Product family

TFmini-i interface variants

2 variants · Varies by communication interface, hardware configuration

About this product family

Manufacturer-defined TFmini-i interface variants family, with size and configuration details recorded on each individual model.

Compare variants

Values retain their source conditions and claim stage. A missing value means it has not been published in this catalogue.

Variant / model	Accuracy	Ambient light immunity	Average current	Baud rate	Cable length	Details & evidence
TFmini-i RS-485 hardware version	±6cm @（0.1m~6m）； ±1% @（6m~12m） cm / %Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2.	70 kluxConfiguration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2.	≤65mA @12VConfiguration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2.	115,200 bpsConfiguration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. Values in the matching interface column only.	70cm(including 7P terminal）/ 200cm(no terminal)Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2.	Full specifications Source-backed claims Specifications & evidence Source-backed claims. Configuration, workload and evidence type matter when comparing products. Accuracy ±6cm @（0.1m~6m）； ±1% @（6m~12m） cm / % Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Accuracy3 ±6cm @（0.1m~6m）； ±1% @（6m~12m） Ambient light immunity 70 klux Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Ambient light immunity 70Klux Average current ≤65mA @12V Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Average current ≤65mA @12V Baud rate 115,200 bps Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. Values in the matching interface column only. TFmini-i Datasheet \| Benewake Baud rate 115200 Baud rate 250kbps Cable length 70cm(including 7P terminal）/ 200cm(no terminal) Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Cable length 70cm(including 7P terminal）/ 200cm(no terminal) Central wavelength 850 nm Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Central wavelength 850nm Communication interface RS-485 Reported claim Configuration: TFmini-i; RS-485 hardware version; Distinct hardware variant explicitly documented by manufacturer; descriptive version label, not a fabricated part number. TFmini-i User Manual \| Benewake There are two communication interfaces available. The hardware of RS485 and CAN is different. The interface cannot be switched by command. Data bit 8 Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. Values in the matching interface column only. TFmini-i Datasheet \| Benewake Data bit 8 Receiving ID 0x00000003 Dimension (l×h×w) 50mm×34mm×41mm Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Others Dimension (L×H×W) 50mm×34mm×41mm Distance resolution 1 cm Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Distance resolution 1cm Enclosure rating IP65 Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Enclosure rating IP65 Fov 2 ° Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake FoV5 2° Frame rate 1Hz~100Hz（adjustable, default 100Hz） Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Frame rate4 1Hz~100Hz（adjustable, default 100Hz） Housing ABS/PC/PMMA Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Housing ABS/PC/PMMA Light source VCSEL Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Light source VCSEL Model-family launch date 2020-11 month Reported claim Configuration: TFmini-i; RS-485 hardware version; Base model family launch month. Source does not identify separate CAN or RS-485 introduction dates; exact hardware-variant release remains unknown. 关于我们 \| Benewake 2020.11 工业版激光雷达TFmini-i和TF02-i上市 Operating range 0.1–12 m at 90%; 0.1–7 m at 10%; indoor 0 klux and outdoor 70 klux Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Product Performance Operating Range Indoor 0Klux 0.1m~12m @90% reflectivity1 0.1m~7m@10% reflectivity2 Outdoor 70Klux 0.1m~12m @90% reflectivity 0.1m~7m@10% reflectivity Operating temperature -20℃~60℃ °C Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Operating temperature -20℃~60℃ Parity None Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. Values in the matching interface column only. TFmini-i Datasheet \| Benewake Parity None Frame Format Standard frame Peak current 100mA@12V Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Peak current 100mA@12V Photobiological safety Class 1 （IEC60825） Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Optical parameters Photobiological safety Class 1 （IEC60825） Power consumption ≤0.8W @12V Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Power consumption ≤0.8W @12V Stop bit 1 Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. Values in the matching interface column only. TFmini-i Datasheet \| Benewake Stop bit 1 Transmitting ID 0x00000003 Storage temperature -30℃~75℃ °C Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Storage temperature -30℃~75℃ Supply voltage DC 7V~30V Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Electrical parameters Supply voltage DC 7V~30V Weight 52g (with cables) Reported claim Configuration: TFmini-i; RS-485 hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Weight 52g (with cables)
