Development services for equipment manufacturers, system integrators and engineering teams: camera modules, vision boards, acquisition, synchronization, embedded software and custom terminals.
44 development services
Design power, clock, configuration and image-output circuits for a selected CMOS sensor, providing a sensor board for integration with the host processor.
Schematics, PCB layout, BOM, fabrication files and prototype debug records.
Check supply sequencing, clocks, register access and capture in the specified format; record board revisions and capture conditions.
Combine a sensor board, lens mount and capture interface into a monocular camera module for equipment with defined size and interface requirements.
Module prototypes, assembly drawings, interface definitions, driver settings and captured images.
Check field of view, sharpness, exposure, delivered frame rate and imaging consistency after reassembly at the agreed distance and target.
Develop camera mounting references, triggering and data interfaces for stereo sensing equipment, with module calibration and capture software.
Stereo module, synchronization settings, intrinsic and extrinsic parameters, calibration and capture tools.
Check exposure synchronization, reprojection residuals and depth error at specified distances separately; retain original image pairs.
Integrate commercial visible and infrared camera modules with synchronized capture, mounting geometry and data interfaces for dual-band equipment.
Dual-band assembly, synchronized capture software, registration parameters and image-output interfaces.
Check imaging, overlapping coverage, registration error and temporal association; record distance and temperature conditions separately.
Integrate a commercial ToF depth module through power, interfaces, mounting and depth-data output for the target equipment.
Integration prototype, configuration software, depth-data interface and target-condition test records.
Check depth deviation, invalid-point ratio, update behavior and recovery across distances, materials and incidence angles.
Build acquisition, motion-encoder coordination and scanned-image output around a selected line-scan camera for the equipment motion process.
Acquisition module, encoder interface, line-image assembly software and image records.
Check correspondence between encoder counts and image lines, duplicated or missing lines, scan scale and start-stop recovery.
Design MCU-based capture, buffering, basic image processing and device-output boards for embedded vision equipment with a defined task.
Board design, prototypes, buildable firmware, capture and peripheral interface documentation.
Check DMA and cache coherence, complete-frame ratio, processing latency, display or interface output and fault recovery.
Design carrier boards around established compute modules, connecting cameras, networking, storage, displays and control interfaces with board-level software adaptation.
Carrier schematics and PCB, BOM, prototypes, device-tree or BSP changes and debug documentation.
Validate power-up, boot, cameras, peripherals, storage I/O, concurrent workloads and temperature rise with software and hardware revisions recorded.
Design FPGA-based image-input, buffering, clock and transfer boards for a defined acquisition link and preprocessing task.
Board design and fabrication files, prototypes, power-up and interface debug records.
Check power and clocks, transceiver links, buffer I/O, sustained data transfer and temperature under load.
Develop display, touch, button and status-interface boards connecting the vision host application with the equipment operator interface.
Control-board design, prototypes, display and input drivers, and interface integration records.
Check display timing, refresh, touch coordinates, button events and recovery after disconnection.
Design power-management boards for cameras, compute and peripherals, covering multiple rails, sequencing, monitoring and fault-state output.
Power design, BOM, prototypes, sequencing configuration and load-test records.
Check voltage, ripple, sequencing, protection trips and recovery under the agreed loads.
Develop isolated I/O boards between vision hosts and field sensors, PLCs or actuators, with defined electrical interfaces and event states.
Expansion board, I/O list, firmware or interface software and electrical integration records.
Check input thresholds, output drive, isolated interfaces, event response and power-loss states.
Develop interconnect or active bridge boards for a specified camera and host, matching connectors, pins, power and image interfaces.
Adapter-board design, interface mapping, prototypes, configuration and capture debug records.
Validate control communication, lane and format configuration, complete-frame reception and operation with the target cable.
Connect a specified image source to a USB data path through an acquisition board, firmware and host software that deliver usable image data.
Acquisition board, firmware, host example, interface documentation and transfer-test records.
Check host enumeration, effective throughput, frame integrity, reconnection and recovery after interrupted transfers.
Develop buffering, network transfer and device-configuration boards that connect captured images and device states to equipment networks.
Transfer board, communication firmware, data protocol, receiver example and network-test records.
Check effective throughput, frame reassembly, packet-loss handling, reconnection and buffer state during sustained transfer.
Develop camera-link boards around selected serializers and deserializers, integrating power, control channels, image transport and the host interface.
Link-board design, configuration firmware, cable definition and capture diagnostic records.
