Le thème «circuit montlhery calendrier» abordé en vidéo sur YouTube

Une vidéo sur le thème « circuit montlhery calendrier » par Orange 5G Lab

Actuellement sur YouTube, et crée par Orange 5G Lab (), cette vidéo traite du thème « circuit montlhery calendrier ».

Avec ses algorithmes de recommandation sophistiqués, YouTube personnalise votre expérience en vous suggérant des vidéos correspondant à nos intérêts et à notre historique de visionnage.

Nous avons pris connaissance de cette vidéo il y a peu (). Le décompte de Likes indiquait: 1.

Il convient de préciser la durée (00:35:02s) de la vidéo, le titre (Passez votre activité à la 5G avec Orange 5G Lab), et les observations de l’auteur :« Dans ce replay de webinaire, découvrez comment Orange 5G Lab permet aux collectivités locales et aux entreprises qui le souhaitent de découvrir, de tester et d’expérimenter la 5G en avance de phase, partout en France. En direct depuis Orange 5G Lab au Campus Innovation Orange, nous vous présentons nos offres et services d’accompagnement gratuits pour vous aider à mieux comprendre les bénéfices et l’impact de la 5G sur votre activité et vous projeter dans un environnement 5G qui impactera votre business modèle, vos produits et services et vos process métiers.

Objectifs :
– Vous montrer comment la 5G peut vous aider à imaginer de nouvelles solutions pour votre activité
– Vous présenter les détails de notre offre de service et d’accompagnement gratuite
– Découvrir comment développer votre projet 5G dans des lieux d’innovation dédiés

Invités :
– Stéphanie Cavaillès, Directrice Insights & Promotion de l’Innovation, Orange
– Jean-Pierre Casara, Directeur programme Orange 5G Lab
– Nicolas Carlési, président et fondateur de Iadys

Déroulé :
L’offre Orange 5G Lab : 1:43
Que trouve-t-on au Orange 5G Lab ? : 11:10
Retour d’expérience de l’entreprise Iadys : 20:30
Questions / réponses : 27:54 ».

Vous trouverez la vidéo juste sous cette section

Montlhéry : Un Circuit de Référence

Signification pour le sport voiture en France

Le Circuit de Montlhéry occupe une position unique dans l’histoire du sport automobile en France. C’est devenu le site emblématique des courses de vitesse et de résistance, où deperformancesde vitesse et de distance ont été atteints. Les 1000 kilomètres de Montlhéry, le Bol d’Or pour les motos et d’autres compétitions comme laCoupe du Salonet leGrand Prix de l’Âge d’Ory ont été organisés, faisant de ce lieu un pilier incontournable du sport auto. Au fil des années, Montlhéry a su maintenir sa pertinence dans le monde des courses, accueillant des automobiles emblématiques telles que les Ferrari, tout en servant de terrain de formation et de stage pour les jeunes pilotes et les amateurs de voitures de course et de motos.

Retour sur l’évolution du circuit emblématique

L’Autodrome de Montlhéry, souvent désigné commeL’autodrome de Linas-Montlhéry, est un circuit légendaire dans l’univers du sport auto français. Inauguré le 4 octobre 1924, ce site prestigieux est situé à Linas, à environ 30 kilomètres de Paris. Réalisé par l’ingénieur René Jamin à la demande d’Alexandre Lamblin, ce circuit est une prouesse architecturale pour son époque avec sa piste ovale de 2,548 kilomètres. Sa conception permettait aux autos d’atteindre des vitesses de 220 km/h, un vrai record pour cette époque.

De nombreux sites web et livres parlent de l’histoire et des activités du circuit, mais les actualités les plus complètes sont sur le site officielde lhistoire du circuit.

Le Grand Prix de France de 1925, première course voiture de grande envergure sur le circuit, a attiré les pilotes les plus célèbres de l’époque. Organisé par l’Automobile Club de France, cet rassemblement mémorable a vu la victoire de Robert Benoist dans une Delage, tandis qu’Antonio Ascari, pilote de Ferrari, a tragiquement perdu la vie au volant de son Alfa Romeo. Ce circuit emblématique a continué à recevoir des compétitions de premier plan, attirant des véhicules d’exception, des Ferrari aux monoplaces françaises, ainsi que des motos de différentes marques du monde entier.

Conditions d’accès et services offerts

Installations disponibles pour les amateurs sur place

Le circuit propose divers services pour améliorer l’expérience des visiteurs. Des stages de formation pour les amateurs de vitesse et de course sont organisés tout au long de l’année, permettant à chacun de se perfectionner au volant d’un véhicule de sport ou d’une deux roues. Un club de passionnés offre également des conseils et des infos pour profiter pleinement des rassemblements organisés sur le circuit.

Les visiteurs ont la possibilité d’assister aux courses de motos et de automobiles, tout en profitant des installations de restauration et des zones de détente sur place. L’Autodrome de Montlhéry, riche en histoire et en événements, représente un lieu incontournable pour les fans de vitesse, de voitures et de motos, où compétition, formation et spectacles mécaniques se rencontrent pour tous les âges.

Conseils pratiques pour les personnes en visite

L’Autodrome de Linas-Montlhéry est situé à une trentaine de kilomètres au sud de Paris, ce qui le rend facilement accessible depuis la capitale. Le site propose de vastes espaces de stationnement pour les visiteurs venant en voiture. Des actualités sont également disponibles pour les visiteurs qui souhaitent assister aux événements, avec des guides et des services de support pour les passionnés de sports mécaniques. Les amateurs de moto et de voiture de course peuvent trouver de nombreux services sur place, du stationnement pour les véhicules de sport aux installations pour le public.

Manifestations et activités au circuit

Festivals et activités sportives prochaines

Montlhéry accueille chaque année plusieurs meetings d’envergure, dont des festivals et des compétitions qui attirent des fans du monde entier. LeFestival de l’Autodrome, qui met en avant des automobiles historiques, des Ferrari aux véhicules de collection, en passant par les deux rouess vintage, est l’un des meetings les plus attendus. Le circuit organise également des rassemblements de automobiles de sport, des courses de monoplaces et des événements permettant de découvrir un plateau exceptionnel de véhicules. En plus des festivals, des compétitions régulières comme lePrix de l’Automobile Club de Franceet leFestival de la Motooffrent une occasion unique d’assister à des records de vitesse.

Programmes de formation et de conduite

Le circuit de Linas-Montlhéry est aujourd’hui bien plus qu’un simple circuit de course : c’est un lieu de formation où divers stages de conduite sont organisés. Des formations sont proposées pour les amateurs de vitesse qui désirent améliorer leur maîtrise de la voiture, avec des stages de pilotage et des formations spécifiques pour les motos et les automobiles de haute puissance, notamment celles équipées de moteurs de 5000 cm3. Ces stages permettent aux participants de découvrir les limites de leur véhicule, d’explorer la piste dans des conditions sécurisées et de se familiariser avec les particularités uniques de ce circuit légendaire.

Description technique du circuit

Détails sur la piste et ses spécificités

L’Autodrome de Montlhéry possède une piste véritablement unique. Conçue pour des véhicules pesant jusqu’à 1000 kg, elle se caractérise par une forte inclinaison qui permet d’atteindre des vitesses impressionnantes. Cette piste ovale de 2,548 kilomètres représente un défi technique pour les pilotes et présente un tracé complexe, ce qui la rend idéale pour les courses de vitesse. Initialement, le circuit était conçu pour des courses voitures, mais en 1925, un parcours routier a été ajouté, permettant d’organiser des rassemblements variés et des courses de longue distance.

