Atlas10, 10GigE + PoE Featuring 4th Gen Pregius S Sensors

Atlas10

1.2 GB/s Bandwidth
5.0 to 47 MP Sensors
Active Sensor Alignment
PTP (IEEE 1588) Trigger
Compact 55 x 55 mm
PoE Enabled

The perfect combination - fast 10 Gigabit Ethernet with Power over Ethernet (PoE) paired with Sony's 4th generation Pregius S CMOS sensors, the Atlas10 improves simplicity and brings performance for high speed applications to new levels. All Atlas10 10GigE cameras are actively sensor aligned for maximum optical performance. The Atlas10 models feature Sony's 4th generation Pregius S global shutter CMOS sensors.

Atlas10 10GigE Camera with Sony Pregius S IMX530

Read the Tech Brief to learn more Now with

Back Illuminated, Global Shutter CMOS

Unlike conventional sensors, Pregius S CMOS sensors place the wiring layers below the photo diode which removes obstructions and increases light collection. Shielded memory is added, enabling high speed, distortion-free global shutter imaging.

Wider incident angle improves light collection

Improved wiring increases speed

Microlens

Photo diode

Light shielding reduces noise

Memory

↓ EMVA1288 Data Below ↓

Wider incident angle improves
light collection

Microlens

Photo diode

Memory

Light shielding reduces noise

Improved wiring increases speed

Sony IMX530 CMOS, 1.2” Type, 2.74µm, 24.5MP, 5320 x 4600px

Atlas10 10GigE Models

10 Gigabit Ethernet with Power over Ethernet (PoE) paired with Sony’s 4th generation Pregius-S CMOS sensors allows the Atlas10 to reach faster frame rates at high resolutions over a single cable. The 10GigE interface also allows Pregius-S sensors to run at high bit depths (10/12-bit ADC), helping to maximize image quality while still maintaining smooth frame rates. With the option to reduce the region of interest (ROI), along with binning and decimation options, users can unlock even higher frame rates on the Atlas10.

Model	MP	Resolution	FPS	Sensor	Format	Pixel Size	Shutter	Lens Mount	Chroma	Interface
ATX470S	47.0 MP	8240 x 5628 px	22.5 fps	Sony IMX492 CMOS	1.4"	2.315 µm	Rolling	TFL (M35 x 0.75)	Mono / Color	10GBASE-T, M12
ATX245S	24.5 MP	5320 x 4600 px	45.4 fps	Sony IMX530 CMOS	4/3"	2.74 µm	Global	TFL / C-Mount	Mono / Color	10GBASE-T, M12
ATX204S	20.4 MP	4504 x 4504 px	54.1 fps	Sony IMX531 CMOS	1.1"	2.74 µm	Global	C-Mount	Mono / Color	10GBASE-T, M12
ATX162S	16.2 MP	5320 x 3032 px	76.1 fps	Sony IMX532 CMOS	1.1"	2.74 µm	Global	C-Mount	Mono / Color	10GBASE-T, M12
ATX124S	12.3 MP	4096 x 3000 px	89.7 fps	Sony IMX535 CMOS	1/1.1″	2.74 µm	Global	C-Mount	Mono / Color	10GBASE-T, M12
ATX081S	8.1 MP	2840 x 2840 px	136.7 fps	Sony IMX536 CMOS	2/3″	2.74 µm	Global	C-Mount	Mono / Color	10GBASE-T, M12
ATX051S	5.0 MP	2448 x 2048 px	205 fps	Sony IMX537 CMOS	1/1.8	2.74 µm	Global	C-Mount	Mono / Color	10GBASE-T, M12

Atlas10 Featuring 4th Generation Pregius-S Sensors

Atlas10 24.5MP IMX530 CMOS – EMVA 1288 Data.

Quantum Efficiency (@ 500nm)

74.3%

Temporal Dark Noise

2.13 e-

Dynamic Range

70.57 dB

Saturation Capacity

9253 e-

Absolute Sensitivity Threshold

3.73 γ

To view QE data, hover over the line graph points.

EMVA 1288 is the Standard for Measurement and Presentation of Specifications for Machine Vision Sensors and Cameras. For more information of the EMVA 1288 standard please visit http://www.emva.org/standards-technology/emva-1288/

Atlas10 10GigE Models

10 Gigabit Ethernet with Power over Ethernet (PoE) paired with Sony’s 4th generation Pregius-S CMOS sensors allows the Atlas10 to reach faster frame rates at high resolutions compared to GigE and 5GigE cameras. The 10GigE interface also allows Pregius-S sensors to run at higher bit depths (10 & 12-bit ADC), helping to maximize image quality while still maintaining smooth frame rates. With the option to reduce the region of interest (ROI) users can unlock even higher frame rates as well.

