Omron HVC-P2 modular facial recognition component

Monday, 24 June, 2019 | Supplied by: element14



Omron Electronic Components has released a compact and easy-to-mount human vision component to provide an image sensing capability to various devices. Known as the HVC-P2, it has a maximum recognition speed 10 times of the original HVC model.

The device incorporates a choice of wide-angle and long-distance options to match users range needs for applications from digital signage and vending machines to home appliances and security doors. The long-range option has a horizontal angle of view of 54° and a vertical angle of view of 41°. The wide-angle option has a horizontal angle of view of 94° and a vertical angle of view of 76°

Ten types of image-sensing functions are incorporated to recognise human conditions in various perspectives: face detection, human body detection, hand detection, face direction estimation, gaze estimation, blink estimation, age estimation, gender estimation, expression estimation (five facial expressions: neutral, happiness, surprise, anger and sadness) and face recognition.

The product consists of a camera and a separate main board (45 x 45 mm) connected via a flexible flat cable, allowing it to be installed on the edge of a flat display unit. Output image can be chosen from three types: no image output, 160 x 120 pixels and 320 x 240 pixels.

Other features include: supply voltage of 5 VDC ±10%, with consumption current below 0.4 A; an operating temperature range from 0 to 50°C; and a RAW (8-bit, Y data) image format.

Online: au.element14.com
Phone: 02 9644 7722
Related Products

Cluso InvMan-S1 inventory management system

Cluso's InvMan-S1 transforms the customer's warehouse into a smart inventory management...

gfai tech Mikado Acoustic Camera

The Mikado is the latest addition to gfai tech's Acoustic Camera family and features an...

Teledyne DALSA Genie Nano-CXP series CMOS area scan cameras

Teledyne DALSA has announced the Genie Nano-CXP series of CMOS area scan cameras. The image CMOS...


  • All content Copyright © 2019 Westwick-Farrow Pty Ltd