Montlhéry est reconnu pour ses innombrables records de vitesse. Un des moments clés a été la victoire de Robert Benoist, pilote français, lors du premier Grand Prix de France sur ce circuit en 1925. Depuis lors, deprouessesde vitesse, en moto et en voiture, y ont été établis, attirant des véhicules de plusieurs marques, notamment des Ferrari et des motos de compétition puissantes, de 500 cm3 à plus de 1000 cm3.

Performances remarquables et records de vitesse

Le circuit de Montlhéry est le témoin deprouessesde vitesse. En 1926, Violette Cordery a réussi l’exploit de parcourir 8000 kilomètres à une moyenne de 113,8 km/h au volant d’une Invicta, devenant ainsi la première femme à recevoir le prestigieuxDewar Trophy. Ce circuit a aussi vu des records en moto, avec des marques emblématiques comme Norton, Triumph et Honda.De nombreux recordsde vitesse ont également été réalisés par des automobiles de grand prix et de sport, attirant les meilleurs pilotes du monde pour tester les limites de la vitesse.

Pour regarder la vidéo directement sur YouTube, cliquez sur ce lien :
la source: Cliquer ici

#Passez #votre #activité #avec #Orange #Lab

Retranscription des paroles de la vidéo: Orange presents Take your activity to the speed of 5G with Orange 5G Lab Hello everyone and welcome to this episode from Orange 5G Lab Here we are in the Orange 5G Lab, Orange’s dedicated site for 5G. We’re lucky to meet in-person for this webinar, unlike the others. We’re lucky to be here together on set. You see us all with our masks, so we can follow all health rules. We may lower our masks when speaking, while the others keep theirs on. We’re doing our best to protect everyone’s health at the round table. Let’s meet today’s guests on set, as well as our video guest We have Stéphanie Cavaillès, who is Director of Insight and Innovation Promotion at Orange in charge of Orange 5G Lab. We also have Jean-Pierre Casarat, Program Director of Orange 5G Lab and we’ll hear a story illustrating what we can do at 5G Lab and how we can best support businesses. We’ll also hear from Nicolas Carlési, who is Director and Founder of Iadys We’ll find out how Orange supports his business and the resulting collaborative projects between these two companies: Orange and Iadys In today’s episode, we’ll be exploring how the program at Orange 5G Lab can help businesses discover the potential of 5G Let’s get right into the first part of our show! What is the Orange 5G Lab? For our first half, let’s meet Stéphanie Cavaillès, Stéphanie, you’re Director of Insight and Innovation Promotion at Orange, correct? Stéphanie: If I may remove my mask Romain: Yes, you can remove it. Hello Romain, and hello everyone. My first question is, now that we’re at the Orange 5G Lab, and 5G is obviously a new topic, can we talk about why it’s so important for Orange to develop this technology? Of course! 5G is about connectivity above all. It will be smarter and more efficient than 4G. First it will offer the wide range of capabilities that we need to respond to the exponential growth in uses. To put it in numbers, we saw +40% from 2019 to 2020 and I think we’ll see the same trend in 2021. 5G will offer 3-4 times the bandwidth of 4G, enough to power new mobile services whether in urban areas or extremely dense business areas, where 4G is overcapacity. The good news is that it’s already present in over 160 cities in France Of course, its roll-out is continuing as well as in Poland, Romania, Spain and Luxembourg and it will be complementary with all our networks. Then the second phase, which will begin in 2023, will bring the 5G core network which will offer 10 times the bandwidth of 4G and that’s when we’ll really see disruptive services and uses such as e-health, smart cities Industry 4.0, etc. I’d also like to add that 5G is a powerful lever of digital transformation and competitiveness for businesses throughout all regions. We’ll have a world of possibility powered by 5G. I’ll give 3 examples: the first in industry. 5G will enable real-time quality control. In media, we will have user experiences that are more interactive more immersive and more contextualized. Finally, in telehealth, because we’re in that context right now, we’ll have major advancements with videoconferencing and remote transmission of of high-quality medical imaging in real time and powered by 5G. Some wonderful possibilities! All interesting examples! You can also visit the Orange 5G Lab website, because we have other webinars on the topic. You’re absolutely right, so don’t hesitate to revisit those topics. As I said in the intro, we’re at the Orange 5G Lab on location. So can you tell us about this space? What do we do here? What happens here? First I’m very happy that we can all be together at this space which was inaugurated in early February For us it’s also an opportunity to present everything we do at the 5G Lab As you can see on screen, we have a number of demonstrations for evaluating uses like teleportation. You can see me on screen, but I’m actually in a recording studio. This makes it possible to teleport a guest speaker who cannot be on the physical event site You also see a room on screen, where we also are today, and where we do all our demonstrations which we call the « experience room » for all the future uses that 5G will enable. Very interesting! What was the original idea for this space? We started with a survey at the end of 2020 among companies in several countries, including France, Spain and the UK. Over 92% of respondents said they expect their operator to help them test, master and experiment with 5G. So we wanted to meet that need expressed by companies through the Orange 5G Lab. It’s an ambitious program that covers France and even beyond its borders. Do you have any clear goals for this space? What can we expect? Of course we have clear goals! Romain: What are they? We have three main goals: First, to help companies understand the impact and benefits of 5G Second, to encourage them to innovate and co-innovate with Orange. And third, which is important for the future, to anticipate their future offers or services enabled by 5G, and to assess the impact on their processes, organization, etc. So these are our 3 main goals for the lab. Obviously you have set some important goals. Last question, since we’re at Chatillon in Paris, and we’re developing 9 Orange 5G Labs, with 7 in France and 2 abroad, how are they organized? Why have different venues? Why did we want to go all over France to promote 5G and create these spaces? Indeed, the 9 labs you mentioned will be inaugurated in 2021 Clearly… Romain: You can see the map on screen Stéphanie: I’m going to come back and present each space. Indeed, our goal at Orange, is to support and respond to the challenges and needs of companies and local municipalities across our regions. of companies and local municipalities across our regions. Because Orange is an operator for regions. The map shown before shows the even spread across France The first Orange 5G Lab is here at Chatillon We also announced the Lyon lab a few weeks ago In two weeks, we’ll announce the La Défense lab. The Rennes lab in April. Then we’ll have Toulouse, Lille, etc. For us, it’s a strong regional network and rollout Obviously Orange is present across Europe, so we’ll have 2 Orange 5G Labs that will open in Antwerp, Belgium, and in Romania at the Politehnica University in Bucharest, working closely with labs in robotics, AI, etc. Finally, in late February we launched a 5G Challenge in Spain, in partnership with Google, to enable participating developers and startups and the winners of the challenge to work closely with our teams at our Orange 5G Lab in Chatillon to experiment, test and develop. Romain: Creating a network through collaboration, in fact. So one last question, we have entrepreneurs watching and people who support companies, what message do you have for them? Is Orange 5G Lab open to them? Everyone’s welcome! We’re here to welcome you at the lab to show you all the possibilities with 5G If you are still learning about it, you can visit the space we just mentioned with demonstrations and more. If you’re more advanced, we have our technical and marketing teams and all the 5G equipment, including terminals, networks, etc. to assist you. So for us it’s a real opportunity to respond to your needs, as economic players, local municipalities, startups, etc. and in your regions to work alongside you so you can understand the benefits of 5G and also help you develop future uses So you can, as you see on screen, access all this information on our site at 5GLab.Orange.com where we have all our webinars on various topics like events, education, smart cities, and more. You can also contact us using the Contact section, where we’re available to welcome you and create a tailored program. We’ll see that program with Jean-Pierre to see what steps it has in store. Before concluding