TFmini-i CAN hardware version	±6cm @（0.1m~6m）； ±1% @（6m~12m） cm / %Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2.	70 kluxConfiguration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2.	≤65mA @12VConfiguration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2.	250 kbpsConfiguration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. Values in the matching interface column only.	70cm(including 7P terminal）/ 200cm(no terminal)Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2.	Full specifications Source-backed claims Specifications & evidence Source-backed claims. Configuration, workload and evidence type matter when comparing products. Accuracy ±6cm @（0.1m~6m）； ±1% @（6m~12m） cm / % Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Accuracy3 ±6cm @（0.1m~6m）； ±1% @（6m~12m） Ambient light immunity 70 klux Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Ambient light immunity 70Klux Average current ≤65mA @12V Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Average current ≤65mA @12V Baud rate 250 kbps Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. Values in the matching interface column only. TFmini-i Datasheet \| Benewake Baud rate 115200 Baud rate 250kbps Cable length 70cm(including 7P terminal）/ 200cm(no terminal) Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Cable length 70cm(including 7P terminal）/ 200cm(no terminal) Central wavelength 850 nm Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Central wavelength 850nm Communication interface CAN Reported claim Configuration: TFmini-i; CAN hardware version; Distinct hardware variant explicitly documented by manufacturer; descriptive version label, not a fabricated part number. TFmini-i User Manual \| Benewake There are two communication interfaces available. The hardware of RS485 and CAN is different. The interface cannot be switched by command. Dimension (l×h×w) 50mm×34mm×41mm Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Others Dimension (L×H×W) 50mm×34mm×41mm Distance resolution 1 cm Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Distance resolution 1cm Enclosure rating IP65 Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Enclosure rating IP65 Fov 2 ° Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake FoV5 2° Frame format Standard frame Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. Values in the matching interface column only. TFmini-i Datasheet \| Benewake Parity None Frame Format Standard frame Frame rate 1Hz~100Hz（adjustable, default 100Hz） Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Frame rate4 1Hz~100Hz（adjustable, default 100Hz） Housing ABS/PC/PMMA Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Housing ABS/PC/PMMA Light source VCSEL Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Light source VCSEL Model-family launch date 2020-11 month Reported claim Configuration: TFmini-i; CAN hardware version; Base model family launch month. Source does not identify separate CAN or RS-485 introduction dates; exact hardware-variant release remains unknown. 关于我们 \| Benewake 2020.11 工业版激光雷达TFmini-i和TF02-i上市 Operating range 0.1–12 m at 90%; 0.1–7 m at 10%; indoor 0 klux and outdoor 70 klux Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Product Performance Operating Range Indoor 0Klux 0.1m~12m @90% reflectivity1 0.1m~7m@10% reflectivity2 Outdoor 70Klux 0.1m~12m @90% reflectivity 0.1m~7m@10% reflectivity Operating temperature -20℃~60℃ °C Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Operating temperature -20℃~60℃ Peak current 100mA@12V Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Peak current 100mA@12V Photobiological safety Class 1 （IEC60825） Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Optical parameters Photobiological safety Class 1 （IEC60825） Power consumption ≤0.8W @12V Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Power consumption ≤0.8W @12V Receiving id 0x00000003 Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. Values in the matching interface column only. TFmini-i Datasheet \| Benewake Data bit 8 Receiving ID 0x00000003 Storage temperature -30℃~75℃ °C Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Storage temperature -30℃~75℃ Supply voltage DC 7V~30V Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Electrical parameters Supply voltage DC 7V~30V Transmitting id 0x00000003 Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. Values in the matching interface column only. TFmini-i Datasheet \| Benewake Stop bit 1 Transmitting ID 0x00000003 Weight 52g (with cables) Reported claim Configuration: TFmini-i; CAN hardware version; Manufacturer PD-TFmini-i-Datasheet-A02. Range measured at 25°C with the indicated white 90% or black 10% target. Accuracy: 25°C, 90% reflective whiteboard. FOV is theoretical; frame rates follow 200/n, integer n>=2. TFmini-i Datasheet \| Benewake Weight 52g (with cables)

