Get a fully validated HMI running in days, not months
What risk does this eliminate
Integrating an embedded display involves electronics, mechanics, SOM interface, touch, power, EMI and software integration. Iterations cost time and increase risk.
| Aspect | Without Starter Kit | With Starter Kit |
|---|---|---|
| Validation time | 6–12 months spent validating hardware instead of building your product | Architecture already proven in real embedded systems |
| Integration | Unexpected integration issues can delay your launch and consume critical engineering resources | Display operational immediately, engineers can focus on innovation |
| Reliability | Uncertainty about whether your display solution will work reliably in your final device | Move forward with confidence, without hidden integration risks or unexpected delays |
Reduce HMI hardware validation time by up to 80%, from months to days.
Eliminate the risk
Request your kit
Full technical transparency. No black box.
Every overlay, BSP layer, CI pipeline and test report is public. Inspect it, fork it, or just verify that we do what we say.
What's in the repo
In 3 steps, you get a configured, tested and documented HMI
Touch Display
Select your display size and specifications according to your needs.
Single Board Computer
Select your COM and carrier board according to you needs.
OS Distribution
Select your OS according to your needs.
Step 1 : Choose on 3 standard sizes
Choose a size, start fast, then adapt to your final product.
10.1"
7.0"
5.0"
CUSTOM
Or choose a Custom Version
You keep the benefits of a validated base, then adjust what needs to fit your product.
Design and Mechanics
Display size, cover lens dimensions, logo, mounting, enclosure integration.
Optics
Brightness, Sunlight readability, Coating treatments, Viewing angle.
Touch and Glass
PCAP, thickness, gloves, robustness (IKxx).
Interface and BOM
Connectors, power, EMC constraints.
Step 2: Choose your Toradex Computer-on-Module
Select your use case for an instant recommendation, or compare all 6 modules side by side.
What best describes your project? Click to get a recommendation in seconds.
↑ Select a use case above to see the recommended module.
- 6× Cortex-A55 @ 1.8 GHz + dual Cortex-M
- Modern NPU — 2× faster than iMX8M Plus
- Enhanced functional safety — mission-critical
- LTS Linux · OTA · Torizon
- 4× Cortex-A53 @ 1.8 GHz + Cortex-M7
- NPU + Image Signal Processor (ISP)
- Wi-Fi 5 · Bluetooth 5.3
- Most deployed Verdin in industrial AI
- 4× Cortex-A53 + Cortex-R5F
- Lowest cost in the Verdin family
- Pin-compatible — easy upgrade path to AM62P or iMX95
- LTS Linux · OTA · Torizon
- 4× Cortex-A53 + Cortex-M4
- Cost-optimized — proven NXP ecosystem
- Wi-Fi 5 · Bluetooth 5.3
- LTS Linux · OTA · Torizon
- 4× Cortex-A53 + Cortex-R5F
- GPU 50 GFLOPs — triple display support
- 4K video acceleration · 4-lane MIPI CSI-2
- Pin-compatible with the full Verdin family
- Higher performance — AI + multi-display combined
- Modern NPU for AI-assisted video processing
- Premium tier for the most demanding applications
- HAB + OPTEE secure boot
- NPU + AI capabilities alongside security
- Largest Verdin ecosystem + proven industrial deployments
- Long-term roadmap — active product line
- 4× Cortex-A35 + Cortex-M4
- Hardware security: HAB, OPTEE, secure storage
- Functional safety features
- Approaching end-of-life — verify availability
Click a row to see specifications and request a kit with that module.
| Module | Best for | CPU | NPU | Wi-Fi | Security |
|---|---|---|---|---|---|
Verdin iMX95 NXP i.MX 95 |
AI / Safety | 6× A55 + dual M | ✓ | ✓ | HAB · OPTEE |
Verdin iMX8M Plus NXP i.MX 8M Plus |
AI / Industrial | 4× A53 + M7 | ✓ + ISP | Wi-Fi 5 | HAB · OPTEE |
Verdin iMX8M Mini NXP i.MX 8M Mini |
Cost HMI | 4× A53 + M4 | — | Wi-Fi 5 | ✓ |
Verdin AM62P TI Sitara AM62P |
Multi-display | 4× A53 + R5F | — | ✓ | ✓ |
Verdin AM62 TI Sitara AM62 |
Baseline HMI | 4× A53 + R5F | — | ✓ | ✓ |
Colibri iMX8X NXP i.MX 8QXP · Colibri |
Safety / Security | 4× A35 + M4 | — | Wi-Fi 5 | HAB · OPTEE |
↑ Click a row to see the module details and request a kit.
High-end module with a modern NPU (2× faster than iMX8M Plus), 6-core Cortex-A55, dual real-time cores and enhanced functional safety. The top choice for AI-intensive and safety-critical HMI applications.
Toradex datasheet ↗
Proven workhorse for industrial AI HMI. NPU + ISP, Cortex-M7 for real-time, Wi-Fi 5, HAB+OPTEE security. The most widely deployed Verdin module in production industrial projects.
