Sensor type
Key selection specSource: general guidance
CMOS area-scan, line-scan, ToF, stereo, event
Locks depth quality, shutter behavior, and interface class.
Depth modules ≠ industrial inspection cameras.
Cameras
Machine vision, depth, and smart cameras for robot perception — from GigE industrial units to USB depth modules on AMRs, arms, and drones.
COMPONENTS DIRECTORY//PART::CAMERAS
Qualitative pricing onlyCommodity supplyProcurement: MediumOvernight unlikely — specialty or industrial lead timesSource: Partially verified
TECHNOLOGY VS COMPONENT
The Technology Library machine vision page explains perception concepts. This page covers buyable cameras, specs, sourcing, and stack compatibility.
An imaging sensor module (often with lens mount, enclosure, and interface electronics) that captures 2D images, depth maps, or both for perception, guidance, and inspection on robotic systems.
A robot camera works like a very fast, programmable eye — it sends pictures or depth maps to software that finds parts, reads codes, or helps the robot know where it is. Picking the wrong shutter type, lens, or lighting often matters more than the camera price tag.
Industrial machine vision cameras emphasize global shutter, trigger sync, and GenICam/GigE Vision interfaces for deterministic capture on moving lines. Depth cameras (structured light, ToF, stereo) trade baseline, sunlight tolerance, and range for 3D output. Smart cameras embed inference; host-connected cameras depend on edge GPUs or industrial PCs. Lens mount, pixel size, and lighting geometry dominate signal-to-noise — not megapixel count alone.
Feeds images or depth data to vision software for object detection, pose estimation, navigation cues, quality inspection, barcode reading, and fusion with LiDAR or IMU in perception stacks.
- →Bin picking and depalletizing with pose estimation
- →Inline defect and dimension inspection
- →Barcode, OCR, and package identification
- →Visual SLAM and landmark navigation on AMRs
- →Short-range obstacle and drop-off detection with depth
- →Hand-eye calibration for manipulation cells
- →Fusion with LiDAR and IMU in multi-sensor stacks
- •AMRs and AGVs for navigation markers and obstacle cues
- •Industrial robot arms for bin picking and assembly guidance
- •Inspection and quality robots on production lines
- •Warehouse automation for barcode and package ID
- •Surgical and medical robotics for imaging-guided workflows
- •Drones and aerial platforms for mapping and inspection
- •Humanoids and mobile manipulators for scene understanding
- •Autonomous vehicle and ADAS research platforms
- •Agricultural robots for row guidance and crop sensing
Machine vision cameras
Industrial area-scan and line-scan cameras for inspection, guidance, and metrology — usually global shutter with GigE or USB3 Vision.
Industrial cameras
Ruggedized box and board cameras for factory environments with IP-rated enclosures and industrial connectors.
Depth cameras
Structured light, ToF, or stereo modules outputting per-pixel depth for manipulation, safety zones, and short-range navigation.
Stereo cameras
Calibrated camera pairs computing disparity for depth — sensitive to baseline, calibration, and texture.
RGB-D cameras
Registered color and depth streams — common on manipulation research platforms and some AMR obstacle stacks.
Event cameras
Asynchronous pixel-change sensors for high-speed motion and HDR scenes — niche but growing in research stacks.
Thermal cameras
LWIR imaging for process monitoring, inspection, and some outdoor perception — distinct optics and calibration from visible cameras.
Smart cameras
Embedded vision systems running barcode, measurement, or ML tools on-camera — reduce host PC load in cells.
High-speed cameras
Very high frame-rate capture for fast lines and motion analysis — often needs dedicated lighting and storage.
Line-scan cameras
One-row sensors synchronized to moving webs or conveyors — dominant in continuous inspection.
Qualitative spec selection guide — not live product values. Verify exact numbers on the manufacturer datasheet before ordering.
SKU-level comparison is not available yet — use this table to decide what to verify before ordering.
