IMAGO VisionCam XM & LM Overview
IMAGO VisionCam XM & LM supplies a documented onboard industrial vision configuration. This source-based review distinguishes the model, acquisition and practical system scope without claiming hands-on testing.
Key Specifications
Product detail | Specification |
Product | IMAGO VisionCam XM & LM |
Image format | XM matrix sensors up to 5 MP; LM line sensors up to 8K in the catalog generation |
Acquisition | Model-Specific Acquisition |
Interface | GigE/network and real-time Ethernet integration; not necessarily raw GigE Vision output |
Capture rate | Selected acquisition and executed application determine throughput |
Onboard architecture | Catalog dual ARM Cortex-A15 plus two floating-point DSP cores |
Machine connection | Digital I/O; LM encoder connection via RS-422 |
Review Summary
VisionCam XM & LM merits evaluation when xm matrix sensors up to 5 mp; lm line sensors up to 8k in the catalog generation and linux smart camera with dual arm cortex-a15 and dsp processing suit the required evidence. XM area acquisition and LM line acquisition are different image geometries. The processor description identifies the catalog generation, not an interchangeable specification for every current VisionCam product. A smart camera can execute a task locally without making that task automatically accepted. Select the complete ordering code rather than assigning one family maximum to every variant.
Integration and Selection
Measure capture, onboard computation and machine-output timing as one application. CPU/DSP capability is not a fixed inspection-per-second promise. Confirm supported fieldbus, trigger and encoder functions for the selected code and software. Selected acquisition and executed application determine throughput is the identified rate scope.
Price: Request a quote.