this part, let’s do a quick survey for our viewers. We want to interact with you to get some data. You can see the question on screen: How soon do you want to try out 5G? Now? In a few weeks? This year? Or in 2022? Tell us what you’re thinking about this technology and we’ll know a bit more about you and your interests. And you can get even more information from us. Thank you, Stéphanie, for talking about the Orange 5G Lab Let’s move to the second part of our round table! What is available at Orange 5G Lab? In our second part, let’s learn more about the programs available here at the Orange 5G lab We’re joined by Jean-Pierre Casarat. Hello! Romain: You may remove your mask. Jean-Pierre: Why not? Jean-Pierre, you support businesses and you develop relations with businesses to help them with their 5G transformation, so my first question is pretty simple: what do support do you offer? Since we just spoke about support, let’s get into the details. There are 2 types of visits: the first, is to discover 5G. We have programs in demonstration rooms and there are other rooms where we present the technology and its benefits the differences and similarities with 4G the benefits So these are informative programs to adjust and learn about 5G which may also inspire our guests in terms of use cases, since we show things in various fields, including games, maintenance, production, image processing and more. There are various experiences to spark the imagination and inform people about this new generation of network technology that we’re offering now. Romain: So that’s the introduction program? Jean-Pierre: That’s right. Romain: There is also the testing program? Our other goal is to work on real projects and develop services. So if you already have ideas for services or products that may use 5G we welcome you to work together and we’ll set up… Our environment here is like a playground We have two things: the invisible part which we cannot show you, but it’s our networks. At Orange 5G Lab, we obviously have 5G networks We have a 5G network here as it is available in France, which we have strengthened because we’re inside a structure, so we have the same system here as it would be configured for airports hospitals, shopping malls or events venues, We have an auditorium equipped with our indoor solution which enables strong 5G coverage. So it’s a network for working and experimenting and we also have another 5G network which is more futuristic. As Stéphanie mentioned, we’ll see major technology advances in the next few years We have the chance to present that technology here already. So it’s a more advanced network which is also more efficient for certain use cases Two examples of benefits: one is to change the way services are hosted on the network with the notion of Edge Computing so we have a mini data center on site which keeps applications and services close to data sources and terminals Another example is coverage for what we call millimetric 5G zones which will probably arrive fairly soon and go far beyond the current fuctionalities and performance by several Gb per second. For use cases with high usage density, in areas with many users or objects connected at once. So this is the experiment phase for the first part of the rollout involving the networks. I see you brought some items with you because there are also the devices. The tangible part is the devices. We have several 5G terminals for these tests and experiments. A quick word on 5G smartphones, since I think most people can purchase them already We have a wide range here, because one of the main points is that 5G can improve the experience so much that the device may be the weak link. We’ll have more affordable devices coming out for 5G. It’s important to see how services will be presented on these devices that will expand the range of products. So devices, of course. Other devices will come out, including 5G computers which are connected at all times at high bandwidth. Romain: So it was there this whole time! That’s right! Same goes for 5G tablets, if I can find the power button, Excuse me… Which will… Which enables a permanent connection with high bandwidth, if you’re developing services that need to display information or interact with complex data. These devices are perfect for that, and we’ll see more of them on the market. So these are the first steps. Moving away from phones and computers, we also have these routers. This is a type of fixed router that you plug into the wall for high-speed connection where you need it. It’s perfect when on the go or temporary uses outside or inside, So these products will hit the market soon, and enable 5G for nomadic uses for connecting devices that demand high performance and bandwidth. I see the Internet port on the back so it’s WiFi… It’s true there are Internet ports where you can connect various devices. So that’s all available. And there are two more experimental items? That’s right, a bit more exotic. These are model cards so if you’re developing objects or devices that you want to connect to 5G for performance, power or coverage, you can use these kinds of products, which are available at all 5G Labs It’s a card with a modem and antenna If you add a SIM cards, it’s easy to add to an ojbect. Not for production, of course, but to experiment and prototype to demonstrate the benefit of 5G. This has a USB connection so you can connect to these devices. Still in experimenting, like we said. That’s right, just the prototyping phase and to see the benefits of 5G. Moving away from devices, there are also the interfaces which may change, but the first examples of glasses that offer new display screens, where you no longer need a phone or screen to interact, notably for professions requiring hands-free use. It’s not directly 5G, because 5G comes from connecting these to 5G phones But as soon as you have a powerful network you can see interactive information in real time for use cases in fields like maintenance or professionals. These are the first examples, but there will be many more on the market. We’ll try to have a complete array of anything that can help encourage the development of new concepts and services that will be complementary to 5G. During the next round table with Nicolas Carlési, we’ll see another 5G use case that’s very interesting. Let’s get more specific: if I’m a business looking to take part in this Orange 5G Lab program, what should I do? What’s the first step? How’s it work? If you already have a relationship with Orange, contact your sales representative or whomever you work with. They can manage your request and respond to your need. There’s also the website mentioned earlier: 5GLab.Orange.com Contact Us section Explain what you have in mind We’ll get back to you quickly to understand your needs and see if the program available today can help advance your project In one way or another, as mentioned before, we’ll create a tailored program to advance your project. whether it’s an introduction or experiment, or in the collaboration phase. with our experts who can help you notably to inform technology choices, or integrate 5G into your offers services or products. So for the experiments you have a network, devices and expertise, because at Orange… Jean-Pierre: We have experts in every field: technical, technological, cloud, user interfaces, marketing… We can provide all that to help advance these projects. Thank you, Jean-Pierre! I think it’s all clear and I think our viewers know where to contact us Register on our website and you’ll hear from our staff at Orange to continue the adventure and test out these new technologies Now let’s move on to our third part! Feedback from Iadys Welcome to the third part of our round table with Nicolas Carlési. You are Chairman and CEO of Iadys, the company we mentioned earlier. I was going to introduce you, but you can probably do it better. What is Iadys? Hello Romain, Hello Stéphanie Hello Jean-Pierre! Iadys is a company I created in 2016. We conceive, produce and market a robot called the JellyfishBot which is dedicated to maintaining waters, including port, industrial and leisure waters. The robot can collect floating waste and hydrocarbons. It’s a flexible solution for different tasks, including bathymetry or measuring water quality It’s a multifaceted tool for any water manager. We can see a video on screen presenting Iadys, can you explain what we’re seeing in the video? Here we’re seeing an experiment which took place at Orange 5G Lab, with a robot controlled by smartphone with the onboard camera you see on the right which makes it possible to control the robot remotely at very far distances That’s the test we carried out The video reviews our test that did at Orange Garden. As Jean-Pierre said earlier, there are several programs in place, including tailored programs for companies. What was it like to collaborate with Orange? Can you explain it step by