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A guided showroom experience with hands-on robot operation and interactive demonstrations. You’ll have time to ask questions and explore the exhibits. Specific robots and activities depend on the day’s arrangements.

Do I need to book in advance?

Yes. Visits are by appointment. Use the booking page to choose your preferred date and share your group details. The team will confirm availability, fees, and arrangements before your visit.

Can I bring a team or student group?

Tell us your group size and interests when booking. Company teams, students, researchers, and other groups can discuss their priorities with the team before the visit.

Can we focus on a particular technology?

Share the robots, applications, or components you’re interested in with your booking request. The team can discuss what’s available and suitable for your visit.

Something else on your mind? info@robotuo.com

Your next encounter with robotics

Come curious.
Leave inspired.

Book the visit experience

Real robots. Real conversations.
See you in Shenzhen.

Visitors posing together at the Robot Valley showroom

About Robotuo

Connecting the world to China’s robotics ecosystem.

Get closer to the people, technology, and opportunities shaping robotics in China.

Connect Visit Robot Valley

Local knowledge / Firsthand insight / Global reach

About us

Build in China.
Reach the world.

We connect global teams with China’s robotics supply chain and the SZ RoboX open-source community to find partners, share expertise, and bring robotics to new markets.

For companies, developers, and entrepreneurs building what comes next in robotics.

Companies in our network: 500+
International visits hosted: 200+
Countries & regions: 30+

A robot drive component on display at Robot Valley

Robotics supply chain

Access robotics, AI hardware, and component suppliers in China. Find partners that fit your business.

A visitor shaking hands with a Robotuo robot during a guided visit

Firsthand partnerships

Understand Chinese businesses, explore technical capabilities, and find opportunities for collaboration.

Developers and entrepreneurs at a MakerMods and SZ RoboX community event

Global Connections, Backed by Experience

With over 1,000 business visitors and buyers served across more than 20 countries and regions, we draw on international experience to connect teams with robotics industry resources.

OUR MISSION

Turn shared knowledge into real-world robotics.

We combine supply chain integration and open-source deployment standards to support robotics applications worldwide.

Connect

For Companies

Bring Open-Source Innovation into Practice

We combine supply chain integration with the development of open-source deployment standards, connecting technology and hardware resources to support robotics applications worldwide.

Robotics sensors and drive components displayed at Robot Valley

For Developers & Entrepreneurs

Find Your Community. Discover New Opportunities.

Join the SZ RoboX open-source robotics community to exchange technical knowledge with developers and entrepreneurs, follow global industry developments, and explore opportunities to innovate and collaborate.

International visitors exchanging ideas around a Robotuo robot demonstration

YOUR PRIVACY

Privacy Policy.

How this website uses information, and the choices you can make.

About this policy

Last updated: 23 September 2026.

Robotuo is responsible for the personal information processed through this website.

This policy covers browsing Robotuo, local preferences, and our planned use of Google Analytics through Firebase and OneSignal web push notifications. These optional services only run when enabled on the site and you have agreed to the relevant category.

Browsing and essential information

You can browse without an account or agreeing to optional services. Our hosting provider receives your IP address, requested URL, browser information, and request time to deliver and protect the site. Our basis for this processing is our legitimate interest in operating a secure, reliable website.

We store your privacy choices in this browser so we can respect them. This essential preference includes the policy version, your choices, and when you made them; it is not sent to an analytics service. Hosting and security logs are separate from these browser settings.

Saved selections and follows

With your consent, “Remember my selections” stores selected and followed companies and products in this browser. These are not synced to an account or shared with Google or OneSignal by our integration. Without consent, these features still work for the current page session.

Turning this option off deletes saved selections from local storage. Current selections remain in memory until you reload or close the page.

Google Analytics through Firebase

With analytics consent, we use the Google Analytics web stream linked to our Firebase project to understand which parts of Robotuo are used and improve the website. Google processes online identifiers, cookie identifiers, browser and device information, general page categories, and usage events. IP addresses are used by Google during collection, including to derive approximate location.

Our integration uses general page categories rather than search terms, full query strings, or individual company and product identifiers. With analytics consent, we also measure visits attributed to recognized AI services and confirmed Connect requests from those visits. We send a fixed provider label and page category, without sending the original referral URL or form contents. Attribution lasts only within the current page session and may be incomplete. We do not send application form contents, names, or email addresses to Analytics. Advertising consent remains off; Google signals and advertising personalization are disabled in our integration.

The Google tag is not loaded before analytics consent. Declining analytics does not enable cookieless analytics pings. Learn more in Google’s Privacy Policy and Firebase’s privacy information.

OneSignal notifications

With notification consent, OneSignal helps us deliver Robotuo news and updates. It processes subscription and device identifiers, push tokens, browser and operating system information, IP address, language, and notification delivery and interaction information. This service may use browser storage and a service worker to deliver notifications even when the website is closed.

Saving consent does not grant browser permission. Open Privacy settings, save your notification choice, then select “Enable notifications” and allow notifications in your browser if prompted. You can withdraw consent here or block notifications in your browser’s site settings.

