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Explains icons for warnings, help, and information.
Covers powering, temperature, ESD, and image quality safety guidelines.
Details camera mounting options using M3 and M2 holes for stability and applications.
Specifies Ethernet cable requirements, shielding, and length for optimal performance.
Describes the 8-pin GPIO connector, cable shielding, and recommended wire thickness.
Discusses C mount and compact C mount lenses, and considerations for heavy lenses.
Details parts and IP67-rated cables needed to achieve dust and water resistance.
Explains the necessity of attaching the GPIO plug for IP67 rating when the port is unused.
Describes how lens tubes provide IP67 rating, protecting against dust and water.
Explains the adapter ring's function in attaching a lens tube to the camera.
Lists the components included in the IP67 kit for enhanced environmental protection.
Recommends updating the Ethernet adapter driver for optimal camera connection.
Outlines the process by which Lucid cameras are discovered and enumerated on the network.
Details the three methods for obtaining an IP address: Persistent, DHCP, and Link-Local.
Provides pseudocode for configuring a static IP address for reliable network connectivity.
Explains enabling jumbo frames for larger packet sizes to improve performance and reduce CPU load.
Discusses the role of receive buffers in data reception and potential performance impacts.
Describes controlling bandwidth by setting a limit on data transmission per second.
Explains customizable user sets for saving and loading camera settings, including factory defaults.
Defines streamable features whose current values can be stored and loaded from files.
Covers persistent storage for generic file access, allowing save/load of custom files up to 16MB.
Introduces the Arena Software Development Kit for accessing camera features via industry standards.
Describes ArenaView, a GUI for easy access and validation of camera features based on GenICam.
Mentions compatibility with various third-party GigE Vision software packages.
Details powering options via Ethernet (PoE) or GPIO, adhering to IEEE 802.3af.
Specifies storage, operating, and humidity conditions for optimal camera function.
Introduces GPIO pinout diagrams and related characteristics.
Shows the pinout of the GPIO connector and its corresponding pin descriptions.
Provides electrical measurements for opto-isolated inputs, detailing voltage and timing parameters.
Presents electrical measurements for opto-isolated outputs, including voltage, resistance, and timing.
Details electrical measurements for non-isolated GPIO Line 2 inputs and outputs.
Describes non-isolated input and output characteristics for GPIO Line 3.
Illustrates the circuit for providing 2.5V external voltage output via the GPIO connector.
Explains the meaning of different LED states indicating camera status.
Describes the typical LED sequence observed when the camera powers up and connects to a network.
Details the IR filter specifications and transmittance graph for color cameras.
Outlines shock and vibration testing standards and parameters applied to ensure camera stability.
States compliance with FCC limits for Class A digital devices and potential interference.
Declares conformity with environmental directives like RoHS, REACH, and WEEE.
Confirms the camera meets CE marking requirements and lists relevant directives.
Provides an overview of the camera's image processing pipeline and control flow.
Explains how to correct defective pixels by adding them to a firmware list.
Describes gain as a multiplication factor for signal strength, adjustable manually or automatically.
Differentiates between analog gain (pre-A/D) and digital gain (post-digitization) with model-specific ranges.
Details the debayering core and RGB8 pixel format for color image output.
Explains manual and automatic white balance adjustments to correct color shifts in acquired images.
Summarizes different anchor points (Min, Max, Mean, Green) used for white balance algorithms.
Describes using LUTs for mapping 12-bit pixel values and provides pseudocode for resetting LUT.
Details converting RGB to YUV and color correction using matrix multiplication.
Lists capabilities for controlling image format, such as pixel format and color space.
Explains pixel binning for reducing image size and potentially increasing frame rate.
Describes pixel skipping for reduced image size and increased frame rate, also known as subsampling.
Notes the incompatibility between horizontal binning and decimation, and vertical binning and decimation.
Allows flipping the image horizontally and vertically before transmitting to the host.
Explains the camera's ability to output an FPGA-generated pattern when enabled.
Details how to set a digital IO line as input and enable trigger mode.
Explains setting software as the input source for triggering camera acquisition.
Describes enabling TriggerOverlap for accepting input pulses before readout completion, allowing higher trigger frequencies.
Details setting a digital IO line as output to fire pulses, matching exposure time duration.
Explains how to enable the GPIO VDD line to supply 2.5V external power.
Explains enabling the CRC property in chunk data and extracting the ChunkCRC from acquired images.
Allows accumulating images in a buffer for later transmission to the host application.
Manages block transfers to the host automatically, with options to pause or stop.
Host application controls block transfer timing, allowing specification of transmission count.
Provides instructions for updating camera firmware via a web browser interface.
Features related to image acquisition, triggering, and exposure control.
Details the three main acquisition modes: SingleFrame, MultiFrame, and Continuous.
Acquires a specified number of frames based on AcquisitionFrameCount after calling AcquisitionStart.
Acquires frames continuously until AcquisitionStop is called.
Captures bursts of frames within continuous acquisition mode using FrameBurstStart.
Table listing acquisition-related node names and their descriptions.
Controls auto exposure settings within a defined Area of Interest (AOI).
Influences analog image features like gain, black level, and gamma correction.
Manages color space conversion (RGB to YUV) and transformation matrix coefficients.
Features for enabling, counting, and managing defect pixel correction settings.
Configures physical lines for input/output signals, inversion, filters, and external voltage.
Contains data features related to ExposureStart and ExposureEnd Events.
Manages file operations like opening, reading, writing, and selecting target files.
Handles I2C communication operations, register access, and data transfer.
Controls pixel format, color filters, sensor dimensions, and image properties.
Manages Look-Up Table settings, including enabling, selecting, and saving LUT coefficients.
Configures serial communication parameters like baud rate, parity, and flow control.
Features for testing device acknowledge and generating test events.
Features related to GigE Vision bootstrap registers and transport medium.
Configures physical link, IP addressing (LLA, DHCP, Persistent), MAC, and PAUSE frames.
Manages Precision Time Protocol (PTP) settings for clock synchronization, including master/slave modes.
General| Brand | Lucid |
|---|---|
| Model | Triton |
| Category | Digital Camera |
| Language | English |
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