For an in-depth look at model specifications please click the part numbers below.
| Models | MP | Resolution | Fake FPS | FPS | Sensor | Format | Pixel Size | Shutter | Lens Mount | Chroma | GigE Vision Interface |
|---|---|---|---|---|---|---|---|---|---|---|---|
| PHX200S | 20.0 MP | 5472 x 3648 px | 1 | 6 fps | Sony IMX183 CMOS | 1" | 2.40 µm | Rolling | C | Mono / Color | RJ45 |
| PHX120S | 12.3 MP | 4096 x 3000 px | 2 | 10 fps | Sony IMX304 CMOS | 1.1" | 3.45 µm | Global | C | Mono / Color | RJ45 |
| PHX089S | 8.9 MP | 4096 x 2160 px | 3 | 13.7 fps | Sony IMX267 CMOS | 1" | 3.45 µm | Global | C | Mono / Color | RJ45 |
| Models | MP | Resolution | Fake FPS | FPS | Sensor | Format | Pixel Size | Shutter | Lens Mount | Chroma | GigE Vision Interface |
|---|---|---|---|---|---|---|---|---|---|---|---|
| PHX122S | 12.2 MP | 4024 x 3036 px | 1 | 9.7 fps | Sony IMX226 CMOS | 1/1.7" | 1.85 µm | Rolling | C | Mono / Color | RJ45 / ix Connector |
| PHX064S | 6.4 MP | 3088 x 2064 px | 2 | 18 fps | Sony IMX178 CMOS | 1/1.8” | 2.4 µm | Rolling | C / NF | Mono / Color | RJ45 / ix Connector |
| PHX050S-P/Q | 5.0 MP | 2448 x 2048 px | 3 | 24 fps | Sony IMX250MZR/MYR CMOS | 2/3" | 3.45 µm | Global | C / NF | Polarized Mono / Polarized Color | RJ45 / ix Connector |
| PHX050S | 5.0 MP | 2448 x 2048 px | 4 | 24 fps | Sony IMX264 CMOS | 2/3" | 3.45 µm | Global | C / NF | Mono / Color | RJ45 / ix Connector |
| PHX032S | 3.2 MP | 2048 x 1536 px | 5 | 38 fps | Sony IMX265 CMOS | 1/1.8" | 3.45 µm | Global | C / NF / S | Mono / Color | RJ45 / ix Connector |
| PHX023S | 2.3 MP | 1920 x 1200 px | 6 | 52 fps | Sony IMX392 CMOS | 1/2.3" | 3.45 µm | Global | C / NF / S | Mono / Color | RJ45 / ix Connector |
| PHX016S | 1.6 MP | 1440 x 1080 px | 7 | 77 fps | Sony IMX273 CMOS | 1/2.9" | 3.45 µm | Global | C / NF / S | Mono / Color | RJ45 / ix Connector |
| PHX004S | 0.4 MP | 728 x 544 px | 8 | 291 fps | Sony IMX287 CMOS | 1/2.9" | 6.9 µm | Global | C / NF / S | Mono / Color | RJ45 / ix Connector |
Consider today’s most challenging, highly demanding imaging applications with unsurpassed imaging quality running 24/7. The Phoenix machine vision camera delivers the incredible quality and performance of Sony Pregius™ sensors – the industry leading global shutter CMOS sensor. Sony’s global shutter technology captures crystal clear, non-distorted images with exceptionally low read noise and very high dynamic range. Sony’s Pregius CMOS sensors used in the Phoenix cameras provide the imaging quality needed for today’s most challenging tasks. More Sony sensors coming soon.
The default shape of the Phoenix resembles a traditional camera shape. However, individual board stacks can be unfolded to various degrees to best fit your application. For example, use a 90° angle camera shape for corner mounting or even a 180° angle shape for the ultimate custom fit.
The Phoenix is the smallest camera in the GigE PoE market. The smallest Phoenix measures only 24 x 24 x 27.35 mm, takes up to 30% less PCB area than other board level cameras, and is up to 40% smaller than other cased cameras. Despite its compact size, it performs as a full featured cased camera.
The ix Industrial connector uses 70% less space compared to RJ45 sockets. It provides high EMC immunity, active metal snap-in hooks, a locking force greater than 98 n, guarantee of 5,000 mating cycles, and railway EN 50155 specification compliance for shock and vibration resistance.
The Phoenix is available with a NF-mount for additional space savings. When paired with LUCID’s 2/3” 5 megapixel rated NF-mount lenses it provides a 40% space reduction and up to 50% weight reduction while maintaining the same imaging performance as a standard C-mount lens. In addition, the Phoenix NF-mount models maintain the overall 24 x 24 mm cross section when using our NF-mount lens.
Reliable camera technology can greatly improve the performance and lifespan of end designs and significantly decrease the amount of time lost to diagnosing, troubleshooting and repairing. To reduce these issues, the Phoenix camera is meticulously engineered to operate in demanding industrial environments. Before our cameras begin production, numerous prototypes are stress tested to their extremes for temperature, vibration and humidity tolerance. Our unique, high-quality design allows the Phoenix camera to operate flawlessly in 55°C ambient air temperatures.
Our powerful ISP doesn’t skip a beat in unlocking the full potential of the sensor. Our engineers have maximized the communication between the sensor, FPGA, firmware, and memory to breakthrough boundaries and provide you with a camera that works the way you expect it.
• Enable Region of Interest (ROI), Binning or Decimation without hitting any limitations on higher frame rates.
• Choose from multiple different Pixel Formats to suit your imaging workflow requirements.
• Enable our Color Correction Matrix (CCM) for realistic color reproduction and achieve the same frame rates without any slow down.
We recognize the importance of hassle-free connectivity and integration with other components. The Phoenix camera is GigE Vision compliant and easily works with other 3rd party GigE Vision software. Our research has led us to design a high-speed GPIO for trigger and strobe, low latency GigE image transmission, and standards that implement network synchronization.
• GigE Vision compliant for maximum 3rd party software compatibility.
• Our Power Over Ethernet (PoE) port simplifies power and data over one cable and is IEEE 802.3af compliant with proper power isolation.
• The 8-pin GPIO includes both opto-isolated and non-isolated pins for high speed trigger and strobe.
• Supports IEEE 1588 PTP for auto clock synchronization with other network devices.
See beyond visible light with the Phoenix camera featuring Sony’s IMX250MZR/MYR CMOS Polarsens™ polarized sensors. The 5 MP Phoenix model PHX050S-P/Q along with our Arena SDK enables users to compute both the intensity and color (color model only) information as well as angle and degree of polarization for each pixel. Using the Phoenix polarized camera, polarization can now be a compact and cost-effective way to solving imaging challenges.
Scratch & stress inspection on transparent materials
Material consistency inspection (carbon fiber)