Check link lock, control pass-through, frame integrity, multi-channel input and disconnection recovery.
Develop PCIe cards for a specified image input, connecting onboard buffering, DMA transfer and host applications through a diagnosable data path.
Acquisition card, FPGA or device firmware, driver, SDK example and transfer records.
Validate PCIe enumeration and link state, DMA integrity, host-memory management and sustained acquisition workloads.
Develop continuous image-recording, local-buffering and export modules that retain data and timing information for equipment debugging, experiments and offline analysis.
Recording module, storage software, file index, export interface and recovery documentation.
Check sustained writes, buffer backlog, recording integrity, full-storage behavior and recoverable files after power loss.
Develop trigger generation, distribution and channel-configuration hardware for equipment requiring coordinated camera acquisition.
Trigger-control board, firmware, timing-configuration tool and waveform records.
Measure output-trigger skew and actual exposure timing separately; check missed or duplicated triggers and recovery.
Generate camera acquisition events from encoder position or counts, linking motion position to image frames or scan lines.
Acquisition controller, position-trigger firmware, parameter tool and position-association records.
Check trigger counts, position spacing and image association during speed changes, reversal, start-stop motion and count boundaries.
Connect camera and IMU sources through acquisition interfaces and temporal association, delivering paired image and inertial data for motion-vision equipment.
Synchronized acquisition hardware, drivers, packet definitions and temporal-association test records.
Check clock sources, time offset and drift, missing samples and restoration of the time base after restart.
Select lenses and filters for the sensor, field of view, working distance and installation conditions, defining imaging and mechanical adaptation for the equipment.
Lens selection table, mounting adaptation, parameter records and target images.
Check field of view, depth of field, distortion and edge sharpness under the existing imaging conditions, recording focus and mounting position.
Design lens mounts, brackets and mounting references for camera modules, defining assembly, focusing and service access with inspectable mechanical references.
3D models, engineering drawings, assembly instructions, sample parts and dimensional inspection records.
Check critical dimensions, assembly clearances, adjustment range and imaging-position changes after reassembly.
Design thermal paths, cooling components and airflow for the terminal workload, enclosure and environment, using prototype temperature records to guide revisions.
Thermal drawings, materials and components, test setup and temperature-rise records.
Record chip, component and enclosure temperatures and throttling under a fixed workload; assess restricted ventilation or fan conditions.
Design enclosures, viewing windows, seals and connector mounting for the intended environment, with sample inspection and environmental validation.
Enclosure and seal designs, engineering drawings, sample parts and records for agreed tests.
Check seal interfaces, assembly state, window effects on imaging and the agreed dust or water ingress tests.
Plan internal and external power, image, control and grounding connections, producing harness documentation for manufacturing, assembly and inspection.
Harness drawings, terminal and connector lists, samples and continuity inspection records.
Check pin assignment, continuity, shielding and grounding, strain relief and data links in the target installation.
Combine imaging, onboard processing, task algorithms and industrial communication into a smart camera for workstations requiring device-side inspection results.
Smart-camera prototype, capture and inspection software, configuration interface, result interfaces and handover documentation.
Validate imaging quality, sample-level inspection results, full equipment cycle time, communication and sustained operation separately.
Develop local vision-analysis terminals for external camera inputs, integrating compute, networking, storage, event output and device maintenance.
Terminal prototype, ingest and analysis software, configuration interface, event interfaces and deployment documentation.
Check decoding, inference, event latency, stream reconnection and storage under the specified video workload.
Combine a camera, battery, display, interaction and a defined inspection task into a portable terminal for mobile use.
Portable prototype, mechanical and power documentation, application software, data export and operating instructions.
Check handling and operation, capture results, battery load, charge states and runtime under the target duty cycle.
Develop sensing terminals around robot mounting, power, triggers and data interfaces, delivering images or defined vision results to the robot system.
Sensing terminal, mounting and wiring documents, capture software, coordinate or result interfaces and integration records.
Check mounting coordinates, image-trigger association, interface latency, motion conditions and disconnection recovery.
Connect existing microscopy equipment through image capture, focus or stage interfaces and experiment records to form an acquisition-control terminal.
Acquisition terminal, control software, parameter records, image export and interface documentation.
Check image capture, position and magnification records, focus response and acquisition-sequence completeness.
Combine imaging, communication, power, protection and maintenance into outdoor terminals for remote image and event acquisition at fixed locations.
Terminal prototype, installation documents, capture and communication software, status interfaces and test records.