17 selection specs · 14 key for buying decisions
| Spec | Why it matters | Buyer warning |
|---|---|---|
Sensor type Key selection spec CMOS area-scan, line-scan, ToF, stereo, event | Locks depth quality, shutter behavior, and interface class. | Depth modules ≠ industrial inspection cameras. |
Resolution MP / px Key selection spec VGA to 20+ MP industrial | Feature size and field coverage at working distance. | More megapixels can hurt frame rate and USB bandwidth. |
Frame rate fps Key selection spec 5–500+ fps class-dependent | Motion blur and line speed limits. | Quoted max fps may require reduced ROI or exposure. |
Global vs rolling shutter Key selection spec Global shutter for motion; rolling on static lines | Rolling shutter skew on moving arms and AMRs. | Assume global shutter for motion unless proven otherwise. |
Color vs monochrome Optional detail | SNR vs color segmentation needs. | Monochrome often wins for measurement. |
Depth / stereo capability Key selection spec 2D only, stereo, RGB-D, ToF, structured light | 3D output class and environment limits. | Outdoor sunlight breaks many depth technologies. |
Field of view ° Key selection spec | Working distance and occlusion handling. | Depth FOV may differ from RGB channel. |
Lens mount Key selection spec C-mount, CS-mount, M12, fixed lens | Lens BOM and working distance are not optional. | C-mount vs CS-mount adapter mistakes are common. |
Interface Key selection spec USB3, GigE, MIPI, GMSL, FPD-Link | Cable length, bandwidth, and trigger support. | USB3 cable quality matters — spec violations cause dropouts. |
Trigger / sync support Key selection spec | Multi-camera and robot-motion determinism. | Software polling alone often fails on fast lines. |
Lighting requirements Key selection spec | Pass/fail often dominated by lighting design. | Budget lighting after camera purchase is a common failure mode. |
IP rating Key selection spec IP30 to IP67 | Dust, oil mist, and washdown survival. | Bench camera in factory ceiling fails quickly. |
Operating temperature °C Optional detail | Outdoor AMRs and hot aisles exceed consumer limits. | Verify industrial temp range on datasheet. |
ROS / ROS 2 driver availability Key selection spec | Integration time scales with driver maturity. | Check exact model revision — not brand alone. |
SDK support Key selection spec | Production needs supported vendor or GenICam path. | V4L2-only paths may lack trigger features. |
Size / weight Optional detail | Arm payload and vibration mounting. | Smart cameras heavier than board modules. |
Power requirements W / A Key selection spec USB 5 V to 24 V industrial; PoE on GigE | USB bus and PoE class limit multi-camera rigs. | Powered USB hub quality affects stability. |
Resolution
MP / px
Key selection specSource: general guidance
VGA to 20+ MP industrial
Feature size and field coverage at working distance.
More megapixels can hurt frame rate and USB bandwidth.
Frame rate
fps
Key selection specSource: general guidance
5–500+ fps class-dependent
Motion blur and line speed limits.
Quoted max fps may require reduced ROI or exposure.
Global vs rolling shutter
Key selection specSource: general guidance
Global shutter for motion; rolling on static lines
Rolling shutter skew on moving arms and AMRs.
Assume global shutter for motion unless proven otherwise.
Color vs monochrome
Optional detailSource: general guidance
SNR vs color segmentation needs.
Monochrome often wins for measurement.
Depth / stereo capability
Key selection specSource: general guidance
2D only, stereo, RGB-D, ToF, structured light
3D output class and environment limits.
Outdoor sunlight breaks many depth technologies.
Field of view
°
Key selection specSource: general guidance
Working distance and occlusion handling.
Depth FOV may differ from RGB channel.
Lens mount
Key selection specSource: general guidance
C-mount, CS-mount, M12, fixed lens
Lens BOM and working distance are not optional.
C-mount vs CS-mount adapter mistakes are common.
Interface
Key selection specSource: general guidance
USB3, GigE, MIPI, GMSL, FPD-Link
Cable length, bandwidth, and trigger support.
USB3 cable quality matters — spec violations cause dropouts.
Trigger / sync support
Key selection specSource: general guidance
Multi-camera and robot-motion determinism.
Software polling alone often fails on fast lines.
Lighting requirements
Key selection specSource: general guidance
Pass/fail often dominated by lighting design.
Budget lighting after camera purchase is a common failure mode.
