Teledyne DALSA Linea HS2-16K + Xtium3-CLHS PX8
The Industry's Fastest Line Scan System: 1 MHz at 16 Gigapixels per Second
The integrated system that combines a backside illuminated TDI sensor with intelligent on-board processing to capture exceptional image quality in light-starved conditions whilst maintaining the highest throughput.
Unmatched System Performance
1 MHz Line Rate with Zero CPU Overhead
The Linea HS2-16K achieves 1 Megahertz line rates, delivering 16 Gigapixels per second. The Xtium3-CLHS PX8 handles this massive data stream with sustained throughput up to 12.5 GB/s through PCIe Gen4 x8, providing ready-to-use image data with zero CPU load.
Intelligent TDI Multi-Array Processing
The frame grabber's on-board processing performs real-time TDI multi-plane summation, averaging, and pixel correction specifically optimised for the Linea HS2's multi-array sensor architecture. Configure for ultra-high speed (128 stages), high dynamic range (128+32 stages), or high full well (128+128 stages).
Complete EMI Immunity at Extended Distances
Dual Camera Link HS CX4 connectors support Active Optical Cables up to 100 metres with complete electromagnetic interference immunity, ensuring reliable data capture in demanding industrial environments.
See Defects Other Cameras Miss
Superior Image Quality in Challenging Conditions
The backside illuminated sensor of the Linea HS2 delivers optimised quantum efficiency, particularly for UV and blue wavelengths. With 16,384 pixels at 5 µm resolution and configurable gain (1x to 10x), the system captures exceptional detail even in light-starved inspection scenarios. Automatic lens shading correction and bidirectional operation with on-chip binning provide additional flexibility for diverse applications.
Where Speed Directly Impacts Your Bottom Line
Semiconductor & Electronics Manufacturing
Inspect wafers, flat panel displays, and high-density interconnects at production speeds without missing nanometre-scale defects. Reduce inspection time per wafer whilst improving defect detection rates, lowering scrap costs and improving yield.
Life Sciences & Laboratory Automation
Accelerate DNA sequencing and digital pathology workflows. Complete whole slide imaging faster whilst capturing the detail pathologists need for accurate diagnosis. Increase laboratory throughput without adding equipment.
High-Speed Web Inspection
Match production line speeds without creating inspection bottlenecks. Detect defects in real-time across manufacturing processes, enabling immediate corrective action rather than discovering quality issues downstream.
Never Slow Down Production for Inspection
Complete System Configuration
Camera: Linea HS2-16K (H2-HM-16k100H-00-B)
- 16,384 x (128+128+32) pixels, 5 µm
- 1,000 kHz maximum line rate (mono), 500 kHz x 2 (HDR)
- Spectrum Capability: Ultraviolet (350-400 nm), Visible (400-700 nm), Near Infrared (700-1000 nm)
- Multi-array charge-domain CMOS TDI BSI sensor
- 8 or 10-bit output, M90x1 lens mount
Frame Grabber: Xtium3-CLHS PX8 (OR-B8S0-PX870)
- PCIe Gen4 x8 with 12.5 GB/s sustained throughput
- 7 CLHS lanes @ 10.3125 Gbps (72.2 Gbps total)
- 8 GB on-board memory (4 GB buffers + 4 GB processing)
- Real-time TDI processing and multi-board synchronisation
- Supported by Common Vision Blox and Teledyne Sapera LT SDK
CL-HS AOC Cable
- Active optical cables extending Camera Link HS transmission up to 50 metres for high-speed line-scan systems
Need Support for Your High-Speed Inspection Application?
Our machine vision specialists combine decades of expertise with comprehensive system knowledge to support your development. From component selection through system validation, we help you achieve your goals.
Component-level services for immediate operational readiness - Professional assembly, configuration, and integration services.
Technical expertise & consulting for optimized performance - Expert technical consultation, feasibility testing and system optimization.
Custom development & application for unique requirements - Collaborative project qualification, technical design and development.
Frequently Asked Questions
What makes the Linea HS2-16K different from other line scan cameras?