step? I met someone with Christophe Guillaume from the Interaction Department at Orange Marseille That was at VivaTech in 2019. He told me about the 5G challenges and let me know that there was one nearby in Marseille. He encouraged me to take part in it. So we thought about it and decided to enter because we had already tested 4G with our robot It wasn’t enough, so we thought 5G might be an opportunity to test out our technology. We were selected with 3 other companies Then we did a first test at Vieux Port in Marseille We installed a 5G model on our robot We scanned the 5G networks around the port and we recorded video from our robot which was with a low definition camera at the time but it had very low latency. So we could manage it remotely, and we noticed a significant improvement over 4G. More recently, we were invited to Orange 5G Lab, or Orange Garden at Chatillon, to develop a system for controlling the robot by smartphone with a video feed, but this time in high definition, for a more immersive experience and to control the robot remotely. It’s exciting to have early access to material and to have access to 5G networks. It was interesting and gave us new ideas for new applications. We already have clients asking us what they can do with 5G. So now we can answer those questions. I wanted to ask what’s next for you? We saw the benefits of 5G in your case, with better video quality and improved control of your boat even in difficult circumstances. But what else can you do next? What are your plans? One of the biggest challenges we have is that the robot can move autonomously on water, but it can still get stuck. So we may need a remote captain that can remove it from the situation over a long distance. We’re also looking to make our robot smarter. The robot can detect and characterize waste, so that requires processing power that can’t be installed in the robot So having remote access to images and greater processing power than the robot can offer can give the robot more autonomy and enable more interesting applications for us and the JellyfishBot. That’s a use case we saw in a previous webinar and in all these new innovations in the Internet of Things namely having remote processing power to connect objects and make them smarter and more accessible to everyone for these new uses. Jean-Pierre, how did the collaboration go on your end? Can you tell us more? As we heard, it started with a challenge with Marseille and Orange. Then it continued with a more specific development. What’s interesting is that it’s a product that already had a wireless control feature from land. But 5G broke through the distance constraint, thus expanding the range of this product. It’s similar to other remote connected products. And it also led to many other use cases. Because once you have a virtual fiber for that object, you can augment other things to process images or transmit more detailed data or in real time, so it opens up new possibilities. That’s what’s interesting in this approach: we started from a simple need, to control the object, and then we moved to a much smarter object without raising the cost because most of the intelligence is in the cloud or the network portion, and not installed onboard. So it’s valuable for this product and the co-innovation approach. As you said, innovation and experimenting will be key issues as we reach an era of uses where we can continue thinking and creating together It’s interesting to see these changes. That’s right. 5G is only just getting started and will bring many innovations in coming years to transform many uses cases and create business cases for companies we host and Orange. Thank you, Jean-Pierre. Thank you, Nicolas Carlesi, we were delighted to have you from Marseille, to bring us some sun and warmth, if you have nice weather there. Thank you, everyone! We hope to see you soon at Orange 5G Lab! Thank you! Now let’s move to our Q&A! We received many questions during the show. So we have plenty of questions for our guests. First question: do we have a jingle? I’m asking because we’re all here Yes, let’s play the jingle! Questions & Answers We have plenty of questions from you, so we’ll answer them together. The first question is: how much does it cost to get support from Orange 5G Lab teams? Perhaps Stéphanie can answer? Yes, as we saw through these testimonials, we have several levels of support, from an introduction to experimenting, as well as prototyping. We can say that these first steps with us are free. It’s the collaboration that we want to promote. If it leads to more in-depth work, we can make an offer to suit the needs of both parties. That makes sense, so dive in! Don’t worry, we’ll help you! Second question for Jean-Pierre: is it possible to experiment in 26 GHz or in the milimetric mode? You said it, but we can review it. Yes, we can recall this point. Millimetric waves are currently experimental, in certain countries like France. They have different propagation characteristics. The device ecosystem is still limited, so it’s something to keep in mind for this technology. But we can still experiment with it and test it out. It’s a little further away at our site that is covered with this technology and that is available in the same way as our other technologies. Another question from Valentin, who asks: regarding indoor 5G, what advantages does Orange offer over other operators? Who wants to answer this one? Compared to other operators, we know that indoor coverage will be very important to offer strong coverage in high-use areas, such as public spaces as well as hospitals and factories, if you saw the tests carried out recently with Orange, where we added density t to provide strong indoor coverage It’s a technology that like 4G will have to add density in these areas because there are many uses to be developed The question may be asking if there are advantages over WiFi, it’s a debate for experts, but it’s true that cellular offers many advantages compared to other technologies. It’s up to us to show what it can offer. Romain: So it’s the uses and needs that determine how to use the technology. A question from Sandee, who asks: What will happen to existing 4G networks and services? Their continuity, their commercial offers? 5G is very incremental today. Moreover, with existing networks you’re always connected to both 4G and 5G because a portion of 5G is in pre-development So they’re already complementary. Wherever 5G is not available, you’ll go back to 4G with great service quality, so they both go together. In the next generation, in 2022-23, 5G will be a little more independent from 4G which will enable more specific uses without needing to rely on a 4G backup, so we’ll imagine other use cases. But they go together now, and 5G is an incremental upgrade on 4G and the 5G devices you buy are 4G compatible. Wherever you have no 5G, you’ll connect to 4G, which will power many different uses. I have another question on the roll-out of 5G for places at sea particularly for Saint-Denis on Reunion Island. Do we have that information? I believe it’s underway, and we have an Orange 5G Lab project in Saint-Denis on Reunion Island, so we’ll announce things as they happen We’d have to check with the Orange France calendar But it will arrive soon As an operator, we’re already installing the network portion but there is also the license portion, which should happen very soon for commercial permits. Great, thank you so much for your time. You answered so many of our questions already. There are a lot more questions, but we can’t take them all. But we’ll get back to you all with answers. Thanks for your questions! We’ll get back to you right after this show by email or through our team. But thank you for your questions! Thank you for listening! Perhaps a last word from Stéphanie What can entrepreneurs expect from you? Is it easy? Do you have any final thoughts for the entrepreneurs watching us and who may still have doubts about contacting Orange 5G Lab? No need to worry at all! We have designed Orange 5G Lab to welcome every player seeking to do co-innovation. It’s a program designed for you. And we also set up a local network to reach every region and encourage all companies to to contact the Lab nearest to their city or region. We’re here for you. We’re available to build a tailored program for you to meet all your needs. So don’t hesitate to contact us at 5GLab.Orange.com There is a full contact section and our teams will prepare a tailored offer. Everyone’s welcome! Thank you, Stéphanie! Thank you, Jean-Pierre! And thank you Nicolas for joining us by video from Marseille. We’ll see you soon for our next Orange 5G Lab Until then, you can check out our website to watch all our webinars. You can contact our teams for more information. See you soon! Thanks for watching! Till next time! Thanks everyone! Have a 5G project or question? Head to our website: 5GLab.Orange.com .