IP rating
Key selection specSource: general guidance
IP30 to IP67
Dust, oil mist, and washdown survival.
Bench camera in factory ceiling fails quickly.
Operating temperature
°C
Optional detailSource: general guidance
Outdoor AMRs and hot aisles exceed consumer limits.
Verify industrial temp range on datasheet.
ROS / ROS 2 driver availability
Key selection specSource: general guidance
Integration time scales with driver maturity.
Check exact model revision — not brand alone.
SDK support
Key selection specSource: general guidance
Production needs supported vendor or GenICam path.
V4L2-only paths may lack trigger features.
Size / weight
Optional detailSource: general guidance
Arm payload and vibration mounting.
Smart cameras heavier than board modules.
Power requirements
W / A
Key selection specSource: general guidance
USB 5 V to 24 V industrial; PoE on GigE
USB bus and PoE class limit multi-camera rigs.
Powered USB hub quality affects stability.
Additional key specs (seed data)
Sensor type
CMOS area-scan, line-scan, ToF, structured light, stereo, event
Sensor architecture locks exposure behavior, depth quality, and interface choices.
Resolution
VGA to 20+ MP on industrial; depth modules often lower on RGB side
Over-resolution wastes bandwidth; under-resolution loses feature detail for small parts.
Frame rate
5–500+ fps class-dependent; line-scan tied to line speed
Motion blur and cycle time scale with exposure time vs frame rate.
Global vs rolling shutter
Global shutter for moving scenes; rolling shutter on static or slow lines
Rolling shutter skew distorts parts on moving robot arms and AMRs.
Color vs monochrome
Monochrome for measurement; color when hue matters for segmentation
Monochrome often yields better SNR per dollar for metrology.
Depth / stereo capability
None (2D only), stereo pair, RGB-D, ToF, structured light
Depth cameras are not drop-in replacements for industrial inspection cameras.
Field of view
Narrow telephoto to wide-angle; depth FOV often differs from RGB
FOV drives working distance, lens choice, and occlusion handling.
Lens mount
C-mount, CS-mount, M12, fixed lens modules
Lens compatibility and working distance are part of the BOM — not optional.
Interface
USB3, GigE, MIPI, Ethernet, GMSL, FPD-Link
Cable length, CPU load, and trigger support vary sharply by interface.
Trigger / sync support
Hardware trigger in/out; PTP on GigE; frame sync on multi-camera rigs
Multi-camera and robot-motion sync require trigger lines or PTP — not software-only polling.
Lighting requirements
Diffuse dome, bar, coaxial, structured-light projector (depth)
Lighting design often dominates pass/fail more than camera model selection.
IP rating
IP30 bench units to IP67 washdown enclosures
Dust, oil mist, and washdown destroy under-rated housings and connectors.
Operating temperature
Consumer 0–40 °C vs industrial −20–60 °C class
Outdoor AMRs and factory floors exceed consumer camera thermal limits.
ROS / ROS 2 drivers
Vendor packages, usb_cam, realsense-ros, depthai-ros — model-specific
Driver maturity and message types affect integration time more than sensor cost.
SDK support
GenICam, vendor SDK, OpenCV, proprietary depth SDKs
Production cells need supported SDK paths — not hacked V4L2 only.
Size / weight
Board-level modules to enclosed smart cameras
Payload and vibration on arms and drones affect mount design.
Power requirements
USB bus power to 12–24 V industrial feeds; PoE on some GigE units
USB voltage drop and PoE class limit cable length and simultaneous cameras.
- Global shutter for moving platforms and arms
- Resolution and lens for smallest feature to detect
- Frame rate vs exposure for motion blur budget
- Interface and cable length to compute host
- Trigger/sync for multi-camera or line sync
- Depth technology vs environment (sunlight, range, texture)
- ROS 2 driver availability for your exact model
- IP rating and connector ruggedness for install site
Prices vary by model, supplier, quantity, availability, and shipping speed. EAR pricing bands are guidance only unless tied to a sourced product record. Verify current pricing before ordering.
Prices vary by model, supplier, quantity, availability, and shipping speed. EAR pricing bands are guidance only unless tied to a sourced product record. Verify current pricing before ordering.
