3DV Display Deployment Guide: Site Planning, Power, Cabling, and Workflow Integration

3DV’s Pro and Essential spatial displays are designed to drop into existing workflows with minimal disruption. The on-device FPGA handles the SBS-to-autostereoscopic conversion internally, so the host PC requirements are modest and the display behaves like a normal monitor from the operating system’s perspective. This page covers practical deployment specifics: site planning, power, cabling, host PC sizing, and software integration across single-workstation, multi-seat, clinical, industrial, and portable scenarios.

For broader buying guidance, see how to choose a 3D monitor. For OS-level compatibility, see 3D monitor OS compatibility.

Single Workstation Deployment

The typical 3DV deployment is one display at one desk, replacing or sitting beside a conventional 2D monitor.

Power and Thermal

The 27-inch 3DV Pro Display draws 60 W typical at 90–260 V AC, 50/60 Hz. The 15.6-inch Pro and the 32-inch Essential draw less. All 3DV displays are designed for continuous 18-hour-per-day operation at 20–80% RH non-condensing.

A single workstation power budget with a low-power mini PC:

Display: 48–60 W
Mini PC (Intel N100-class): 6–25 W
Total: under 90 W including peripherals

This is meaningfully lower than a workstation with a discrete GPU driving a host-side 3D conversion pipeline. For office installations, the heat and noise reduction is noticeable — no GPU fan, no auxiliary cooling.

Cabling

The current 27-inch Pro Display datasheet lists 2× HDMI, 2× USB 2.0, RJ45 Ethernet, a TF card slot, 3.5 mm headphone, and dual-channel speaker output. Earlier revisions shipped with DisplayPort 1.4 plus USB-C. Confirm the exact I/O configuration of the unit you are procuring before finalizing cabling runs.

The 15.6-inch Pro Display, 32-inch Essential, and 14-inch Essential typically ship with HDMI input. Power input is AC via the included adapter. No proprietary cabling is required.

Mounting

All 3DV displays are VESA-mountable. The 27-inch Pro’s panel is 650 × 392 × 50 mm with an active area of 597.6 × 336 mm. Confirm the VESA pattern against your existing mount or arm. For shared reading rooms or clinical environments, an articulating arm that supports the display weight and keeps the screen at eye level is standard.

Viewing Distance

3DV eye-tracked displays are tuned for desktop viewing distance. The 27-inch Pro’s optimal range is 700–800 mm. The 14-inch and 15.6-inch portable models work at 400–600 mm. The 32-inch Essential works at 800–1100 mm. Outside these ranges, eye tracking may lose lock or the 3D effect may soften.

Place the display at a height where the viewer’s eye line lands on the upper third of the panel in normal seated posture.

Host PC

Because the FPGA handles 3D conversion, the host PC can be modest:

Minimum: Intel N100 or equivalent, integrated graphics, 8 GB RAM, 256 GB SSD. Drives 4K SBS 3D at 60 fps comfortably for review workflows.
Recommended: Intel Core i5/i7 or AMD Ryzen 5/7, integrated or mid-range discrete GPU, 16 GB RAM. Provides headroom for the host application — DICOM viewer, NDT inspection suite, CAD tool.
Heavy workloads: Discrete GPU (RTX 3060 or better) for real-time volume rendering, large assembly navigation, or complex CAD visualization. Still not required for the 3D pipeline itself, but useful for the application.

A Windows 10 or Windows 11 host is the supported configuration for full SDK integration. Linux hosts work for SBS playback but with reduced SDK coverage. See 3D monitor OS compatibility.

Multi-Seat Rollout

For clinical departments, inspection labs, training facilities, or showroom deployments, the per-seat economics change with display architecture.

Per-Seat Power and Heat

A 10-station 3DV Pro deployment using N100-class mini PCs:

Total per seat: under 90 W
10 seats: under 900 W
No active cooling required at any seat
Standard 110 V / 220 V office circuits handle the load
No HVAC upgrade required for the room

The same 10 seats driven by GPU workstations:

Per seat with a mid-range workstation: 250–400 W
10 seats: 2.5–4 kW
Active cooling required at each seat
Possible HVAC or electrical service upgrade
Higher ambient heat in the room

For multi-seat institutional deployment, the on-device FPGA pipeline is what makes the rollout financially and operationally practical.

Standardization

For multi-seat rollouts, standardize on one display model and one host configuration. It simplifies:

Spare parts and field service
User training
Software image management
IT support tickets

The 27-inch 3DV Pro Display is the most common choice for multi-seat deployments because it doubles as a daily 2D workstation display. The 15.6-inch Pro is the standard for portable field engineers.

Imaging Pipeline Integration

For clinical deployments, the host PC sits in the existing PACS network and pulls DICOM studies from the existing infrastructure. The 3DV display is a video output device — it does not store, cache, or transmit imaging data. From a data privacy and IT security perspective, the display introduces no new PHI pathway.

For industrial deployments, the host PC connects to the existing inspection software (VGStudio MAX, Volume Graphics, Dragonfly, etc.) and pulls volumetric data from local storage or a server. The same data-handling rules apply as for any inspection workstation.

Clinical Environment Specifics

The medical imaging use case page covers clinical workflow in depth. This section covers deployment-specific concerns.

Cleaning and Hygiene

The 3DV Pro Series has a smooth front glass surface without exposed seams or ridges, compatible with standard hospital-grade wipe-down protocols. The fanless design eliminates a potential pathogen reservoir associated with active cooling vents.