Déroulement de la vidéo:

7.36 Orange presents
7.36 Take your activity
to the speed of 5G
with Orange 5G Lab
7.36 Hello everyone and welcome
7.36 to this episode from Orange 5G Lab
7.36 Here we are in the Orange 5G Lab,
7.36 Orange&;s dedicated site for 5G.
7.36 We&;re lucky to meet in-person
7.36 for this webinar, unlike the others.
7.36 We&;re lucky to be here together on set.
7.36 You see us all with our masks,
7.36 so we can follow all health rules.
7.36 We may lower our masks when speaking,
7.36 while the others keep theirs on.
7.36 We&;re doing our best
7.36 to protect everyone&;s health at the round table.
7.36 Let&;s meet today&;s guests on set,
7.36 as well as our video guest
7.36 We have Stéphanie Cavaillès,
7.36 who is Director of Insight and Innovation Promotion
7.36 at Orange
7.36 in charge of Orange 5G Lab.
7.36 We also have Jean-Pierre Casarat,
7.36 Program Director of Orange 5G Lab
7.36 and we&;ll hear a story illustrating
7.36 what we can do at 5G Lab
7.36 and how we can best support businesses.
7.36 We&;ll also hear from Nicolas Carlési,
7.36 who is Director and Founder of Iadys
7.36 We&;ll find out how Orange supports his business
7.36 and the resulting collaborative projects
7.36 between these two companies:
7.36 Orange and Iadys
7.36 In today&;s episode,
7.36 we&;ll be exploring how the program
7.36 at Orange 5G Lab can help businesses
7.36 discover the potential of 5G
7.36 Let&;s get right into the first part of our show!
7.36 What is the Orange 5G Lab?
7.36 For our first half,
7.36 let&;s meet Stéphanie Cavaillès,
7.36 Stéphanie,
7.36 you&;re Director of Insight and Innovation Promotion at Orange,
7.36 correct?
7.36 Stéphanie: If I may remove my mask
7.36 Romain: Yes, you can remove it.
7.36 Hello Romain,
7.36 and hello everyone.
7.36 My first question is,
7.36 now that we&;re at the Orange 5G Lab,
7.36 and 5G is obviously a new topic,
7.36 can we talk about why it&;s so important
7.36 for Orange to develop this technology?
7.36 Of course!
7.36 5G is about connectivity above all.
7.36 It will be smarter and more efficient
7.36 than 4G.
7.36 First it will offer the wide range of capabilities
7.36 that we need to respond
7.36 to the exponential growth in uses.
7.36 To put it in numbers,
7.36 we saw +40% from 2019 to 2020
7.36 and I think we&;ll see the same trend in 2021.
7.36 5G will offer 3-4 times the bandwidth of 4G,
7.36 enough to power new mobile services
7.36 whether in urban areas
7.36 or extremely dense business areas,
7.36 where 4G is overcapacity.
7.36 The good news
7.36 is that it&;s already present
7.36 in over 160 cities in France
7.36 Of course,
7.36 its roll-out is continuing
7.36 as well as in Poland,
7.36 Romania, Spain and Luxembourg
7.36 and it will be complementary with all our networks.
7.36 Then the second phase,
7.36 which will begin in 2023,
7.36 will bring the 5G core network
7.36 which will offer 10 times the bandwidth of 4G
7.36 and that&;s when we&;ll really see
7.36 disruptive services and uses
7.36 such as e-health,
7.36 smart cities
7.36 Industry 4.0, etc.
7.36 I&;d also like to add
7.36 that 5G is a powerful lever
7.36 of digital transformation
7.36 and competitiveness for businesses
7.36 throughout all regions.
7.36 We&;ll have a world of possibility
7.36 powered by 5G.
7.36 I&;ll give 3 examples:
7.36 the first in industry.
7.36 5G will enable real-time quality control.
7.36 In media, we will have
7.36 user experiences that are more interactive
7.36 more immersive
7.36 and more contextualized.
7.36 Finally, in telehealth,
7.36 because we&;re in that context right now,
7.36 we&;ll have major advancements
7.36 with videoconferencing
7.36 and remote transmission of
7.36 of high-quality medical imaging
7.36 in real time
7.36 and powered by 5G.
7.36 Some wonderful possibilities!
7.36 All interesting examples!
7.36 You can also visit the Orange 5G Lab website,
7.36 because we have other webinars on the topic.
7.36 You&;re absolutely right,
7.36 so don&;t hesitate to revisit those topics.
7.36 As I said in the intro,
7.36 we&;re at the Orange 5G Lab
7.36 on location.
7.36 So can you tell us about this space?
7.36 What do we do here?
7.36 What happens here?
7.36 First I&;m very happy
7.36 that we can all be together
7.36 at this space
7.36 which was inaugurated in early February
7.36 For us it&;s also an opportunity
7.36 to present everything we do at the 5G Lab
7.36 As you can see on screen,
7.36 we have a number of demonstrations
7.36 for evaluating uses like teleportation.
7.36 You can see me on screen,
7.36 but I&;m actually in a recording studio.
7.36 This makes it possible to teleport a guest speaker
7.36 who cannot be on the physical event site
7.36 You also see a room on screen,
7.36 where we also are today,
7.36 and where we do all our demonstrations
7.36 which we call the "experience room"
7.36 for all the future uses that 5G will enable.
7.36 Very interesting!
7.36 What was the original idea for this space?
7.36 We started with a survey at the end of 2020
7.36 among companies in several countries,
7.36 including France, Spain and the UK.
7.36 Over 92% of respondents said
7.36 they expect their operator
7.36 to help them test,
7.36 master and experiment with 5G.
7.36 So we wanted to meet that need
7.36 expressed by companies
7.36 through the Orange 5G Lab.
7.36 It&;s an ambitious program
7.36 that covers France and even beyond its borders.
7.36 Do you have any clear goals for this space?
7.36 What can we expect?
7.36 Of course we have clear goals!
7.36 Romain: What are they?
7.36 We have three main goals:
7.36 First, to help companies understand
7.36 the impact and benefits of 5G
7.36 Second, to encourage them
7.36 to innovate and co-innovate with Orange.
7.36 And third, which is important for the future,
7.36 to anticipate their future offers or services
7.36 enabled by 5G,
7.36 and to assess the impact
7.36 on their processes, organization, etc.
7.36 So these are our 3 main goals
7.36 for the lab.
7.36 Obviously you have set some important goals.
7.36 Last question, since we&;re at Chatillon in Paris,
7.36 and we&;re developing 9 Orange 5G Labs,
7.36 with 7 in France and 2 abroad,
7.36 how are they organized?
7.36 Why have different venues?
7.36 Why did we want to go all over France
7.36 to promote 5G and create these spaces?
7.36 Indeed, the 9 labs you mentioned
7.36 will be inaugurated in 2021
7.36 Clearly…
7.36 Romain: You can see the map on screen
7.36 Stéphanie: I&;m going to come back
7.36 and present each space.
7.36 Indeed, our goal at Orange,
7.36 is to support and respond
7.36 to the challenges and needs
7.36 of companies and local municipalities
7.36 across our regions.
of companies and local municipalities
7.36 across our regions.
7.36 Because Orange is an operator for regions.
7.36 The map shown before
7.36 shows the even spread across France
7.36 The first Orange 5G Lab is here at Chatillon
7.36 We also announced the Lyon lab a few weeks ago
7.36 In two weeks, we&;ll announce the La Défense lab.
7.36 The Rennes lab in April.
7.36 Then we&;ll have Toulouse, Lille, etc.
7.36 For us, it&;s a strong regional network and rollout
7.36 Obviously Orange is present across Europe,
7.36 so we&;ll have 2 Orange 5G Labs
7.36 that will open in Antwerp, Belgium,
7.36 and in Romania
7.36 at the Politehnica University in Bucharest,
7.36 working closely with labs
7.36 in robotics, AI, etc.
7.36 Finally,
7.36 in late February we launched
7.36 a 5G Challenge in Spain,
7.36 in partnership with Google,