USB / edu depth and module cameras
camera_usb_depth_edu
Qualitative guidance onlyNeeds review
USB3 depth modules and compact board cameras for research AMRs and manipulation span a wide marketplace spread. Driver support and global shutter class matter more than listing price.
Typical buyer
University labs, AMR prototypes, manipulation research, hobby vision stacks.
Examples
USB3 RGB-D modules, compact global-shutter USB cameras, embedded MIPI modules with carrier boards.
What affects cost
- →Depth vs 2D-only
- →Global shutter vs rolling shutter
- →Driver/SDK maturity and warranty
- →Authorized vs marketplace seller
Price usually excludes
power supplycontroller/drivercables/connectorsmounting hardwareshippingtaxes/tariffssoftware/licenseintegration timesupport/warranty plan
Buyer caution
Verify ROS 2 driver for your exact model before ordering. Marketplace units may ship without SDK or with incompatible firmware.
Source basis
Category-level qualitative guidance — no SKU-linked distributor band yet.
Open research gaps
- Sourced USD band — USB / edu depth and module cameras — No sourced numeric band in EAR. Next: Distributor listing spot-check (Digi-Key, Mouser, Pololu, OEM)
Verify current pricing with supplier before ordering.
Industrial GigE / USB3 vision cameras
camera_industrial_gige
Qualitative guidance onlyNeeds review
Industrial area-scan cameras for inspection and robot guidance are typically sold with lenses and cables through automation distributors. Installed cell cost includes lighting and integration labor.
Typical buyer
Factory inspection cells, arm guidance integrators, warehouse ID systems.
Examples
GigE Vision and USB3 Vision industrial cameras from Basler, Allied Vision, IDS, Teledyne DALSA class vendors.
What affects cost
- →Resolution and frame rate class
- →Global shutter and trigger features
- →Lens and cable accessories
- →Smart-camera vs host-connected architecture
- →Authorized distributor vs gray market
Price usually excludes
power supplycontroller/drivercables/connectorsmounting hardwareshippingtaxes/tariffssoftware/licenseintegration timesupport/warranty plan
Buyer caution
Camera body price is often a fraction of the cell — budget lighting, lens, and integration before comparing sensor SKUs.
Source basis
Category-level qualitative guidance — quote-driven on smart-camera lines.
Open research gaps
- Sourced USD band — industrial GigE / USB3 vision cameras — No sourced numeric band in EAR. Next: Distributor listing spot-check (Digi-Key, Mouser, Pololu, OEM)
Verify current pricing with supplier before ordering.
Smart cameras & line-scan systems
camera_smart_linescan
Qualitative guidance onlyNeeds review
Smart cameras and line-scan systems are often quoted as application solutions with software licenses and integration services.
Typical buyer
High-speed inspection lines, barcode/track-and-trace, OEM machine builders.
Examples
Cognex, Keyence, SICK smart-camera class systems; line-scan on moving webs.
What affects cost
- →On-camera software features and licenses
- →Line speed and lighting complexity
- →Integrator configuration labor
- →Spare unit and firmware support contracts
Price usually excludes
power supplycontroller/drivercables/connectorsmounting hardwareshippingtaxes/tariffssoftware/licenseintegration timesupport/warranty plan
Buyer caution
Smart camera replacements may require recipe migration — verify firmware compatibility before emergency substitution.
Source basis
Category-level qualitative guidance — systems pricing common.
Open research gaps
- Sourced USD band — smart cameras and line-scan systems — No sourced numeric band in EAR. Next: Distributor listing spot-check (Digi-Key, Mouser, Pololu, OEM)
Verify current pricing with supplier before ordering.
Representative product records for orientation — not endorsements.
EAR compatibility guidance is category-level unless a specific product record is sourced. Always verify voltage, current, connectors, signal type, documentation, and manufacturer limits before ordering.
EAR compatibility guidance is category-level unless a specific product record is sourced. Always verify voltage, current, connectors, signal type, documentation, and manufacturer limits before ordering.
General guidanceConfidence: mediumSource: partially verified
Build chains
Camera perception chain
- →Cameras are not plug-and-play — lens, lighting, and calibration dominate ROI.