Use the disinfectant your facility has approved for monitor surfaces. Avoid abrasive cleaners on the front glass.

Noise and Airflow

The 3DV display is fanless. Combined with an N100-class mini PC, the workstation produces minimal noise and airflow. This matters in:

Operating rooms where surgeon-team communication must not be disrupted
Reading rooms where multiple workstations in close proximity create cumulative acoustic load
ICU and interventional environments where patient comfort includes acoustic environment

Power and Backup

For clinical workflows that require UPS-protected workstations, a small UPS (300–600 VA) handles the entire 3DV + mini PC deployment. Battery runtime during power loss is significantly longer than for a GPU workstation at the same VA rating.

Network

The 27-inch Pro Display’s RJ45 Ethernet port (per the current datasheet) supports network-attached deployment scenarios. The TF card slot supports local content playback. Confirm the exact use case for these ports with 3DV before relying on them for clinical workflow — they may be intended for a specific deployment pattern.

Industrial Environment Specifics

The industrial CT inspection page covers inspection workflow in depth. This section covers deployment specifics.

Vibration and Mechanical Stability

For shop-floor or near-line inspection cells, the display should be mounted on a stable surface or arm. Excessive vibration can interfere with the structured-light eye tracker. Industrial workstations typically place the display on an articulating arm attached to a heavy base or directly to the workbench.

Ambient Light

3DV displays are tuned for controlled ambient light. Bright overhead fluorescents or direct sunlight can wash out the structured-light eye tracker and degrade tracking reliability. In shop-floor environments:

Position the display away from direct overhead lighting
Consider a hood for high-glare environments
Avoid placing the display facing a window

Multi-Display Cells

Some inspection cells deploy two or more 3DV displays for parallel review. Standardize on the same model across the cell. Eye tracking and color calibration should be consistent. The 27-inch Pro Display at 4000:1 contrast and 89° viewing angle is the most common cell display.

Cable Management

Industrial environments with cable trays and conduit require careful cable routing. HDMI, USB, and power cables for the display should follow the same routing pattern as other workstation cabling in the cell. The 3DV display’s I/O profile (2× HDMI, 2× USB 2.0, RJ45, TF card) is standard and uses common cabling.

Portable and Field Deployment

The 15.6-inch Pro Display and the 14-inch Essential Display are designed for portable field use.

Weight: ~4 kg for the 15.6-inch Pro. Carry case recommended.
Power: Standard AC adapter or compatible USB-C PD input on some configurations. Confirm before procurement.
Mounting: VESA-compatible for vehicle mounts, mobile carts, or field workstations.
Viewing distance: 400–600 mm for the portable models. Place closer than a desk monitor.

Typical portable use cases:

Field service engineer demonstrating equipment to a customer
Mobile inspection at a customer site
Trade show and conference demos
Traveling medical specialist reviewing pre-op imaging on-site

The FPGA pipeline is unchanged in the portable models — host PC requirements are still modest, which matters when you cannot guarantee a GPU workstation at the destination.

Software Integration

SDK Components

The 3DV SDK provides:

Display enumeration and configuration
SBS-to-autostereoscopic conversion utilities
Programmatic 2D/3D switching
Eye-tracker status and head position data
Unity and Unreal Engine plugins
OpenGL and Vulkan sample code

Integration Path

A typical integration looks like:

Connect the display. Standard HDMI (or DisplayPort on older revisions) and power. The display enumerates as a 4K panel.
Install the SDK and driver. Windows host. Driver installation is standard.
Configure SBS output in your application. Most DICOM viewers, NDT suites, and CAD tools have a stereoscopic output mode that produces SBS frames.
Verify 3D. Launch your application, load a representative volume, and confirm the 3D effect is visible at the viewer’s eye position.
Wire programmatic switching (optional). If your application needs 2D/3D mode toggling, integrate the SDK’s mode-switch API.
Calibrate. Eye-tracker calibration typically runs once per user session. Most displays remember the calibration.

Common Integration Questions

Does 3DV have a DICOM viewer? Yes. The 3DV SDK includes a DICOM-compatible viewer for clinical review. Confirm the current feature set with 3DV before procurement.

Does 3DV support Unity and Unreal? Yes. Plugins ship for both engines. The plugins handle SBS output, eye-tracker integration, and 2D/3D switching.

Can the display run without a host PC? The current 27-inch Pro Display datasheet suggests an “all-in-one” deployment model with the MTK9632 chipset, Wi-Fi, 2 GB RAM, and 32 GB ROM. Confirm with 3DV exactly which deployment patterns are supported on which units.

How is firmware updated? Through the SDK or the on-screen display menu. Firmware update cadence varies. Confirm current firmware version with 3DV at deployment.

Pre-Deployment Checklist

Where to Get Help

For procurement, demo requests, and workflow evaluation, contact 3DV directly:

Demo request: 3DV demo
Sales contact: 3DV contact
Official store: shop.3dv.io

For evaluation against specific workflow content, request a 30-day demo unit. Bring a representative CT volume, a CAD assembly you know well, or an inspection dataset. The investment of a few days of evaluation almost always pays back in avoided procurement mistakes.

Where to Go Next

If you are evaluating a specific 3DV product: the product pages for 27-inch Pro, 32-inch Essential, 15.6-inch Pro, and 14-inch Essential.
If you want to compare 3DV to alternatives: 3DV vs Sony, 3DV vs Looking Glass.
If you are deploying for a specific workflow: medical imaging, industrial CT inspection, microscopy, content creation.