Check capture, communication recovery, power-cycle recovery, temperature rise and agreed protective requirements in the target environment.
Configure sensor drivers and bring up capture links for a specified image sensor and host platform, delivering application-ready images and diagnostics.
Driver and build project, register or device-tree settings, raw frames and debug documentation.
Check sensor output, link reception and application capture separately; record frame integrity, error states and recovery.
Adapt boot, pins, power and peripherals for a target vision board, establishing a buildable, flashable and diagnosable Linux system base.
BSP changes, device trees, build and flashing scripts, system images and debug records.
Validate boot logs, pin and power configuration, peripherals, reboot and upgrade behavior, and system recovery.
Adapt the camera path and Camera HAL on a specified Android platform so the target camera exposes the capture and control interfaces required by the device application.
Camera adaptation code or patches, build configuration, example application and device validation records.
Check camera enumeration, preview and capture, format and orientation, parameter control, lifecycle and recovery.
Develop image interfaces, buffering and processing pipelines for a specified FPGA board, with logic sources, simulation and target-hardware integration records.
RTL or HLS project, constraints, simulation cases, build files and resource and timing reports.
Compare reference results with fixed-point output; check timing closure, backpressure, frame boundaries and on-board end-to-end latency.
Tune imaging parameters for a specified sensor, lens and ISP platform, producing reusable configurations and image-quality records for the corresponding conditions.
ISP parameters, test images, tuning records and versioned configuration documentation.
Compare exposure, colour, noise, detail and dynamic-scene behavior, and assess the effect on the target vision task.
Package capture control, configuration, update and diagnostic interfaces for vision hardware, providing an SDK and tools for enterprise application integration.
SDK, configuration tool, sample code, API documentation and error-code definitions.
Check parameter access, data lifetimes, concurrent calls, disconnection recovery and failed-update handling.
Review existing vision-board circuits, interfaces and PCB layout against target requirements, providing issue lists and traceable revision recommendations.
Review report, located annotations, issue priorities, revision recommendations and follow-up records.
Review power, clocks, interfaces, critical routing and fabrication rules, recording closure evidence for each issue.
Coordinate prototype fabrication and bring up power, clocks, reset, capture and communication, identifying design and assembly issues.
Prototype boards, component-substitution records, power-up and interface logs, and revision recommendations.
Check static electrical conditions, current-limited power-up, clocks and reset, and functional paths in stages; record board IDs and reproduction conditions.
Develop camera fixtures, calibration-target mounting and imaging checks under existing imaging conditions, with repeatable positioning and operating steps.
Fixture, mechanical drawings, capture or calibration software, operating instructions and repeatability records.
Check repeat mounting, target position, calibration residuals and result-file association, retaining camera identifiers and settings.
Develop flashing, device identification, functional checks and result-recording fixtures for consistent inspection during pilot production and assembly.
Test fixture, flashing and inspection tools, operating procedure, logs and record format.
Use normal and fault-injected samples to check flashing verification, fault detection, retesting and device-record association.
Plan tests for defined equipment configurations, workloads and environments, recording sustained operation and environmental behavior while investigating faults.
Test plan, configuration list, raw logs, fault-reproduction records and test report.
Track frame loss, disconnects, restarts, temperature rise and agreed environmental tests, stating sample size, duration and retest conditions.
Prepare fabrication, assembly, flashing and test documentation for a design release, supporting issue tracking and engineering changes during pilot production.
Manufacturing package, process and test instructions, pilot records, issue list and change documents.
Check material and revision consistency, assembly inspections, test results, rework causes and serial-number traceability.
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Develop drivers, acquisition or configuration tools around existing circuits, SDKs and interfaces.
Design around camera, compute and peripheral interfaces, then integrate and validate prototypes.
Combine hardware, software, mechanics and validation around the equipment task, with engineering handover records.
Projects can cover circuits and PCB layout, capture drivers, interface tools, mechanical prototypes or complete system integration. Scope is defined from the existing hardware and documentation.
After reviewing the equipment use, camera and host, interfaces, prototype quantity and deliverables, work is divided into assessment, development, prototyping, integration and testing. Procurement, revision rounds and external tests are listed separately.
Confirm prototype functions and revisions, then prepare fabrication, assembly, flashing, test and traceability records. Track issues by pilot batch and manage design changes using retest results.
Vision Hardware Design and Embedded Development
Describe the equipment, existing hardware, camera and interfaces, target requirements, prototype quantity and delivery scope.
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