Model	MP	Resolution	FPS	Sensor	Format	Pixel Size	Shutter	Lens Mount	Chroma	Interface
ATX470S	47.0 MP	8240 x 5628 px	22.5 fps	Sony IMX492 CMOS	1.4"	2.315 µm	Rolling	TFL (M35 x 0.75)	Mono / Color	10GBASE-T, M12
ATX245S	24.5 MP	5320 x 4600 px	45.4 fps	Sony IMX530 CMOS	4/3"	2.74 µm	Global	TFL / C-Mount	Mono / Color	10GBASE-T, M12
ATX204S	20.4 MP	4504 x 4504 px	54.1 fps	Sony IMX531 CMOS	1.1"	2.74 µm	Global	C-Mount	Mono / Color	10GBASE-T, M12
ATX162S	16.2 MP	5320 x 3032 px	76.1 fps	Sony IMX532 CMOS	1.1"	2.74 µm	Global	C-Mount	Mono / Color	10GBASE-T, M12
ATX124S	12.3 MP	4096 x 3000 px	89.7 fps	Sony IMX535 CMOS	1/1.1″	2.74 µm	Global	C-Mount	Mono / Color	10GBASE-T, M12
ATX081S	8.1 MP	2840 x 2840 px	136.7 fps	Sony IMX536 CMOS	2/3″	2.74 µm	Global	C-Mount	Mono / Color	10GBASE-T, M12
ATX051S	5.0 MP	2448 x 2048 px	205 fps	Sony IMX537 CMOS	1/1.8	2.74 µm	Global	C-Mount	Mono / Color	10GBASE-T, M12

Atlas10 Featuring IMX530 CMOS - EMVA1288 Data

Quantum Efficiency (@ 500nm)

74.3%

Temporal Dark Noise

2.13 e-

Dynamic Range

70.57 dB

Saturation Capacity

9253 e-

Absolute Sensitivity Threshold

3.73 γ

Atlas10 camera, Sony IMX530 pregius emva1288 quantum-efficiency

Reliable TCP Data Transfers

Leveraging Hardware Level Reliability

Flow Control

Packet Retransmission

Large Packet Coalescing / Offloading

TCP’s flow control, packet retransmission, and LRO/RSC technologies provides high bandwidth image transfers that guarantee full frame delivery, all while operating at the hardware level (FPGA/NIC). LUCID supports both UDP (GigE Vision) and TCP protocols for our Atlas10 10GigE cameras. Users can switch between protocols easily using our Arena Software Development Kit. While LUCID’s filter driver greatly optimizes UDP for fast, low latency data transmission, some users may wish to prioritize guaranteed full frame delivery above all else by choosing TCP. If under a UDP connection an application is suffering from dropped packets or high CPU usage, TCP can provide data transmission that’s more reliable between 10GigE cameras and the host PC. Thanks to LUCID’s proprietary 10GigE IP core on the Atlas10 cameras, LUCID now supports TCP connections along with traditional UDP, giving users more choice in building a reliable 10GigE vision application. Learn more about TCP for Atlas10 10GigE cameras in our tech brief.

Active Sensor Alignment

Active Sensor Alignment for Triton Camera

With larger sensors, minor discrepancies in sensor tilt and rotation can have a negative impact on imaging. That is why all Atlas10 cameras are actively aligned to minimize sensor tilt and rotation, and to place the center of the image sensor at the lens optical axis. The result is a precisely attached large format sensor that is aligned to the lens mount so that images are sharp and crisp, even in the corners. Learn more about our Active Sensor Alignment process in our tech brief.

2.5GbE

Achieve fast frame rates on the latest Pregius sensors with 10GBASE-T bandwidth. The Atlas10 enables 10GBASE-T bandwidth using "Short Reach Mode", allowing for long CAT6a cable lengths up to 25m. Compatible with 10GBASE-T IEEE 802.3an interface cards and switches as well as IEEE 802.3bz interface cards and switches that support 5GBASE-T (over 600MB/s) and 2.5GBASE-T (300 MB/s) standards. Also backwards compatible with 1GbE connections.

5GbE

10GbE

Boost your application with high speed Ethernet technology

Stream 1.2 GB/s Over CAT6a Cables

10Gbps - 10x GigE Vision Speeds with Power over Ethernet (PoE+)

Power Over Ethernet

Power over Ethernet (PoE+, IEEE 802.3at) allows both data and power over one M12 Ethernet cable, this adds value by reducing the number of cables needed and minimizing future maintenance.

100% Compliant

The Atlas10 is compatible with 3rd party software and hardware vendors that are GigE Vision compliant. This ensures reliable and consistent operations across different vendors.

Secure and Rugged M12 and M8 Connectors

The M12 Ethernet and M8 GPIO connectors are designed to withstand the demands of an industrial environment. The M12 Ethernet connector is standardized as IEC 61076-2-109 and is included in the GigE Vision standard. Its rugged design allows for resistance against strong vibration and protection against electrical interference. The secure 8 pin M8 GPIO connector is standardized to IEC 61076-2-104 with an opto-coupled input line, an opto-coupled output line, and two bidirectional lines. M12 Ethernet and M8 GPIO connections are the superior choice for demanding applications such as industrial, automotive, agriculture, process control, food and beverage, and medical applications.

Single ring lock for a secure and reliable connection.