Miller Electric Drives Autonomous Vehicle Operations with T-Mobile 5G Private Network
T-Mobile and Miller Electric Company have announced a collaboration to implement a 5G private network for autonomous vehicles (AVs) in Jacksonville, Florida. The project, part of the city's Ultimate Urban Circulator program, will connect a fleet of fully autonomous shuttles along a 3-mile stretch from EverBank Stadium to the new waterfront hub.
The T-Mobile 5G private network will provide secure, reliable two-way communications between the shuttles and the command center, including real-time telemetry data and audio/video feeds. This technology is important for smart city initiatives like AVs, offering advantages over solutions such as Wi-Fi.
The autonomous shuttles are expected to be operational by mid-2025, representing the first of three phases in Jacksonville's Urban Circulator plan. This initial phase will serve as a foundation for expanding automated shuttles to connect adjoining neighborhoods.
T-Mobile e Miller Electric Company hanno annunciato una collaborazione per implementare una rete privata 5G per veicoli autonomi (AV) a Jacksonville, Florida. Il progetto, parte del programma Ultimate Urban Circulator della città, collegherà una flotta di lungo un tratto di 3 miglia da EverBank Stadium al nuovo hub sul lungomare.
La rete privata 5G di T-Mobile fornirà comunicazioni sicure e affidabili in entrambe le direzioni tra le navette e il centro di comando, includendo dati di telemetria in tempo reale e flussi audio/video. Questa tecnologia è importante per le iniziative delle smart city come gli AV, offrendo vantaggi rispetto a soluzioni come il Wi-Fi.
Si prevede che le navette autonome siano operative entro la metà del 2025, rappresentando la prima di tre fasi nel piano Urban Circulator di Jacksonville. Questa fase iniziale servirà da base per espandere le navette automatizzate per connettere i quartieri vicini.
T-Mobile y Miller Electric Company han anunciado una colaboración para implementar una red privada 5G para vehículos autónomos (AV) en Jacksonville, Florida. El proyecto, que forma parte del programa Ultimate Urban Circulator de la ciudad, conectará una flota de shuttles completamente autónomos a lo largo de un tramo de 3 millas desde EverBank Stadium hasta el nuevo centro en el waterfront.
La red privada 5G de T-Mobile proporcionará comunicaciones seguras y confiables bidireccionales entre los shuttles y el centro de comando, incluyendo datos de telemetría en tiempo real y transmisiones de audio/video. Esta tecnología es crucial para las iniciativas de ciudades inteligentes como los AV, ofreciendo ventajas sobre soluciones como el Wi-Fi.
Se espera que los shuttles autónomos estén operativos para mediados de 2025, representando la primera de tres fases en el plan Urban Circulator de Jacksonville. Esta fase inicial servirá como base para expandir los shuttles automatizados y conectar vecindarios adyacentes.
T-Mobile과 Miller Electric Company는 플로리다 주 잭슨빌에서 자율주행 차량(AV)을 위한 5G 전용 네트워크를 구현하기 위한 협업을 발표했습니다. 이 프로젝트는 도시의 Ultimate Urban Circulator 프로그램의 일환으로, EverBank Stadium에서 새로운 수변 허브까지 3마일 구간을 따라 완전 자율 셔틀의 플릿을 연결합니다.
T-Mobile 5G 전용 네트워크는 셔틀과 지휘 센터 간의 안전하고 신뢰할 수 있는 쌍방향 통신을 제공하며, 실시간 텔레메트리 데이터와 오디오/비디오 피드를 포함합니다. 이 기술은 AV와 같은 스마트 시티 이니셔티브에 중요하며, Wi-Fi와 같은 솔루션보다 이점을 제공합니다.
자율 셔틀은 2025년 중반까지 운영될 것으로 예상되며, 잭슨빌의 Urban Circulator 계획의 세 단계 중 첫 번째를 나타냅니다. 이 초기 단계는 자동 셔틀을 확장하여 인접한 이웃을 연결하는 기반 역할을 할 것입니다.
T-Mobile et Miller Electric Company ont annoncé une collaboration pour mettre en œuvre un réseau privé 5G pour les véhicules autonomes (AV) à Jacksonville, en Floride. Ce projet, faisant partie du programme Ultimate Urban Circulator de la ville, reliera une flotte de navettes entièrement autonomes sur un tronçon de 3 miles depuis le EverBank Stadium jusqu’au nouveau hub en bord de mer.
Le réseau privé 5G de T-Mobile assurera des communications bidirectionnelles sécurisées et fiables entre les navettes et le centre de commandement, y compris des données de télémétrie en temps réel ainsi que des flux audio/vidéo. Cette technologie est cruciale pour les initiatives de villes intelligentes comme les AV, offrant des avantages par rapport à des solutions telles que le Wi-Fi.
Les navettes autonomes devraient être opérationnelles d’ici mi-2025, représentant la première de trois phases dans le plan Urban Circulator de Jacksonville. Cette première phase servira de fondation pour étendre les navettes automatisées afin de relier les quartiers adjacents.
T-Mobile und die Miller Electric Company haben eine Zusammenarbeit angekündigt, um ein 5G-Breitbandnetz für autonome Fahrzeuge (AVs) in Jacksonville, Florida, zu implementieren. Das Projekt, Teil des Ultimate Urban Circulator-Programms der Stadt, wird eine Flotte von vollautonomen Shuttle-Bussen über eine Strecke von 3 Meilen vom EverBank Stadium zum neuen Waterfront-Hub verbinden.