7.36 to enable participating developers and startups
7.36 and the winners of the challenge
7.36 to work closely with our teams
7.36 at our Orange 5G Lab in Chatillon
7.36 to experiment, test and develop.
7.36 Romain: Creating a network
7.36 through collaboration, in fact.
7.36 So one last question,
7.36 we have entrepreneurs watching
7.36 and people who support companies,
7.36 what message do you have for them?
7.36 Is Orange 5G Lab open to them?
7.36 Everyone&;s welcome!
7.36 We&;re here to welcome you at the lab
7.36 to show you all the possibilities with 5G
7.36 If you are still learning about it,
7.36 you can visit the space we just mentioned
7.36 with demonstrations and more.
7.36 If you&;re more advanced,
7.36 we have our technical and marketing teams
7.36 and all the 5G equipment,
7.36 including terminals, networks, etc.
7.36 to assist you.
7.36 So for us it&;s a real opportunity
7.36 to respond to your needs,
7.36 as economic players,
7.36 local municipalities,
7.36 startups, etc.
7.36 and in your regions
7.36 to work alongside you
7.36 so you can understand the benefits of 5G
7.36 and also help you
7.36 develop future uses
7.36 So you can,
7.36 as you see on screen,
7.36 access all this information
7.36 on our site at 5GLab.Orange.com
7.36 where we have all our webinars
7.36 on various topics like events,
7.36 education, smart cities, and more.
7.36 You can also contact us
7.36 using the Contact section,
7.36 where we&;re available to welcome you
7.36 and create a tailored program.
7.36 We&;ll see that program with Jean-Pierre
7.36 to see what steps it has in store.
7.36 Before concluding this part,
7.36 let&;s do a quick survey for our viewers.
7.36 We want to interact with you
7.36 to get some data.
7.36 You can see the question on screen:
7.36 How soon do you want to try out 5G?
7.36 Now?
7.36 In a few weeks?
7.36 This year?
7.36 Or in 2022?
7.36 Tell us what you&;re thinking about this technology
7.36 and we&;ll know a bit more
7.36 about you and your interests.
7.36 And you can get even more information from us.
7.36 Thank you, Stéphanie,
7.36 for talking about the Orange 5G Lab
7.36 Let&;s move to the second part of our round table!
7.36 What is available at Orange 5G Lab?
7.36 In our second part,
7.36 let&;s learn more about the programs
7.36 available here at the Orange 5G lab
7.36 We&;re joined by Jean-Pierre Casarat.
7.36 Hello!
7.36 Romain: You may remove your mask.
7.36 Jean-Pierre: Why not?
7.36 Jean-Pierre, you support businesses
7.36 and you develop relations with businesses
7.36 to help them with their 5G transformation,
7.36 so my first question is pretty simple:
7.36 what do support do you offer?
7.36 Since we just spoke about support,
7.36 let&;s get into the details.
7.36 There are 2 types of visits:
7.36 the first,
7.36 is to discover 5G.
7.36 We have programs in demonstration rooms
7.36 and there are other rooms
7.36 where we present the technology and its benefits
7.36 the differences and similarities with 4G
7.36 the benefits
7.36 So these are informative programs
7.36 to adjust and learn about 5G
7.36 which may also inspire our guests
7.36 in terms of use cases,
7.36 since we show things in various fields,
7.36 including games,
7.36 maintenance, production,
7.36 image processing and more.
7.36 There are various experiences
7.36 to spark the imagination
7.36 and inform people
7.36 about this new generation
7.36 of network technology
7.36 that we&;re offering now.
7.36 Romain: So that&;s the introduction program?
7.36 Jean-Pierre: That&;s right.
7.36 Romain: There is also the testing program?
7.36 Our other goal is to work on real projects
7.36 and develop services.
7.36 So if you already have ideas
7.36 for services or products
7.36 that may use 5G
7.36 we welcome you to work together
7.36 and we&;ll set up…
7.36 Our environment here is like a playground
7.36 We have two things:
7.36 the invisible part
7.36 which we cannot show you,
7.36 but it&;s our networks.
7.36 At Orange 5G Lab,
7.36 we obviously have 5G networks
7.36 We have a 5G network here
7.36 as it is available in France,
7.36 which we have strengthened
7.36 because we&;re inside a structure,
7.36 so we have the same system here
7.36 as it would be configured for airports
7.36 hospitals, shopping malls
7.36 or events venues,
7.36 We have an auditorium
7.36 equipped with our indoor solution
7.36 which enables strong 5G coverage.
7.36 So it&;s a network for working and experimenting
7.36 and we also have another 5G network
7.36 which is more futuristic.
7.36 As Stéphanie mentioned,
7.36 we&;ll see major technology advances
7.36 in the next few years
7.36 We have the chance to present
7.36 that technology here already.
7.36 So it&;s a more advanced network
7.36 which is also more efficient
7.36 for certain use cases
7.36 Two examples of benefits:
7.36 one is to change the way services
7.36 are hosted on the network
7.36 with the notion of Edge Computing
7.36 so we have a mini data center on site
7.36 which keeps applications and services
7.36 close to data sources and terminals
7.36 Another example is coverage
7.36 for what we call millimetric 5G zones
7.36 which will probably arrive fairly soon
7.36 and go far beyond the current
7.36 fuctionalities and performance
7.36 by several Gb per second.
7.36 For use cases with high usage density,
7.36 in areas with many users
7.36 or objects connected at once.
7.36 So this is the experiment phase
7.36 for the first part of the rollout involving
7.36 the networks.
7.36 I see you brought some items with you
7.36 because there are also the devices.
7.36 The tangible part is the devices.
7.36 We have several 5G terminals
7.36 for these tests and experiments.
7.36 A quick word on 5G smartphones,
7.36 since I think most people can purchase them already
7.36 We have a wide range here,
7.36 because one of the main points
7.36 is that 5G can improve the experience so much
7.36 that the device may be the weak link.
7.36 We&;ll have more affordable devices
7.36 coming out for 5G.
7.36 It&;s important to see how services
7.36 will be presented on these devices
7.36 that will expand the range of products.
7.36 So devices, of course.
7.36 Other devices will come out,
7.36 including 5G computers
7.36 which are connected at all times
7.36 at high bandwidth.
7.36 Romain: So it was there this whole time!
7.36 That&;s right!
7.36 Same goes for 5G tablets,
7.36 if I can find the power button,
7.36 Excuse me…
7.36 Which will…
7.36 Which enables a permanent connection
7.36 with high bandwidth,
7.36 if you&;re developing services
7.36 that need to display information
7.36 or interact with complex data.
7.36 These devices are perfect for that,
7.36 and we&;ll see more of them on the market.
7.36 So these are the first steps.
7.36 Moving away from phones and computers,
7.36 we also have these routers.
7.36 This is a type of fixed router
7.36 that you plug into the wall
7.36 for high-speed connection where you need it.
7.36 It&;s perfect when on the go
7.36 or temporary uses outside or inside,
7.36 So these products will hit the market soon,
7.36 and enable 5G for nomadic uses
7.36 for connecting devices
7.36 that demand high performance and bandwidth.
7.36 I see the Internet port on the back
7.36 so it&;s WiFi…
7.36 It&;s true there are Internet ports
7.36 where you can connect various devices.
7.36 So that&;s all available.
7.36 And there are two more experimental items?
7.36 That&;s right, a bit more exotic.
7.36 These are model cards
