Optical transmission: Real-time remote control of robots

Controlling Robots Remotely | NTT STORY | NTT

Optical transmission: Real-time remote control of robots

・Introduced an optical line with a delay of 1/200

・Realization of optical transmission technology inside semiconductors

We will provide you with a summary of articles published in the Nikkei Shimbun.

NTT東にほと三菱電機、IOWNでロボ遠隔操作 ほぼ遅延なく - 日本経済新聞

NTT East and Mitsubishi Electric:

On January 10th, we announced that we had succeeded in remotely controlling an industrial robot using the NTT communication platform IOWN.

It has become possible to ‘teach movements to a robot from a remote location.’

Communication by IOWN:

In the conventional communication environment, there are large discrepancies due to delays. It is necessary for a technician to go to the site.

I want to streamline ‘factory startups and production line modifications’ using remote control.

NTT and Mitsubishi Electric demonstrate remote robot operation enhanced by network-server cooperative control technology ~Conversion of haptic information into visual information enabled simple device configuration~ | Press Release | NTT

Remote control with IOWN:

Starting in November 2023, the two companies are conducting an experiment in which robots learn the necessary movements remotely.

IOWN APN begins demonstration of robot operation and sharing of the same environment to support remote surgery Achieving an environment that makes sites over 100 km apart resemble the same operating room |

What is IOWN’s optical technology?

1. IOWN introduces optical technology to information processing infrastructure, from semiconductors to networks.

2. In 2030, we will achieve 1/200th the delay, 125 times the transmission capacity, and 1/100th the power consumption.

https://www.nikkei.com/article/DGXZQOUC150RS0V11C23A2000000/

蔡総統、NTT会長と面会 連携による成果を期待/台湾(中央社フォーカス台湾) - Yahoo!ニュース

Japan and Taiwan: NTT and Chunghwa Telecom sign agreement on IOWN

Nihon Keizai Shimbun (October 25)

Practical application of IOWN:

NTT signed an agreement with Chunghwa Telecom Taiwan on October 25th to commercialize the IOWN communications infrastructure.

NTT×中華電信、IOWN用いた日本台湾間の国際ネットワーク実現に向けて提携 | TECH+(テックプラス)

Japan and Taiwan:

Introducing IOWN, which has high capacity and low power consumption, to the network between Japan and Taiwan.

This is the first time that NTT has signed an IOWN agreement with a major overseas telecommunications company.

Utilization between Japan and Taiwan:

1. In the future, we will accumulate more cases of IOWN implementation.

2. Work on creating rules for IOWN/international connections.

https://www.nikkei.com/article/DGXZQOUC259520V21C23A0000000/

Sony and NTT: Collaboration on broadcast DX, remote production of video with IOWN

Nihon Keizai Shimbun (November 13)

Sony and NTT:

On November 13th, it was announced that they would be collaborating with IOWN on broadcast DX.

In 2024, we will combine Sony video equipment and NTT Network.

1. Transfer large amounts of video at high speed from a remote location.

2. Realizes stable distribution of high-definition video, which was previously difficult.

Operating costs of broadcasting equipment:

Significantly reduce the cost of owning and operating broadcasting equipment.

‘Sony’s Network Drive’ is a basic technology for producing videos in remote locations.

Link ‘Network Drive’ and ‘NTT’s IOWN’.

Remote video production:

Broadcast stations and live venues are connected over the internet to remotely produce videos.

IOWN’s advanced features:

IOWN enables high-speed, large-capacity communication using light.

Even high-definition videos such as 4K and 8K can be delivered stably without delay.

Sony and NTT (with IOWN) collaborate on remote broadcast production platform – Technology Blog

IOWN targets:

Achieve video production quickly and with minimal equipment. .

In the future, we will consider building a broadcasting industry network and management methods.

https://www.nikkei.com/article/DGXZQOUC135T00T11C23A1000000/

NTT’s IOWN: Delay is 1/200th of optical line!

・Communication between bases over 120km, delay is 1mm second.

・March 2023, IOWN1.0 starts

We will provide you with a summary of articles published on Mobile Watch.

IOWN (Innovative Optical and Wireless Network)

Release of IOWN1.0:

In March 2023, APN service will be provided as IOWN1.0

APN service:

A communications service for corporations that connects two locations with a dedicated line.

At 100Gbps, users monopolize optical wavelengths at the end.

The communication delay between bases 120km apart is 1mm second.

NTT on LinkedIn: Tour De France Adds Digital Twin, ChatGPT, Edge Computing

Development roadmap:

~Commercialization of IOWN2.0 service announced at Expo 2025 in Osaka/Kansai~

2023: Commercialization of network devices

2025: Plan to commercialize board connection devices

2029: Development of devices for on-board chip-to-chip

2030: Utilization of “in-chip opticalization” as IOWN4.0

Investment in Rapidus:

The purpose of the investment is to utilize Rapidus’ next-generation XR device.

https://k-tai.watch.impress.co.jp/docs/news/1455718.html