Das 5G-Breitbandnetz von T-Mobile wird sichere, zuverlässige bidirektionale Kommunikation zwischen den Shuttle-Bussen und dem Einsatzleitstand ermöglichen, einschließlich Echtzeit-Telemetriedaten sowie Audio- und Videoübertragungen. Diese Technologie ist wichtig für Smart-City-Initiativen wie AVs und bietet Vorteile gegenüber Lösungen wie Wi-Fi.
Die autonomen Shuttle-Busse sollen bis Mitte 2025 betriebsbereit sein und stellen die erste von drei Phasen im Urban Circulator-Plan von Jacksonville dar. Diese erste Phase wird als Grundlage für die Ausweitung der automatisierten Shuttle-Dienste zur Verbindung angrenzender Stadtteile dienen.
- Collaboration with Miller Electric Company to implement 5G private network for autonomous vehicles
- Expansion of T-Mobile's Advanced Network Solutions (ANS) into smart city initiatives
- Potential for future growth with planned expansion of automated shuttles to adjoining neighborhoods
- None.
Insights
The collaboration between T-Mobile and Miller Electric to implement a 5G private network for autonomous vehicles (AVs) in Jacksonville is a significant technological advancement. This project showcases the practical application of 5G technology in smart city initiatives, particularly in public transportation.
The use of a 5G private network offers several advantages over alternatives like Wi-Fi:
- Higher bandwidth and lower latency for real-time communication
- Enhanced reliability and scalability for the AV fleet
- Secure two-way communications between shuttles and the command center
- Ability to stream real-time video surveillance and audio communications
While this project is innovative, its direct impact on T-Mobile's financials may be in the short term. However, it positions T-Mobile as a leader in 5G applications for smart cities, potentially opening up new revenue streams in the future. The success of this project could lead to similar implementations in other cities, expanding T-Mobile's enterprise business segment.
Investors should view this as a strategic move that demonstrates T-Mobile's capabilities in advanced 5G solutions, rather than an immediate revenue driver. The long-term potential lies in establishing T-Mobile as a key player in the smart city and autonomous vehicle ecosystem.
This partnership represents a strategic move for T-Mobile in the growing smart city and autonomous vehicle markets. Key points for investors to consider:
- Market Potential: The global smart city market is projected to reach
$2.5 trillion by 2025, with a significant portion relying on 5G technology. - First-Mover Advantage: T-Mobile is positioning itself as an early leader in 5G-powered autonomous public transit, which could lead to similar contracts in other cities.
- Diversification: This project showcases T-Mobile's ability to expand beyond traditional telecom services into enterprise solutions.
- Long-Term Growth: While the immediate financial impact may be minimal, success in Jacksonville could open doors to larger-scale implementations across the country.
- Brand Enhancement: Being associated with cutting-edge urban technology could improve T-Mobile's brand perception among both consumers and enterprise clients.
Investors should view this as a positive indicator of T-Mobile's forward-thinking approach and its potential to capture market share in emerging tech-driven urban infrastructure projects. However, it's important to note that the full financial benefits may take several years to materialize as smart city adoption grows.
Thanks to the reliability and power of T-Mobile 5G, visitors to some of
“5G connectivity provides the highest bandwidth and lowest latency communication between the AVs and the control center,” said Craig Bowman, Director of Technology, Miller Electric. “This turnkey solution will enable the vehicles to navigate the streets alongside other vehicle traffic and will ensure the bandwidth we need is available to stream real-time video surveillance and two-way audio and video communications between passengers and employees.”
Advanced 5G technology is key for cities and organizations looking to implement smart city initiatives such as AVs. Other solutions, such as Wi-Fi, have limited reach and can limit the reliability and scalability of an autonomous fleet.
Here's how the technology works: The T-Mobile 5G private network connection will deliver highly secure, reliable two-way communications between the shuttles and the command center. This includes real-time telemetry data from onboard sensors as well as audio and video feeds to connect employees with passengers — all on the largest and fastest 5G network in America.
“5G is the key that will unlock the autonomous vehicle future that science fiction has teased us with for years,” said Mishka Dehghan, SVP, Strategy, Product, and Solutions Engineering, T-Mobile Business Group. “Because T-Mobile 5G offers the flexibility to build dynamic solutions like a 5G private network, our customers can actually build the future they envision, not just imagine it. I’m excited to see how this solution will support a thriving urban corridor and give visitors convenient and futuristic transportation options.”
The 5G private network infrastructure will be built alongside the already planned power and fiber solutions that support the rest of the waterfront project. This means that T-Mobile can deliver the network performance and security Miller Electric requires for the AVs into the future without any additional infrastructure.
The autonomous shuttles are projected to be on the road by mid 2025 and represent the first out of three phases of the city’s planned Ultimate Urban Circulator. This initial phase lays the foundation for the expansion of automated shuttles to connect to adjoining neighborhoods.
If your city or department wants to explore what is possible using T-Mobile 5G, visit www.t-mobile.com/business. To learn more about Miller Electric, visit www.mecojax.com.
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T-Mobile US, Inc. (NASDAQ: TMUS) is America’s supercharged Un-carrier, delivering an advanced 4G LTE and transformative nationwide 5G network that will offer reliable connectivity for all. T-Mobile’s customers benefit from its unmatched combination of value and quality, unwavering obsession with offering them the best possible service experience and undisputable drive for disruption that creates competition and innovation in wireless and beyond. Based in
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