Toradex datasheet ↗
Cost-optimized choice for standard HMI. 4-core Cortex-A53, Cortex-M4 for real-time, Wi-Fi 5. Best price/performance for production volume when AI acceleration is not required.
Toradex datasheet ↗
The multi-display specialist. 50 GFLOP GPU, triple display output, 4K video acceleration, 4-lane MIPI CSI-2. Ideal for advanced HMI dashboards with video-rich or multi-zone interfaces.
Toradex datasheet ↗
The baseline entry point for Verdin HMI kits. 4-core Cortex-A53, lowest cost in the family. Pin-compatible with the full Verdin range — upgrade to AM62P or iMX95 without redesigning the carrier board.
Toradex datasheet ↗
The only Colibri option in our kit range. Advanced hardware security (HAB, OPTEE, secure storage), functional safety, Wi-Fi 5. Purpose-built for safety-critical and high-security industrial HMI.
Toradex datasheet ↗Step 3 : Choose your OS
You can choose between two solutions: Yocto or Torizon. Whichever you choose, we provide all the necessary overlays to simplify your integration. You move from concept to a functional prototype in record time. The market will not wait. This solution saves you months.
- Hardware and software designed to work together.
- No surprises, no patches to improvise.
- An integrated solution is more than a time saver, it's a guarantee of success
Request a Starter Kit or Custom Study
Short form, minimal technical information, quick response.
Contact Form
Fill out the form below to request a kit or custom study.
* Required fields. You can complete more details in the following steps.
To Go Faster and Risks less
FAQ
Questions that might slow down your decision to adopt this solution.
Are you an official Toradex partner?
Opto Logic is an official Toradex Proven Partner, a status granted after a technical audit and validated projects. This guarantees access to roadmaps, BSPs, and direct Toradex support.
Are you a new company or do you have a track record?
Opto Logic has been designing industrial HMI solutions for years, with a team of hardware, firmware and OS (Yocto/Torizon) engineers.
What happens if Opto Logic disappears? Am I locked in?
The BSP is open source on GitHub, overlays are public, and the hardware is documented. You can maintain or hand over the project to any Toradex integrator.
Which Toradex modules are supported?
The full Verdin family (iMX95, iMX8M Plus, iMX8M Mini, AM62, AM62P) and Colibri (iMX8X). See the compatibility matrix above.
Is the solution really tested and validated?
Validation follows a defined framework: automated CI/CD tests, LVDS signal compliance, EMI pre-compliance, touch endurance, and thermal validation. Test report available.
Does touch work with gloves, rain or gel?
PCAP with adjustable firmware (gloves mode, water rejection). Tests under condition available; adjustment possible in custom version.
What is the actual brightness? Does it work in sunlight?
400 / 650 / 1020 cd/m² depending on model. Sunlight readability available as an option (optical bonding + anti-reflective treatment) on custom version.
What is the expected lifespan (MTBF, LED retention)?
LED backlight 50 000 h typical at nominal brightness. System MTBF available in the datasheet.
OS compatibility: Linux only?
Yocto and Torizon supported out of the box. Other OS (Android, RTOS) possible in custom projects.
Are there ready-to-use device-tree overlays?
Yes, all published on GitHub, by module and by screen size. Plug and play.
What is the operating temperature range?
Standard commercial range 0–60 °C, industrial range −20 to +70 °C on custom. Thermal validations available.
Can I go to production from the starter kit?
Yes, via a design freeze phase or a customized version for your enclosure, your BOM, and your series constraints. No major redesign required.
What elements are customizable?
Size, shape, facade, glass, logo, touch (PCAP), brightness, connectors, mechanical integration and environmental options (IK, IP).
What is the minimum order quantity for a series version?
MOQ is flexible. No MOQ for standard versions in stock.
What are typical lead times?
Standard kits are in stock and available immediately. Custom versions: 8–12 weeks depending on complexity.
What about longevity?
Toradex Verdin modules are guaranteed 10+ years by Toradex. Screens are sourced from references with a long roadmap.
How do you manage obsolescence?
Active EOL monitoring, documented transition plans. Toradex notifies EOL with 5+ years advance notice.
Cyber Resilience Act (CRA) — are you ready?
Our CRA Ready badge indicates that the kits integrate CRA requirements (SBOM, secure boot, signed OTA, vulnerability disclosure).
Secure OTA updates?
Torizon + Toradex Cloud provide signed OTA, rollback and monitoring. Yocto via Mender/RAUC also supported.
Secure boot / TPM / encryption?
Supported on Verdin iMX8M Plus, iMX95 and Colibri iMX8X (HAB, OPTEE, secure storage).
IEC 62443 / medical 60601 compatibility?
Compatible architecture; accompaniment available for final product compliance.
Is support included?
Technical support is included with the kit. Production support is available via a dedicated contract.
Do you work internationally?
Delivery across Europe and internationally. Support available in French, English and German.
What are the payment terms?
30 days net for established companies; custom terms available depending on volume.
Can I test the kit before committing?
Evaluation loan possible under conditions, or on-site demo by appointment.
Why not develop in-house?
The hidden cost of 6–12 months × engineer, plus integration risks and obsolescence management. Our kit absorbs that cost with a product already proven in the field.