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Quiet, cool and in production for years
Medical equipment lives on slower clocks than consumer hardware: a fan that spins up mid-examination is a design failure, and a CPU swap mid-certification is a project killer. These three boards share the traits device teams ask for first — fanless cooling, 4K display output and supply continuity you can plan a device life around.
FANLESS COOLING · 4K@60 OUTPUT · DC 9–36V · ONBOARD MEMORY OPTIONS · −20/+60°C
Design Points
What device teams ask for first
- Fanless, quiet cooling: the MSK-TL5003AW datasheet lists fanless cooling on a 146×102 mm body — examination rooms and trolley-mounted units get no spinning parts within earshot.
- Display output that matches panels: HDMI 2.0 4K@60 on the MSK-TL5003AW and TIM600B, HDMI 2.1, DP 2.1 and Type-C 4K on the UT1003AW — monitors and touch stations drive from one board.
- Build lifecycle stability: onboard CPUs and onboard memory — the MSK-TL5003AW ships 8GB or 16GB onboard — reduce mid-cycle component swaps when a device’s certification cycle runs 1–3 years.
- Wider power tolerance: DC 9–36V on the MSK-TL5003AW and UT1003AW absorbs the unregulated rails found in some device power supplies.
Recommended Models
Three boards sized for device enclosures
Cards list only fields that appear on the model pages. These picks are design-fit recommendations, not certification statements.
MSK-TL5003AW
Tiger Lake-U · 6305–i7-1165G7
Fanless cooling, onboard 16GB + DDR4 to 48GB, HDMI 2.0 4K@60 + eDP, DC 9–36V.
Why: fanless cooling and onboard memory reduce moving parts and mid-cycle component swaps inside device housings.
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UT1003AW
Core Ultra U/H · 15W/28W
DDR5 96GB, HDMI 2.1 + DP 2.1 + Type-C 4K, six COM, AMT, DC 9–36V.
Why: Core Ultra-class compute with triple 4K-capable output and AMT for service diagnostics on deployed units.
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TIM600B
Alder Lake · 45W
DDR4 64GB, HDMI 2.0 4K@60, VGA/DP selectable, LVDS 120Hz, DC 12–19V.
Why: HDMI 4K@60 plus LVDS at 120Hz covers patient monitors and touch panels; dual DDR4 keeps cost per unit in check.
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Medical, answered
No certification claim is made on this page. Certifications are available on request per project; what these models are chosen for is the design fit — fanless cooling, 4K display output, wide DC input and long availability.
We confirm the supply window in writing per project. For equipment with 1–3 year certification cycles, the onboard CPUs and onboard memory on the MSK-TL5003AW also reduce mid-cycle revision churn.
All three boards output 4K over HDMI; the UT1003AW adds DP 2.1 and Type-C 4K, and the TIM600B supports LVDS panels at up to 120Hz. Send the monitor and panel types and we’ll confirm the matching output.
Model Matrix
Boards matched to medical
Models whose published application notes and interface set fit this workload — pulled from the GEOLiNK specification sheets, with the CPU, panel output and power input that matter for the selection.
| Model | CPU | Display | Power |
|---|---|---|---|
| AD30NU | On-board Intel Alder Lake-N series Default N100, TDP 6W (optional N305, TDP 15W) UEFI boot support | 1 × HDMI 2.0, 4096×2160@60Hz (vertical connector) 1 × DP, 4096×2160@60Hz (vertical connector) | DC 12–19V, 30W |
| AD742A | Onboard Intel Alder Lake-N series / Intel Twin Lake-N150 series Optional N100 / N305 / N150, with fan [optiona | 1 × HD2.0, 4K@60Hz 1 × LVDS/eDP (LVDS/eDP optional) | Standard input: DC 12V, 60W |
| FTEQ20A | Phytium Tenglong E2000Q, 4-core: 2 × FTC664 + 2 × FTC310 Phytium UEFI BIOS | 1 × HDMI, max resolution 1920×1080@60Hz 1 × EDP (single channel), max resolution 1920×1080@60Hz 1 × LVDS, up t | DC 12V, 15W DC_IN2 4-PIN / ATX power supply connector Watchdog timer, 255 levels (Watch Dog) |
Get A Quote
Quiet, cool and in production for years.
Describe the device, the display set and the expected lifetime — we’ll match the board and confirm the supply window in writing.