sensor
Available in Monochrom or IR
Genie NanoXL M5100 / M5100-NIR
5120 x 5120 @ 20.1fps (Burst Mode)
Using the On-Semi Python 25K Sensor
Available in Monochrom or IR
Genie Nano-5G M2050 / C2050
2064 x 1544 @ 190fps (with TurboDrive)
Using the Sony IMX252 Sensor
Available in Monochrome or Color
Genie Nano-5G M2450 / C2450
2464 x 2056 @ 114fps (with TurboDrive)
Using the Sony IMX250 Sensor
Available in Monochrome or Color
Genie Nano-5G M4040 / C4040
4112 x 3008 @ 63fps (with TurboDrive)
Using the Sony IMX253 Sensor
Available in Monochrome or Color
Genie Nano-5G M4060 / C4060
4112 x 2176 @ 88fps (with TurboDrive)
Using the Sony IMX255 Sensor
Available in Monochrome or Color
Genie Nano-5G M8105 / C8105
8192 x 5420 @ 15fps (with TurboDrive)
Using the On-semi XGS45000 Sensor
Available in Monochrome or Color