7.36 so if you&;re developing objects or devices
7.36 that you want to connect to 5G
7.36 for performance, power or coverage,
7.36 you can use these kinds of products,
7.36 which are available at all 5G Labs
7.36 It&;s a card with a modem and antenna
7.36 If you add a SIM cards,
7.36 it&;s easy to add to an ojbect.
7.36 Not for production, of course,
7.36 but to experiment and prototype
7.36 to demonstrate the benefit of 5G.
7.36 This has a USB connection
7.36 so you can connect to these devices.
7.36 Still in experimenting, like we said.
7.36 That&;s right,
7.36 just the prototyping phase
7.36 and to see the benefits of 5G.
7.36 Moving away from devices,
7.36 there are also the interfaces
7.36 which may change,
7.36 but the first examples of glasses
7.36 that offer new display screens,
7.36 where you no longer need a phone or screen
7.36 to interact,
7.36 notably for professions requiring
7.36 hands-free use.
7.36 It&;s not directly 5G,
7.36 because 5G comes from
7.36 connecting these to 5G phones
7.36 But as soon as you have a powerful network
7.36 you can see interactive information in real time
7.36 for use cases in fields like
7.36 maintenance or professionals.
7.36 These are the first examples,
7.36 but there will be many more on the market.
7.36 We&;ll try to have a complete array
7.36 of anything that can help
7.36 encourage the development of new concepts and services
7.36 that will be complementary to 5G.
7.36 During the next round table
7.36 with Nicolas Carlési,
7.36 we&;ll see another 5G use case
7.36 that&;s very interesting.
7.36 Let&;s get more specific:
7.36 if I&;m a business
7.36 looking to take part in this Orange 5G Lab program,
7.36 what should I do?
7.36 What&;s the first step?
7.36 How&;s it work?
7.36 If you already have a relationship with Orange,
7.36 contact your sales representative
7.36 or whomever you work with.
7.36 They can manage your request
7.36 and respond to your need.
7.36 There&;s also the website mentioned earlier:
7.36 5GLab.Orange.com
7.36 Contact Us section
7.36 Explain what you have in mind
7.36 We&;ll get back to you quickly
7.36 to understand your needs
7.36 and see if the program available today
7.36 can help advance your project
7.36 In one way or another,
7.36 as mentioned before,
7.36 we&;ll create a tailored program
7.36 to advance your project.
7.36 whether it&;s an introduction or experiment,
7.36 or in the collaboration phase.
7.36 with our experts who can help you
7.36 notably to inform technology choices,
7.36 or integrate 5G into your offers
7.36 services or products.
7.36 So for the experiments you have
7.36 a network, devices and expertise,
7.36 because at Orange…
7.36 Jean-Pierre: We have experts in every field:
7.36 technical, technological, cloud,
7.36 user interfaces, marketing…
7.36 We can provide all that
7.36 to help advance these projects.
7.36 Thank you, Jean-Pierre!
7.36 I think it&;s all clear
7.36 and I think our viewers know where to contact us
7.36 Register on our website
7.36 and you&;ll hear from our staff at Orange
7.36 to continue the adventure
7.36 and test out these new technologies
7.36 Now let&;s move on to our third part!
7.36 Feedback from Iadys
7.36 Welcome to the third part of our round table
7.36 with Nicolas Carlési.
7.36 You are Chairman and CEO of Iadys,
7.36 the company we mentioned earlier.
7.36 I was going to introduce you,
7.36 but you can probably do it better.
7.36 What is Iadys?
7.36 Hello Romain,
7.36 Hello Stéphanie
7.36 Hello Jean-Pierre!
7.36 Iadys is a company
7.36 I created in 2016.
7.36 We conceive, produce and market
7.36 a robot called the JellyfishBot
7.36 which is dedicated to maintaining waters,
7.36 including port, industrial and leisure waters.
7.36 The robot can collect floating waste
7.36 and hydrocarbons.
7.36 It&;s a flexible solution
7.36 for different tasks,
7.36 including bathymetry
7.36 or measuring water quality
7.36 It&;s a multifaceted tool
7.36 for any water manager.
7.36 We can see a video on screen
7.36 presenting Iadys,
7.36 can you explain what we&;re seeing in the video?
7.36 Here we&;re seeing an experiment
7.36 which took place at Orange 5G Lab,
7.36 with a robot controlled by smartphone
7.36 with the onboard camera you see on the right
7.36 which makes it possible to control the robot
7.36 remotely at very far distances
7.36 That&;s the test we carried out
7.36 The video reviews our test
7.36 that did at Orange Garden.
7.36 As Jean-Pierre said earlier,
7.36 there are several programs in place,
7.36 including tailored programs for companies.
7.36 What was it like to collaborate with Orange?
7.36 Can you explain it step by step?
7.36 I met someone with Christophe Guillaume
7.36 from the Interaction Department
7.36 at Orange Marseille
7.36 That was at VivaTech in 2019.
7.36 He told me about the 5G challenges
7.36 and let me know that there was one nearby in Marseille.
7.36 He encouraged me to take part in it.
7.36 So we thought about it
7.36 and decided to enter
7.36 because we had already tested 4G with our robot
7.36 It wasn&;t enough, so we thought
7.36 5G might be an opportunity
7.36 to test out our technology.
7.36 We were selected with 3 other companies
7.36 Then we did a first test
7.36 at Vieux Port in Marseille
7.36 We installed a 5G model on our robot
7.36 We scanned the 5G networks around the port
7.36 and we recorded video from our robot
7.36 which was with a low definition camera at the time
7.36 but it had very low latency.
7.36 So we could manage it remotely,
7.36 and we noticed a significant improvement over 4G.
7.36 More recently,
7.36 we were invited to Orange 5G Lab,
7.36 or Orange Garden at Chatillon,
7.36 to develop a system
7.36 for controlling the robot by smartphone
7.36 with a video feed,
7.36 but this time in high definition,
7.36 for a more immersive experience
7.36 and to control the robot remotely.
7.36 It&;s exciting to have early access to material
7.36 and to have access to 5G networks.
7.36 It was interesting and gave us
7.36 new ideas for new applications.
7.36 We already have clients asking us
7.36 what they can do with 5G.
7.36 So now we can answer those questions.
7.36 I wanted to ask what&;s next for you?
7.36 We saw the benefits of 5G in your case,
7.36 with better video quality
7.36 and improved control of your boat
7.36 even in difficult circumstances.
7.36 But what else can you do next?
7.36 What are your plans?
7.36 One of the biggest challenges we have
7.36 is that the robot can move autonomously on water,
7.36 but it can still get stuck.
7.36 So we may need a remote captain
7.36 that can remove it from the situation
7.36 over a long distance.
7.36 We&;re also looking to make our robot smarter.
7.36 The robot can detect and characterize waste,
7.36 so that requires processing power
7.36 that can&;t be installed in the robot
7.36 So having remote access to images
7.36 and greater processing power
7.36 than the robot can offer
7.36 can give the robot more autonomy
7.36 and enable more interesting applications
7.36 for us and the JellyfishBot.
7.36 That&;s a use case we saw in a previous webinar
7.36 and in all these new innovations
7.36 in the Internet of Things
7.36 namely having remote processing power
7.36 to connect objects and make them smarter
7.36 and more accessible to everyone
7.36 for these new uses.
7.36 Jean-Pierre, how did the collaboration go on your end?
7.36 Can you tell us more?
7.36 As we heard,
7.36 it started with a challenge
7.36 with Marseille and Orange.
7.36 Then it continued with a more specific development.