- →Global shutter matters on moving robots and arms.
- →Depth cameras fail on textureless or reflective surfaces without engineering review.
- →Verify ROS 2 driver and bandwidth before architecture lock-in.
- →GigE multi-camera rigs need switch bandwidth and PTP planning.
Works with
Required companion parts
- →Lens matched to sensor format and working distance
- →Lighting matched to surface finish and cycle time
- →Compute host with sufficient USB or Ethernet bandwidth
- →Mount with vibration isolation on moving platforms
Optional companion parts
- →LiDAR for sensor fusion
- →IMU for visual-inertial odometry
- →Industrial Ethernet switch for multi-GigE rigs
- →Frame grabber on high-bandwidth line-scan setups
- →PoE injector for GigE cameras
Common interfaces
USB3Gigabit Ethernet (GigE Vision)MIPI CSIGMSL / FPD-LinkPoE on select industrial cameras
GigE Vision / GenICamUSB3 VisionROS 2 image_transportOpenCV capture pipelinesVendor depth SDKs
Voltage / current / power
- →USB5 V bus power limits cable length and multi-camera hubs
- →12 V and 24 V industrial feeds on factory camera rails
- →PoE class sets power budget for smart and GigE cameras
- →Multiple USB3 cameras can exceed host controller bandwidth
- →Powered hub quality affects dropout rate on depth modules
- →Separate sensor rail from logic compute where possible
- →Mobile robots: budget camera + lighting draw in endurance models
Software & controller
- →Verify ROS 2 driver for exact model and firmware revision
- →Hand-eye calibration toolchain for arm guidance
- →GPU acceleration for ML pipelines on Jetson or industrial PC
- →PTP/time sync when fusing with LiDAR and IMU
Mechanical
- →Rigid mounts for metrology; isolation for vibration-heavy AMRs
- →Lens protection and cleaning schedule in dusty environments
- →Cable strain relief on pan-tilt and articulated mounts
Buyer mismatch warnings
- Rolling shutter on fast-moving arms without compensation
- Depth camera substituted for high-precision 2D inspection
- Consumer USB camera in washdown or outdoor AMR environment
- Underspecified lighting for glossy or low-contrast parts
- USB3 passive extension cables causing frame drops
Emergency substitution notes
- →Substitute within same interface, mount, and driver-supported family when possible
- →Depth modules require recalibration after any replacement
- →Smart cameras may need matching firmware for recipe tools
Open research gaps
- Model-level ROS 2 driver compatibility matrix · Category guidance only
- Lens + lighting BOM templates by application · Anecdotal only
Product-specific compatibility still needs verification.
Full cross-component view: Compatibility overview
EAR does not currently verify live stock or delivery speed. Use this guide to avoid ordering the wrong part, then verify stock, shipping, compatibility, and datasheets with the supplier before purchase.
EAR does not currently verify live stock or delivery speed. Use this guide to avoid ordering the wrong part, then verify stock, shipping, compatibility, and datasheets with the supplier before purchase.
Guide: general guidanceNeeds live supplier check
Urgency summary
Vision failures on production lines and navigation-critical AMRs are rarely fixed by grabbing any USB webcam — shutter class, interface, lens, lighting, and drivers must match first.
Check stock and shipping live before ordering.
Urgent questions
- →Is it 2D inspection, depth, or smart-camera with embedded tools?
- →Global shutter required for motion?
- →What interface and cable length to the host?
- →What lens mount and working distance?
- →Is lighting available or part of the failure?
- →ROS 2 / vendor driver verified for replacement model?
- →Indoor factory vs outdoor AMR environment?
- →Multi-camera trigger/sync requirements?
