Panasonic Automotive unveils system to boost in-vehicle computing – ET Auto

baua

Panasonic Automotive unveils system to boost in-vehicle computing – ET Auto


Panasonic Automotive said its new system, which is named Neuron, could help reduce the cost, weight and integration complexity of vehicles by removing redundant components.

New Delhi: Japan’s Panasonic Holdings’ automotive systems business launched a new platform at the CES electronics trade fair in Las Vegas which it says can make in-vehicle computing faster and lighter by reducing the number of electronic control units (ECUs).

The architecture, which the company calls a high-performance compute system, brings together multiple ECUs into a nucleus to handle functions for in-car features such as driving support and entertainment, the company said in a statement.

Amid the worldwide shift to electric vehicles, automakers are looking to distinguish themselves from competitors on their software offerings, an area where suppliers are seeking to help them. EVs have also helped give rise to so-called software-defined vehicles that can be upgraded wirelessly.

Panasonic Automotive said its new system, which is named Neuron, could help reduce the cost, weight and integration complexity of vehicles by removing redundant components.

  • Published On Jan 9, 2024 at 01:46 PM IST

Join the community of 2M+ industry professionals

Subscribe to our newsletter to get latest insights & analysis.

Download ETAuto App

  • Get Realtime updates
  • Save your favourite articles


Scan to download App


Kia Syros SUV bookings open. Check how much you need to pay, delivery timeline

Kia Syros was introduced by the Korean auto giant last month as the third SUV…

Autonomous forklifts and 20,000 electric delivery vans at Amazon

Rivian electric delivery vans (EDVs) for Amazon (Source: Rivian) 2024 was big year for Amazon…

In a world first, DHL deploys autonomous Oxa Ford in live airport traffic

International shipping giants DHL partnered with autonomous software company Oxa to deploy a self-driving car…