Rugged All-in-One Computer for Portable Machine Vision: APC-1905 Guide

A rugged all in one computer for portable machine vision can turn a monitor, GPU computer and operator interface into one transportable workstation. APC-1905 uses an Intel Core i7-8850H processor with six cores and twelve threads, while NVIDIA GeForce RTX 3060 graphics with 12 GB memory creates a credible starting point for image-processing and inspection-software evaluation.

The product should not be mistaken for a handheld tablet. It combines an 18.5-inch capacitive touchscreen with 1920 x 1080 resolution and has 480 x 297 x 81 mm dimensions and approximately 10 kg weight. Its natural opportunity is a movable bench, temporary inspection station or VESA-mounted vision workstation where the exact cameras, software and performance targets can be benchmarked before an order.

What the APC-1905 Brings Into the Discussion

The APC-1905 combines display, touch, CPU, discrete graphics, local storage and connectivity in one enclosure.

This configuration is commercially interesting because it can reduce the loose hardware around a portable inspection setup. It remains a platform to test, not a promise of a specific vision result.

Five Portable Vision Scenarios Worth Evaluating

Camera commissioning beside the machine

Vision engineers often need to adjust exposure, focus, lighting, triggers and regions of interest close to the equipment. A self-contained display-and-compute unit can reduce the need to carry a separate monitor and desktop PC to the setup area.

The APC-1905's size and weight mean “portable” should be understood as transportable between prepared work locations, not carried continuously in one hand. Plan a case, cart, bench or mounting structure, then manage cables so connectors are not used as lifting points.

Temporary inspection during process improvement

A production team may want to deploy inspection for a trial, process study or short campaign before building a permanent cell. An all-in-one workstation can make that temporary architecture easier to assemble and explain.

The visual result still depends on cameras, lenses, lighting, triggering, calibration, fixturing and software. Use the temporary station to collect real data and establish acceptance limits. Do not treat a powerful computer as a substitute for optical design.

Movable quality station for large or changing parts

When parts cannot easily be brought to one fixed cabinet, a workstation on a suitable cart may help move the operator interface and compute closer to the inspection point. The large touchscreen can support setup views, image review and guided workflows.

Mobility introduces new engineering questions: total cart weight, centre of gravity, wheel and brake design, cable strain, camera mounting, power connection and safe transport. The APC-1905 is one component of that system, not proof that the complete station is safe or suitable.

Demonstrator or application-development system

Machine-vision suppliers and integrators often need a demonstrator that can run application software, show images and connect to cameras or plant networks. A single enclosure with discrete graphics and an 18.5-inch display can create a more coherent customer-facing setup than a collection of loose devices.

Demonstration success should not be converted into a production guarantee. Production workloads may have different image rates, duty cycles, network conditions and recovery requirements. Re-benchmark the final configuration against the intended operating sequence.

Fixed VESA-mounted operator and vision station

Portable or VESA 100 x 100 installation gives the buyer a second direction: use the same form factor as a mounted station when a suitable structure and service plan exist. That can be useful for a cell that needs local image review and operator interaction.

Confirm load rating, arm reach, vibration from surrounding equipment, connector clearance, cable routing, viewing angle and the method for supporting the unit during service. An available VESA pattern is not a complete mechanical design.

Build the Vision Workload Before Selecting Hardware

Describe the pipeline from photon to decision:

1. Number and model of cameras. 2. Interface for each camera. 3. Resolution, pixel format and target frame rate. 4. Trigger source and acquisition timing. 5. Image preprocessing and vision library. 6. Classical algorithm, deep-learning model or hybrid workflow. 7. Images retained per part and retention period. 8. Operator display and review requirements. 9. Output to PLC, database, MES or other destination. 10. Recovery behaviour after a camera, network or application fault.

This pipeline determines CPU, GPU, memory, storage and I/O demand. The RTX 3060 label alone cannot answer whether a particular model, library or driver stack will run at the required rate.

Camera and Network Fit

The APC-1905 provides two LAN ports and four USB 3.0 ports, giving several physical routes for cameras and peripherals. Assigning them requires more detail.

For USB cameras, confirm controller topology, aggregate bandwidth, cable length, power, locking connectors and driver behaviour. For Gigabit Ethernet cameras, define camera count, packet size, switch architecture, network interface ownership and upstream traffic. Built-in Wi-Fi and Bluetooth may help service or peripheral discussions, but wireless performance and site suitability must be evaluated in the actual environment.

The second LAN port may support a separate plant-facing role, but network security, routing and segmentation remain system-design responsibilities.

Memory, Storage and Result Retention

The listed 8 GB memory can be configured up to 64 GB, and the 256 GB SSD has listed support up to 1 TB. Those ranges create useful options for vision applications that hold image buffers, models, result databases and retained images.

Size them from measured use. Include operating-system overhead, application peak, GPU-to-system data movement, image queues, rejected-part images, trace logs, model files and recovery margin. Define what is deleted first when storage fills and how important records move upstream.

A Pilot That Produces a Real Buying Decision

Use the intended camera, lighting and software. Test:

• acquisition at the target resolution and frame rate;
• worst-case part and image complexity;
• CPU, GPU, memory and storage peaks;
• thermal and application behaviour over the intended shift pattern;
• camera disconnect and reconnect;
• network interruption;
• operator touch workflow;
• result retention and export;
• controlled power loss and restart; and
• workstation transport or VESA service procedure.

Record the acceptance thresholds before the pilot. The goal is not to prove that an image appears on screen; it is to show that the complete workflow meets the project's timing, result and recovery requirements.

When to Discuss a Tailored Configuration

Ask for another configuration when the project needs a different processor or GPU, more memory or storage, a specialised camera interface, isolated I/O, another display size, different touch behaviour, another power input, a lighter chassis, different mounting or documented qualification.

Univitech's custom requirement discussion can evaluate those inputs and explore a tailored option or another product direction. That invitation is valuable even when the standard APC-1905 is only a near fit.

RFQ Inputs for a Portable Vision Workstation

Send:

• inspection purpose and decision output;
• camera models, count and interfaces;
• resolution, frame rate, trigger and lighting plan;
• vision library, model or algorithm and operating-system requirements;
• expected CPU, GPU, memory and storage load;
• retained image and result volume;
• display and touch workflow;
• network and external I/O map;
• portable, cart-based or VESA installation plan;
• power source and cable strategy;
• quantity, destination, sample plan and required documents.

With those inputs, the APC-1905 can be evaluated as a real transportable vision workstation rather than marketed as a generic “rugged tablet.”

Frequently Asked Questions

Is APC-1905 a handheld rugged tablet?

No practical shortlist should treat it as handheld. Its 18.5-inch display, 480 x 297 x 81 mm enclosure and approximately 10 kg weight make it a transportable or mounted all-in-one workstation.

Can APC-1905 run machine-vision software?

Its processor, RTX 3060 graphics and interfaces create a credible evaluation platform. Exact camera, driver, library, model, frame-rate and inference performance must be benchmarked.

How can it be installed?

The listed options are portable use or VESA 100 x 100 installation. The supporting cart, arm, bracket, cable route and service procedure require separate engineering.

Why is the 36-75 V DC input important?

It defines the power architectures that can be considered. Confirm the available supply, adapter, grounding, protection and shutdown requirements for the complete system.

Can Univitech review a lighter or different configuration?

Yes. Submit the compute, graphics, display, I/O, weight, mounting, power and qualification requirements for a tailored-option or alternative-product review.