Non-negotiable specs
- →2D vs depth vs smart-camera class
- →Global vs rolling shutter for motion
- →Resolution and frame rate for cycle time
- →Interface (USB3, GigE, MIPI)
- →Lens mount and working distance
- →ROS 2 / SDK compatibility
- →IP rating for install environment
- →Trigger/sync if multi-camera cell
Acceptable substitutions (category-level)
- →Same model spare from authorized distributor
- →Same family unit with verified driver and lens parity (engineering sign-off)
Dangerous substitutions
- Consumer webcam for production inspection
- Depth camera for high-precision 2D metrology
- Rolling shutter on fast arm without validation
- USB3 passive extension causing frame drops
- Marketplace clone without SDK support
- Smart camera with incompatible firmware/recipes
Suppliers to check first
Digi-Key · supplier targetMouser Electronics · supplier targetRobotShop · supplier targetAutomationDirect · supplier targetNewark · supplier targetRS · supplier targetAmazon · marketplace caution
Full supplier directory →Local pickup targets (verify stock)
- →Authorized machine vision distributor — fastest for industrial GigE
- →OEM direct expedite for fleet-critical depth modules
Marketplace cautions
- →Amazon: verify exact model number and driver thread before buying
- →Gray-market industrial cameras may lack GenICam support or warranty
Before you order
- →Photograph lens mount and cable part numbers if possible
- →Confirm host bandwidth (USB controller or GigE switch)
- →Check lighting part numbers — order together if failed
- →Export smart-camera recipes if applicable
After arrival — bench test
- →Bench-test exposure and focus at production working distance
- →Run driver on target compute host before reinstall
- →Re-run hand-eye calibration on arms after lens or mount change
- →Validate depth quality on representative parts if RGB-D
If you get it wrong
- →Inspection false rejects — line stoppage
- →Navigation or guidance stack unusable
- →Motion blur makes arm guidance unreliable
- →Depth dropouts cause collision or pick failures
Open research gaps
- Fleet spare stocking guidance by camera class · Partial
Cameras feed perception stacks — plan compute (Jetson, industrial PC), lighting, lenses, calibration, and time sync with LiDAR/IMU. GigE Vision needs switch bandwidth; USB3 needs cable quality and host controller headroom. Depth modules need texture and lighting discipline outdoors.
15 manufacturers tracked — expand for chips and dossier links.
Cognex→· needs source reviewKeyence→· needs source reviewBasler→· needs source reviewTeledyne Technologies→· needs source reviewIDS Imaging→· needs source reviewAllied Vision→· needs source reviewIntel→· needs source reviewLuxonis→· needs source reviewSICK→Omron→· needs source reviewHikvision→· needs source reviewZebra Technologies→· needs source reviewBalluff→· needs source reviewBaumer→· needs source reviewe-con Systems→· needs source review
EAR does not currently show live inventory. Always verify stock, shipping speed, compatibility, and authorized-channel status before ordering.
EAR does not currently show live inventory. Always verify stock, shipping speed, compatibility, and authorized-channel status before ordering.
Digi-Key
SupplierAuthorized distributorU.S. shipping: typically availableOvernight: varies by itemAuthorized: partial — verify by manufacturer
Supported categories
controller boardsmotor driversservosactuatorspowerconnectorssensorslidarcamerasimus
Broad authorized catalog for semiconductors and modules
Buyer caution
Not optimized for hobby servo bundles — check robotics specialists first
USB modules and select industrial lines — verify stock
Verify stock and shipping before ordering.
Mouser Electronics
SupplierAuthorized distributorU.S. shipping: typically availableOvernight: varies by itemAuthorized: partial — verify by manufacturer
Supported categories
controller boardsmotor driversservosactuatorspowerconnectorssensorslidarcamerasimus
Wide semiconductor and module selection
Buyer caution
Less hobby-robotics curated than Pololu or ServoCity
Embedded vision modules — shipping verification needed
Verify stock and shipping before ordering.
RobotShop
SupplierRobotics specialistU.S. shipping: typically availableOvernight: shipping needs live checkAuthorized status unknown
Supported categories
servoscontroller boardsmotor driverssensorskitsactuatorslidarcamerasimus
Broad robotics catalog in one place
Buyer caution
U.S. ship speed varies by warehouse and listing
Research depth cameras and USB units — verify model
Verify stock and shipping before ordering.
AutomationDirect
SupplierIndustrial supplierU.S. shipping: typically availableOvernight: varies by itemAuthorized: partial — verify by manufacturer
Supported categories
motor driversactuatorspowersensorslidarcamerasimus
Industrial motor drives and motion components
Buyer caution
Not hobby robotics curated
Industrial vision where listed
Verify stock and shipping before ordering.