7.36 What&;s interesting is that it&;s a product
7.36 that already had a wireless control feature
7.36 from land.
7.36 But 5G broke through the distance constraint,
7.36 thus expanding the range of this product.
7.36 It&;s similar to other remote connected products.
7.36 And it also led to many other use cases.
7.36 Because once you have a virtual fiber for that object,
7.36 you can augment other things to process images
7.36 or transmit more detailed data
7.36 or in real time,
7.36 so it opens up new possibilities.
7.36 That&;s what&;s interesting in this approach:
7.36 we started from a simple need,
7.36 to control the object,
7.36 and then we moved to a much smarter object
7.36 without raising the cost
7.36 because most of the intelligence is in the cloud
7.36 or the network portion,
7.36 and not installed onboard.
7.36 So it&;s valuable for this product
7.36 and the co-innovation approach.
7.36 As you said,
7.36 innovation and experimenting will be key issues
7.36 as we reach an era of uses where
7.36 we can continue thinking and creating together
7.36 It&;s interesting to see these changes.
7.36 That&;s right.
7.36 5G is only just getting started
7.36 and will bring many innovations in coming years
7.36 to transform many uses cases
7.36 and create business cases for companies we host
7.36 and Orange.
7.36 Thank you, Jean-Pierre.
7.36 Thank you, Nicolas Carlesi,
7.36 we were delighted to have you
7.36 from Marseille,
7.36 to bring us some sun and warmth,
7.36 if you have nice weather there.
7.36 Thank you, everyone!
7.36 We hope to see you soon at Orange 5G Lab!
7.36 Thank you!
7.36 Now let&;s move to our Q&A!
7.36 We received many questions during the show.
7.36 So we have plenty of questions for our guests.
7.36 First question: do we have a jingle?
7.36 I&;m asking because we&;re all here
7.36 Yes, let&;s play the jingle!
7.36 Questions & Answers
7.36 We have plenty of questions from you,
7.36 so we&;ll answer them together.
7.36 The first question is:
7.36 how much does it cost
7.36 to get support from Orange 5G Lab teams?
7.36 Perhaps Stéphanie can answer?
7.36 Yes, as we saw through these testimonials,
7.36 we have several levels of support,
7.36 from an introduction to experimenting,
7.36 as well as prototyping.
7.36 We can say that these first steps with us are free.
7.36 It&;s the collaboration that we want to promote.
7.36 If it leads to more in-depth work,
7.36 we can make an offer to suit the needs of both parties.
7.36 That makes sense, so dive in!
7.36 Don&;t worry, we&;ll help you!
7.36 Second question for Jean-Pierre:
7.36 is it possible to experiment in 26 GHz
7.36 or in the milimetric mode?
7.36 You said it, but we can review it.
7.36 Yes, we can recall this point.
7.36 Millimetric waves are currently experimental,
7.36 in certain countries like France.
7.36 They have different propagation characteristics.
7.36 The device ecosystem is still limited,
7.36 so it&;s something to keep in mind
7.36 for this technology.
7.36 But we can still experiment with it
7.36 and test it out.
7.36 It&;s a little further away
7.36 at our site that is covered with this technology
7.36 and that is available in the same way
7.36 as our other technologies.
7.36 Another question from Valentin,
7.36 who asks:
7.36 regarding indoor 5G,
7.36 what advantages does Orange offer
7.36 over other operators?
7.36 Who wants to answer this one?
7.36 Compared to other operators,
7.36 we know that indoor coverage will be very important
7.36 to offer strong coverage in high-use areas,
7.36 such as public spaces
7.36 as well as hospitals and factories,
7.36 if you saw the tests carried out recently
7.36 with Orange,
7.36 where we added density t
7.36 to provide strong indoor coverage
7.36 It&;s a technology that like 4G
7.36 will have to add density in these areas
7.36 because there are many uses to be developed
7.36 The question may be asking
7.36 if there are advantages over WiFi,
7.36 it&;s a debate for experts,
7.36 but it&;s true that cellular offers many advantages
7.36 compared to other technologies.
7.36 It&;s up to us to show
7.36 what it can offer.
7.36 Romain: So it&;s the uses and needs
7.36 that determine how to use the technology.
7.36 A question from Sandee, who asks:
7.36 What will happen to existing 4G networks and services?
7.36 Their continuity, their commercial offers?
7.36 5G is very incremental today.
7.36 Moreover,
7.36 with existing networks
7.36 you&;re always connected to both 4G and 5G
7.36 because a portion of 5G
7.36 is in pre-development
7.36 So they&;re already complementary.
7.36 Wherever 5G is not available,
7.36 you&;ll go back to 4G
7.36 with great service quality,
7.36 so they both go together.
7.36 In the next generation, in 2022-23,
7.36 5G will be a little more independent from 4G
7.36 which will enable more specific uses
7.36 without needing to rely on a 4G backup,
7.36 so we&;ll imagine other use cases.
7.36 But they go together now,
7.36 and 5G is an incremental upgrade on 4G
7.36 and the 5G devices you buy are 4G compatible.
7.36 Wherever you have no 5G,
7.36 you&;ll connect to 4G,
7.36 which will power many different uses.
7.36 I have another question on the roll-out of 5G
7.36 for places at sea
7.36 particularly for Saint-Denis on Reunion Island.
7.36 Do we have that information?
7.36 I believe it&;s underway,
7.36 and we have an Orange 5G Lab project
7.36 in Saint-Denis on Reunion Island,
7.36 so we&;ll announce things as they happen
7.36 We&;d have to check with the Orange France calendar
7.36 But it will arrive soon
7.36 As an operator,
7.36 we&;re already installing the network portion
7.36 but there is also the license portion,
7.36 which should happen very soon
7.36 for commercial permits.
7.36 Great, thank you so much
7.36 for your time.
7.36 You answered so many of our questions already.
7.36 There are a lot more questions,
7.36 but we can&;t take them all.
7.36 But we&;ll get back to you all with answers.
7.36 Thanks for your questions!
7.36 We&;ll get back to you right after this show
7.36 by email or through our team.
7.36 But thank you for your questions!
7.36 Thank you for listening!
7.36 Perhaps a last word from Stéphanie
7.36 What can entrepreneurs expect from you?
7.36 Is it easy?
7.36 Do you have any final thoughts
7.36 for the entrepreneurs watching us
7.36 and who may still have doubts
7.36 about contacting Orange 5G Lab?
7.36 No need to worry at all!
7.36 We have designed Orange 5G Lab
7.36 to welcome every player
7.36 seeking to do co-innovation.
7.36 It&;s a program designed for you.
7.36 And we also set up a local network
7.36 to reach every region
7.36 and encourage all companies to
7.36 to contact the Lab nearest to their city or region.
7.36 We&;re here for you.
7.36 We&;re available to build a tailored program for you
7.36 to meet all your needs.
7.36 So don&;t hesitate to contact us
7.36 at 5GLab.Orange.com
7.36 There is a full contact section
7.36 and our teams will prepare a tailored offer.
7.36 Everyone&;s welcome!
7.36 Thank you, Stéphanie!
7.36 Thank you, Jean-Pierre!
7.36 And thank you Nicolas
7.36 for joining us by video from Marseille.
7.36 We&;ll see you soon for our next Orange 5G Lab
7.36 Until then, you can check out our website
7.36 to watch all our webinars.
7.36 You can contact our teams for more information.
7.36 See you soon!
7.36 Thanks for watching!
7.36 Till next time!
7.36 Thanks everyone!
7.36 Have a 5G project or question?
7.36 Head to our website: 5GLab.Orange.com
.