Nokia and Jacto Launch 5G Network for Agriculture Machinery in Latin America

Explore how Nokia and Jacto are pioneering the transformation of the agricultural machinery industry in Latin America by deploying the region's first industrial-grade private wireless 5G network, turning the innovative 5G Smart Factory concept into reality.
Nokia and Jacto Launch 5G Network for Agriculture Machinery in Latin America
Image Credit: Jacko

Introduction

Nokia, a global leader in communication technology, has embarked on a transformative journey with Jacto, a renowned Brazilian multinational in the machinery sector, to deploy Latin America’s first industrial-grade private wireless 5G network specifically tailored for the agricultural machinery industry.

Challenges or Objectives


The agricultural machinery industry, especially in the expansive and diverse landscapes of Latin America, faces challenges in implementing autonomous handling, automated storage, and precision agriculture due to the limitations of existing network infrastructures. The objective is to establish a robust, scalable, and efficient 5G network that can seamlessly support the sophisticated operations of a smart factory, ensuring the optimal functionality of automated and digital technologies in agricultural machinery production.

Solution Implemented

Nokia has been entrusted to establish an industrial-grade private wireless network, utilizing 4.9G/LTE & 5G NSA technologies, within Jacto’s innovative 5G Smart Factory located in Pompeia, Sao Paulo, Brazil. This 96,000-square-meter facility will feature an automated painting system, autonomous vehicle handling, an automated storage system, and an advanced training center, all interconnected through the high-capacity, ultra-low latency 5G network.

Supporting Evidence

The 5G network, utilizing the 700 MHz band for 4.9G/LTE and the 3.7 GHz band for 5G, is designed to connect every facet of the smart factory, ensuring pervasive high capacity and ultra-low latency, which are crucial for the real-time operations of autonomous systems and digital technologies within the facility.

Why the Selected Technology Was the Right Choice?

5G technology, known for its high capacity and ultra-low latency, is pivotal in making the 5G Smart Factory concept a reality by ensuring seamless, real-time communication between various automated and digital systems. This ensures optimal functionality, efficiency, and reliability in operations, which is crucial for the sophisticated and interconnected systems within the smart factory.

Use Case Benefits

The deployment of the 5G network within the smart factory ensures enhanced operational efficiency, reliability in autonomous vehicle handling, precision in automated systems, and robust support for digital technologies, thereby ensuring optimal productivity and technological advancement within the agricultural machinery industry.

Industry Impact

This initiative sets a precedent for the agricultural machinery industry, showcasing the tangible benefits and operational enhancements enabled by 5G technology, potentially influencing further adoption and technological advancements within the industry across Latin America and globally.

Nokia’s Role

Nokia plays a crucial role in developing and deploying the industrial-grade private wireless network, providing the necessary technology, expertise, and complementary services, such as installation, configuration, training, and assisted operations, ensuring the robust, secure, and efficient functionality of the 5G network within the smart factory.

Partners for the Use Case and Their Role

Jacto, as the primary partner, is instrumental in implementing the 5G network within their smart factory, providing the necessary infrastructure, use cases, and operational framework for the deployment of the network, ensuring its optimal utilization and functionality within the agricultural machinery production processes.

Customer Endorsements

Fernando Gonรงalves, President at Jacto, expressed confidence and satisfaction in choosing Nokia for this project, highlighting the quality, robustness, and scalability of the product as pivotal in meeting the objectives of their innovative project.


Recent Content

Connectivity convergence is redefining the Internet of Things by integrating legacy systems, cellular, Wi-Fi, LoRaWAN, BLE, and satellite networks. From agriculture to logistics, IoT ecosystems are evolving to prioritize seamless communication, modular hardware, and intelligent data handling with edge AI. This article explores how convergence is shifting the focus from hype to practical, scalable deploymentโ€”unlocking the true potential of IoT everywhere.
This articles explores how AI, quantum computing, and next-gen connectivity are shaping the future of innovation. From ethical AI and quantum-safe cryptography to 6G-enabled access to education and healthcare, these converging technologies are redefining whatโ€™s possible across industries. The key: inclusive, sustainable, and collaborative development.
With AI shifting from the cloud to the device, on-device AI is transforming privacy, speed, and user experience. Experts from Honor, Broadcom, and Orange explore the challenges and innovations shaping this future, from AI chips to offline capabilities and ethical implications. Is it time to go all-in?
Telecom Communication Service Providers (CSPs) are embracing a digital-first strategy to remain competitive in a rapidly evolving industry. This article outlines how CSPs are integrating AI for operational efficiency, shifting towards personalized customer experiences, building scalable monetization strategies, and overcoming legacy challenges to drive long-term digital transformation and enterprise value.
Telecom giants play a critical role in SMEsโ€™ digital transformation, yet a gap remains in access to broadband, cloud, and 5G technologies. While large enterprises receive priority, SMEs often struggle with affordability and digital adoption. This article explores how telecom providers can bridge the digital divide by offering tailored solutions, strategic partnerships, and flexible pricing models to support SME growth.
The US Department of Defense has transitioned 5G Open RAN from prototype to full operational deployment, enhancing military logistics, automation, and cybersecurity. With industry partners like JMA Wireless and Federated Wireless, the DoD is leveraging 5G for mission-critical operations. This article explores how 5G Open RAN improves operational resilience, workforce efficiency, and future military applications, including spectrum management and AI-driven network optimization.

Download Magazine

With Subscription
Whitepaper
Explore the Private Network Edition of 5G Magazine, your guide to the latest in private 5G/LTE and CBRS networks. This edition spotlights 11 award categories including private 5G/LTE leader, neutral host leader, and rising startups. It features insights from industry leaders like Jason Wallin of John Deere and an analysis...
Whitepaper
Discover the potential of mobile networks in modern warfare through our extensive whitepaper. Dive into its strategic significance, understand its security risks, and gain insights on optimizing mobile networks in critical situations. An essential guide for defense planners and cybersecurity enthusiasts....

It seems we can't find what you're looking for.

Subscribe To Our Newsletter

Scroll to Top