Newark
SupplierAuthorized distributorU.S. shipping: typically availableOvernight: varies by itemAuthorized: partial — verify by manufacturer
Supported categories
controller boardsmotor driversconnectorssensorscamerasimus
Authorized distributor for many semiconductor lines
Buyer caution
Less robotics-curated than Pololu
Industrial sensor distribution — verify authorization
Verify stock and shipping before ordering.
RS
SupplierAuthorized distributorU.S. shipping: typically availableOvernight: varies by itemAuthorized: partial — verify by manufacturer
Supported categories
controller boardsmotor driversactuatorspowersensorscamerasimus
Broad industrial catalog
Buyer caution
U.S. overnight needs live check
Industrial automation channel — regional stock varies
Verify stock and shipping before ordering.
Browse all suppliers in the Supplier Directory. See what works together in the Compatibility Matrix.
Overnight availability needs live supplier verification. EAR does not track live inventory.
STOCK & SHIPPING
Overnight availability: needs live supplier verification. EAR does not track live inventory.
For rush-order decision checklists, see Emergency sourcing guide above.
Likely supplier targets to check first
See Who sells it above for supplier targets and sourcing guidance — then verify stock and shipping live before ordering.
Emergency sourcing checklist
- □Confirm 2D inspection vs depth vs smart-camera class
- □Match resolution, shutter type, and lens mount
- □Verify interface (USB3, GigE) and cable length to host
- □Check ROS 2 / vendor driver for exact model revision
- □Confirm lighting parts availability — often the real lead-time item
- □For depth: verify indoor vs outdoor range and sunlight tolerance
- □For multi-camera: confirm trigger/sync and switch bandwidth
- □Contact authorized distributor for industrial GigE lines
Motion blur from long exposure on moving scenes
- ×Motion blur from long exposure on moving scenes
- ×Glare and shadow from poor or missing lighting
- ×USB bandwidth collapse with multiple high-res streams
- ×GigE packet loss on underspecified switches
- ×Depth dropouts on low-texture or reflective surfaces
- ×Outdoor IR saturation on consumer depth modules
- ×Hand-eye calibration drift after mechanical impacts
- ×Lens contamination in dusty environments
Replacement parts risk
Medium — industrial cameras often have lens and cable spares; depth module revisions can break driver pins; smart cameras may require vendor firmware match.
Global shutter usually matters on moving robots. Lighting is often as important as the camera. Lens selection can make or break the system. Depth cameras are not the same as industrial inspection cameras.
Global shutter usually matters on moving robots. Lighting is often as important as the camera. Lens selection can make or break the system. Depth cameras are not the same as industrial inspection cameras.
- !Rolling-shutter cameras on fast-moving arms or AMRs without motion compensation
- !Consumer webcam-class sensors for production inspection
- !Depth cameras outdoors without sunlight and range validation
- !Buying camera body without lens, mount, and lighting plan
- !Assuming ROS driver exists without checking exact SKU
- !USB3 extension cables that violate spec and cause dropouts
- !Mixing inspection and depth camera specs in one procurement template
- !Ignoring IP rating and connector strain relief on mobile platforms
- LiDAR for long-range geometry where texture-poor depth fails
- Laser line profilometry for dimension on moving webs
- Fixed mechanical tooling when vision ROI does not justify optics
- Smart barcode readers when only ID is required
OPEN RESEARCH GAPSComponent view linked to machine vision technology page and company registry — SKU-level pricing and lens matrices pending sourced research
pricing
USD bands by camera class (USB / GigE / depth / smart)
CURRENT STATUS
Needs sourced range
NEXT EVIDENCE TARGET
Authorized distributor listing spot-checks
sourcing
Model-level ROS 2 driver matrix
CURRENT STATUS
Category guidance only
NEXT EVIDENCE TARGET
Verified driver records per SKU family
supplier
Lens and lighting BOM pairing guides
CURRENT STATUS
Anecdotal only
NEXT EVIDENCE TARGET
Integrator BOM samples