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Optical Mouse Sensor
- PAW3395DM-T6QU
- PAW3399DM-T4QU
- PAW3370DM-T4QU
- PAW3335DB-TZDU
- PMW3389DM-T3QU
- PAW3311DB-T2MU
- PAW3333DB-TZDU
- PMW3360DM-T2QU
- PMW3330DM-TZQU
- PAW3327DB-TWQU
- PMW3325DB-TWV1
- PMW3325DB-TWMU
- PAW3309DH-TKSL
- PAW3702DL-TXNT
- PMW3610DM-SUDU
- PAW3220DB-TJDL
- PAW3220DB-TJDS
- PAW3220DB-TJDR
- PAW3220LU-TJDU
- PAW3222LU-TJDU
- PAW3212DB-TJDT
- PAW3552DB-VJXT
- PAW3519DL-TKST
- PAW3104DB-TXDT
- PAW3805EK-CJV1
- PAW3805EK-CJV2
- Optical Finger Navigation
- Optical Tracking Sensor
- Optical Encoder
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Optical Mouse Sensor
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OBJECT MOTION SENSING
- CMOS IMAGE SENSOR
- HEALTH MANAGEMENT & THERMAL SENSING
- RF CONNECTIVITY
- LOW-POWER INTELLIGENT DETECTION
- TOUCH
- Integrated Chip Design Service
PAG7681LS
- Provides object and motion detection system solution under the lowest power consumption
- Supports image input in FHD, HD, VGA and QVGA formats
- Embedded with Hard-Wired Deep Learning engine
- Built-in with PixArt's proprietary Human/Face detection algorithm
- Embedded MCU to optimize flow control and power management
- Supports color ISP function
- Supports JPEG encoding and output
We provide an evaluation board that integrates three sensors across PixArt's three different product lines: PAG7681LS (Low-Power Intelligent Object Detection), PAF9701C1 (Far Infrared Sensor), and PAG7920LT (Global Shutter Image Sensor). Together, this powerful 3-in-1 evaluation board can deliver series of automated thermal-detection functionalities, including detecting the presence of human beings in the target area, identifying human faces (with mask information), and measuring their forehead temperature. Click here to request more information about this evaluation board via our Message Support System. 3-in-1 Evaluation Board
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Key Features
Type | ISP SoC |
Function | Motion detection, human/face detection |
Package Size (mm) | WLCSP: 4.58*4.58 |
Report Rate (Hz) | 15 |
Control Interface | I2C, SPI |
Image Output | Parallel 8-bit, JPEG |
Power Consumption under Suspend Mode (Typ.) | <100uW |
Power Consumption under Human Sensing Mode (Typ.) | <1mW/fps |
Power Consumption under Human Detection Mode (Typ.) | <6mW/fp |