Learn everything about ASUS ProArt motherboard temperature sensor location, from built-in sensor zones to custom T_SENSOR probe headers.
This detailed guide shows where sensors are located, how to monitor them using BIOS and Armoury Crate, and how to optimize your fan curves for better cooling in creator builds.
Perfect for video editors, designers, and PC enthusiasts using ASUS ProArt boards.
When building a high-performance PC for content creation, video editing, or 3D rendering, thermal management is crucial. That’s why understanding the ASUS ProArt motherboard temperature sensor location is essential for optimal airflow, accurate fan control, and system stability.
The ASUS ProArt series is designed specifically for creators who demand precision and performance, but if you’re not sure where the temperature sensors are located or how to monitor them, this guide will give you everything you need to know.
What Is the ASUS ProArt Motherboard Series?
The ASUS ProArt motherboard lineup includes professional-grade boards such as:
- ASUS ProArt Z690-Creator WiFi
- ASUS ProArt B660-Creator D4
- ASUS ProArt X670E-Creator WiFi
- ASUS Pro WS WRX80E-SAGE SE WiFi (for Threadripper)
These boards are tailored for:
- 4K/8K video editing
- 3D modeling & CAD workflows
- Photography and content creation
- Multi-GPU and high-storage builds
Each ProArt motherboard comes with advanced thermal and fan control features, including multiple temperature sensors and headers for additional thermal probes.
Where Are the Temperature Sensors Located on ASUS ProArt Motherboards?
ASUS ProArt motherboards typically include multiple onboard temperature sensors that monitor key components like:
| Sensor Area | Function |
|---|---|
| CPU Socket | Tracks CPU temp from the socket area |
| VRM (Power Delivery Zone) | Monitors voltage regulator modules |
| Chipset | Reports PCH or system controller temp |
| M.2 Slot Area | Monitors temps of NVMe SSDs |
| Motherboard Ambient Zone | Measures general case temperature |
Common Sensor Locations (Example: ASUS ProArt Z790-Creator WiFi)
- CPU Socket Sensor: Near CPU power phases, under the heatsink
- VRM Sensor: Embedded within the VRM heatsink area
- PCH/Chipset Sensor: Lower right, near the chipset heatsink
- M.2 Sensor: Under M.2 slots (especially the top PCIe 4.0/5.0 slots)
- Optional Sensors: Some models allow for up to 2 extra T_SENSOR inputs
Tip: These sensors are typically not visible to the naked eye but report their values through ASUS BIOS and Armoury Crate.
How to View and Monitor Temperature Sensors
ASUS UEFI BIOS
- Reboot your PC and press
DELorF2to enter BIOS. - Navigate to the “Monitor” tab.
- View real-time temperatures:
- CPU
- Motherboard
- Chipset
- VRM
- Optional sensors (if connected)
You can also control fan speed curves based on sensor data under Q-Fan Control.
Armoury Crate Software (Windows)
ASUS’s Armoury Crate provides a GUI-based method to monitor thermal data.
Steps:
- Open Armoury Crate.
- Go to Device > Motherboard > Fan Xpert 4.
- View detailed temperature values and sensor mappings.
- Create custom fan curves based on:
- CPU Temp
- Motherboard Temp
- External T_Sensor probes
AI Suite 3 or Third-Party Tools
- ASUS AI Suite 3: Offers more control over voltage, temperature, and fan mapping.
- HWMonitor / HWiNFO64: Compatible with ASUS sensor architecture and reveals hidden sensors.
Note: Some temperature sensors, like the VRM or chipset, may be labeled generically (e.g., “Temp2” or “Motherboard Temp”) in third-party apps.
T_SENSOR: Custom Temperature Probe Header
Many ASUS ProArt motherboards include a T_SENSOR header that allows you to connect a custom thermistor probe (sold separately). You can use it to monitor:
- GPU area airflow
- Ambient case temperature
- Custom loop water cooling reservoir temp
- Storage drive temperatures
Where to Find T_SENSOR Header:
- Typically located along the bottom edge of the motherboard
- Labeled clearly in the user manual motherboard layout
Once connected, the probe’s readings will appear in:
- BIOS (Monitor tab)
- Fan Xpert 4
- AI Suite 3
Why Sensor Location Matters for Cooling & Performance
Knowing where sensors are placed helps you:
- Create accurate fan curves based on actual heat zones
- Improve case airflow for creator-heavy workloads
- Avoid thermal throttling for CPU, VRMs, or SSDs
- Troubleshoot cooling inefficiencies in real time
For example:
- If your M.2 SSD temps are high, add a fan near the M.2 slot or improve case front airflow.
- If your VRM temps spike during long renders, increase top exhaust airflow or upgrade VRM cooling.
Tips for Optimizing Thermal Monitoring on ASUS ProArt Motherboards
- Always update to the latest BIOS for accurate temperature readings.
- Use Q-Fan Control to set silent or performance fan profiles.
- Install at least one exhaust fan aligned with VRM or chipset area.
- Use Fan Xpert 4’s “Source” selector to bind specific fans to the nearest sensor.
- For high-performance workflows (8K rendering, large CAD files), consider dedicated temperature probes to fine-tune response.
FAQs
How many temperature sensors are built into ASUS ProArt motherboards?
Most models feature 5–6 embedded sensors (CPU, VRM, chipset, motherboard, M.2 zones) and one or more T_SENSOR headers for external probes.
Where is the T_SENSOR header located?
Usually on the lower-right corner of the motherboard, near front-panel connectors. Refer to your manual’s layout diagram for exact location.
Can I assign fans to respond to specific temperature sensors?
Yes. Using Fan Xpert 4, you can tie fan speeds to sensors such as CPU temp, motherboard temp, or T_SENSOR input for precise thermal control.
How accurate are these sensors?
ASUS sensors are generally very accurate and calibrated at the firmware level. For mission-critical cooling (e.g., custom loops), external thermistors offer the best precision.
What happens if a sensor fails?
A failing sensor may cause BIOS warnings, misreported fan speeds, or overheating alerts. BIOS and Armoury Crate can help you disable or reconfigure control sources.
Conclusion
Understanding the ASUS ProArt motherboard temperature sensor location is crucial for:
- Managing airflow effectively
- Preventing overheating
- Maintaining stability during professional workloads
Whether you’re working with Adobe Premiere Pro, Autodesk Maya, or DaVinci Resolve, managing heat isn’t optional it’s essential. ASUS’s detailed sensor integration ensures that creators can focus on content, not cooling problems.
By properly configuring sensor-based fan controls and monitoring thermal zones, you’ll prolong hardware life, boost performance, and work with peace of mind.
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