Withdrawal disables further SDK data collection and attempts to unsubscribe this browser from push messages. It does not automatically erase information already held by OneSignal. See OneSignal’s Privacy Policy.

Cookies, storage, and retention

Our essential robotuo-privacy record is kept in local storage and is valid for 180 days. We ask again when it expires or the consent version changes. Saved selections use robotuo-catalog-follows, robotuo-product-follows, and robotuo-follow-labels; they stay until you withdraw that choice, your consent expires, or you clear site data.

When analytics is enabled with consent, Google uses cookies such as _ga and _ga_*. Our integration limits these cookies to 180 days without automatic renewal. Withdrawing analytics consent disables collection and removes accessible Analytics cookies for this site. Cookie expiry is separate from the retention of data already received by Google.

OneSignal stores subscription information in browser storage and its service worker. Vendor-held records and hosting logs follow the retention settings and obligations applicable to those services; withdrawing consent does not itself delete previously collected records. You can request erasure where applicable.

Your choices and rights

Use “Reject all,” “Accept all,” or individual choices in Privacy settings. Optional categories are off by default. Closing settings or continuing to browse does not give consent. The Privacy settings button is available in the footer throughout the site. Withdrawing consent is as easy as giving it and does not affect the lawfulness of processing before withdrawal.

Where the GDPR or UK GDPR applies, you may request access, correction, erasure, restriction, or portability of your personal information and object to processing based on legitimate interests. You may complain to your local data protection authority. We normally respond to rights requests within one month, subject to applicable extensions and identity verification.

Privacy contact details will be published before optional services are activated.

Clearing browser data resets these choices. To stop push notifications, also disable notification permission in your browser; clearing site data alone may not withdraw permission. Choices apply to this browser, not every device you use.

Service providers and international processing

Our hosting provider, Google, OneSignal, and the browser’s push delivery provider may process technical information needed for their respective services. Processing may take place outside your country, including in the United States. Where required, transfers need appropriate safeguards, such as applicable adequacy decisions or standard contractual clauses. You may request information about safeguards that apply to your data.

Saved selections, analytics, and notification processing rely on your consent. We do not sell the information collected through these features or use it for advertising in this integration.

Search, applications, and external websites

Search terms filter content in your browser and may appear in the page URL. Avoid entering sensitive information into search. Application and issue-report drafts stay in this page until you choose Send. Sending shares the information you entered and the relevant page with Robotuo through our hosting provider and Feishu, where our team reviews it and follows up. Do not include sensitive personal information. These submissions work independently of optional analytics and notification preferences.

To limit repeated requests, our server processes your IP address and stores a keyed hash with short-lived counters. When deployed with our shared Upstash Redis store, it stores these hashes, submission identifiers and delivery state for up to 24 hours; form contents are not stored there. Application and report records remain in Feishu for team review and follow-up. Contact Robotuo about access or deletion using the contact information in this policy.

Reloading or closing the page clears unsent drafts. Visit previews do not send a booking. Company websites and the Robot Valley booking page are separate websites with their own privacy practices. Review their policies before submitting personal details.

About this product family

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Specifications & evidence

Accuracy

Ambient light immunity

Average current

Baud rate

Cable length

Central wavelength

Communication interface

Data bit

Dimension (l×h×w)

Distance resolution

Enclosure rating

Fov

Frame rate

Housing

Light source

Model-family launch date

Operating range

Operating temperature

Parity

Peak current

Photobiological safety

Power consumption

Stop bit

Storage temperature

Supply voltage

Weight

Specifications & evidence

Accuracy

Ambient light immunity

Average current

Baud rate

Cable length

Central wavelength

Communication interface

Dimension (l×h×w)

Distance resolution

Enclosure rating

Fov

Frame format

Frame rate

Housing

Light source

Model-family launch date

Operating range

Operating temperature

Peak current

Photobiological safety

Power consumption

Receiving id

Storage temperature

Supply voltage

Transmitting id

Weight

Related products

Build connections across China’s robotics ecosystem.

How to initiate connections

Define your requirements

We facilitate connections

Confirm your schedule

Step 1 of 2Select companies and dates

Companies that align with your requirements

Step 2 of 2Tell us about your group

Connection details

Contact details

Review your request.

Build Robotics Partnerships in China

Find the Right Robot Companies.

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The company directory.

Connect with robotics teams.

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One visit.A whole world of robotics.