High-resolution, fast and robust cameras – LX series

LX series cameras are perfect for applications with ultimate requirements for resolution, frame rate, and image quality, utilizing high resolution CMOS sensors with up to 65 megapixel resolution and Dual GigE, 10 GigE  or Camera Link interfaces. This way, your high-speed processes benefit from high-resolution images that reliably reveal finest details and deviations.

With their modern CMOS sensors, the LX cameras provide excellent image quality with exceptional sensitivity, low image noise, and very high dynamics. This ensures reliable image acquisition and precise  evaluation even in high-speed processes.

10 GigE cameras
Thanks to 10 GigE interface, the LXT models offer you fast image transmission and reduced evaluation times. At the same time, you benefit from all advantages of the GigE Vision standard: widespread use throughout the industry, cable lengths up to 100 meters and easy, cost-effective integration without any special frame grabbers and cables.

High-performance functions such as sequencer, Dual Conversion Gain, Burst Mode, HDR and IEEE 1588 Precision Time Protocol (PTP) are available. These increase frame rates and facilitate an accurate time synchronization in multi-camera systems. The liquid lens support excels in applications with quickly changing distances between object and camera.

10 GigE cameras with JPEG image compression
The LXT cameras with integrated JPEG image compression allow high-speed image processing with a reduced bandwidth, a low CPU load, and low storage capacity requirements – thereby reducing system complexity and lowering the costs of integration. The configurable compression rate allows the image quality to be adjusted to the specific applications.

10 GigE cameras with optical cable interface
Some 10 GigE models feature an SFP+ port for optical cables instead of a 10GBase-T port for copper cables. This allows them to be used in applications over large distances of up to 10 kilometers without media converters. The cameras also have a lower power loss, which means that they dissipate less heat and require less cooling. Thanks to optical cables, the system design is flexible, simple, cost-effective and immune to electromagnetic interference.

• Flexible, optimal application solutions for many industries
  • Large camera portfolio with resolutions of up to 65 megapixels and frame rates of up to 1578 fps
  • High-performance functions such as auto features, IEEE 1588 Precision Time Protocol (PTP), sensor multi ROI, shading correction, Dual Conversion Gain, HDR
  • SFP+ port for optical cables
  • Models with integrated JPEG image compression
• Dynamic focusing on varying working distances within fractions of a second
  • Liquid lens support for Corning Varioptic electronically focused liquid lenses
• Reliable and flexible solution for high-speed processes
  • Powerful  cameras with Burst Mode, exposure times down to 1 µs, Multi I/O, Multi ROI, Binning and HDR
• Save time in algorithm development
  • Improved FPNC for correction of pixels in vertical direction
• Reduce system and integration costs, enhance reliability
  • One single 65 megapixel camera replaces several high-resolution cameras
• Precise  image analysis with long-term stability
  • Robust industrial design
  • Models with degree of protection IP 65/IP 67 and M12 connectors
• The cost-effective way of illumination control
  • 4 opto-decoupled power outputs with pulse width modulation and an output of up to 120 W (max. 48 V / 2.5 A)
• Flexible integration
  • Compact 60 × 60 mm housing with M3 mounts on each side
  • Modular lens mount for M58, M42, F or C mount for models with Dual GigE and Camera Link
  • Dual GigE, 10 GigE or Camera Link interface
  • Interface for optical cables
• Short transmission and response times
  • 10 GigE models provide a high bandwidth of 1.1 GB/s: 10 times faster than GigE, 35 percent faster than Camera Link Full
• Bridge large distances
  • Support of SFP+ modules up to 10 kilometers

LX cameras are an ideal choice for applications placing strict demands on high-definition image quality coupled with high throughput.