The Linea HS2-16K achieves an industry-leading 1 MHz line rate with 16 Gigapixels per second throughput. Its backside illuminated (BSI) TDI sensor delivers superior sensitivity in light-starved conditions, whilst the multi-array architecture allows configuration for ultra-high speed, high dynamic range, or high full well depending on application requirements.
Why do I need the Xtium3-CLHS PX8 frame grabber with this camera?
The Xtium3-CLHS PX8 is specifically engineered to handle the Linea HS2's exceptional bandwidth. It provides sustained throughput up to 12.5 GB/s with zero CPU overhead and includes on-board processing for real-time TDI multi-plane summation and pixel correction. For full 16K resolution at 1 MHz, two Xtium3-CLHS PX8 frame grabbers are required to capture the complete 144.4 Gbps data stream.
What applications benefit most from this system?
Semiconductor wafer inspection, flat panel display manufacturing, high-density interconnect inspection, DNA sequencing, digital pathology, and any high-speed inspection requiring exceptional image quality in challenging lighting conditions. The system excels where line rates exceed 500 kHz and resolution demands are critical.
Can I upgrade from an existing Linea HS camera?
Yes. The Linea HS2-16K maintains the same resolution, pixel size, optics, mounting mechanicals, and cabling as the Linea HS, providing a straightforward upgrade path for 2.5x higher speeds without redesigning your inspection system.
What cable lengths are supported?
The dual Camera Link HS CX4 connectors support Active Optical Cables (AOCs) up to 100 metres with complete EMI immunity. Extended-Range Active Optical Transmission for Camera Link HS cables (CL-HS AOC) are available in standard and high-flex drag chain versions.
What software is required?
Two primary SDKs are available for this system. Sapera LT (version 8.7 or later) from Teledyne DALSA provides native support with CamExpert's graphical interface for configuration and Trigger-to-Image Reliability (T2IR) monitoring.. STEMMER IMAGING's Common Vision Blox (CVB) offers comprehensive hardware support for Camera Link HS acquisition, with advanced image processing libraries and streamlined acquisition workflows that accelerate development from prototype to production.
How does the multi-array TDI architecture work?
The sensor features multiple TDI arrays (128+128+32 stages) that can be configured independently. Ultra-high-speed mode uses 128 stages for maximum throughput. High dynamic range mode combines 128+32 stages for enhanced contrast. High full well mode uses 128+128 stages for improved sensitivity. The Xtium3 frame grabber performs real-time processing to combine the arrays appropriately.
What are the PC requirements for this system?
A high-performance industrial PC with PCIe Gen4 x8 slots (two slots for full 16K resolution), sufficient processing power for your application software, and adequate storage for high-speed data capture. The Xtium3's zero CPU overhead architecture reduces processing demands compared to traditional frame grabbers.
Is the camera suitable for both monochrome and colour imaging?
The H2-HM-16k100H-00-B model is optimised for monochrome imaging with selectable 8 or 10-bit output depth. The backside illuminated sensor provides optimised quantum efficiency across the spectrum, particularly for UV and blue wavelengths.
What lens mount and optics are required?
The camera features an M90x1 lens mount. Fixed focal length lenses optimised for 5 µm pixel pitch and 16K linear resolution are recommended. Our specialists can advise on optimal lens selection for your working distance and field of view requirements.
How does this compare to area scan cameras for high-speed inspection?
Line scan cameras provide superior performance for continuous web inspection, offering unlimited image length, consistent lighting conditions, and lower data volumes compared to high-frame-rate area cameras. The Linea HS2's 1 MHz line rate enables inspection speeds that would require impractical frame rates from area cameras whilst maintaining 16K resolution.
What support services are available for system integration?
Our Engineering Services provide expert coaching and feasibility testing to validate system performance in your application. Assembly Services offer professional camera-lens assembly, focusing, and intrinsic calibration. Technical support includes configuration assistance, parameter optimisation, and troubleshooting.
Benefit from our expertise
Turn our industry expertise and comprehensive services into your competitive advantage. Our experts will be happy to show you the potential for your company and work with you to realise tailor-made solutions to suit your requirements. We look forward to hearing from you and will get back to you promptly.