25/09/2021

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The car that cares

Panasonic develops intelligent rear-view mirror for Nissan | Automotive Industry News

Panasonic has formulated jointly with Nissan Motor Corporation what it describes as a significant-performance electronic mirror for driver basic safety.

The organizations say it features sizeable graphic definition enhancement for better visibility at night time and control of a flicker phenomenon prompted by the LED lamps of vehicles driving.

As Nissan’s fourth era electronic mirror, this enhancement was adopted for KICKS, new compact SUV launched to the Japanese current market on June thirty, 2020 and to the Thai current market right after July 2020.

The use of a 2-megapixel digicam and a significant-resolution display coupled with graphic processing technologies makes sure superior graphic definition and nighttime visibility. A frameless mirror with superior design and style has also been adopted.

The intelligent rear-see mirror is a technique to address a broad variety of a vehicle’s rear-see employing its specifically-built digicam and to display it in the placement of a rear-see mirror.

This enhancement has the subsequent primary characteristics.

1. Attaining significant definition pictures to cut down the driver’s load
2. Boosting visibility at night time and controlling LED flicker from vehicles driving
3. Adopting a frameless mirror with superior design and style

Panasonicsays it will go on to deliver drivers with a safe and sound and secure driving setting.

Capabilities

1. Attaining significant definition pictures to cut down the driver’s load

  • Adopting a 2-megapixel digicam as opposed to the 1.3 megapixels of the typical design
  • Display screen of resolution as significant as 163 ppi as opposed to the one hundred ppi of the typical design

2. Boosting visibility at night time and controlling LED flicker from vehicles driving

  • Technological innovation one of a kind to Panasonic produced it doable to maximize dynamic variety to one hundred twenty dB (typical design: one hundred dB) for improved visibility at night time and to control flicker from LED lamps at the exact same time.
  • Adoption of F2. lens even further improves visibility at nighttime (typical design: F2.8)

3. Adopting a frameless mirror with superior design and style

  • No peripheral rim of the mirror for attaining the total mirror surface area

four. Digital camera is positioned at the rear window. No projection of again travellers lowers blind places and improves rearward visibility.

  • A digicam fitted inside the rear window lowers blind places. Compared with typical interior mirrors, fellow travellers and situations inside the vehicle are not mirrored and there is no obstruction of rearward visibility.