28 de February de 2025
Case Study TELUS Partnered with Airspan to Upgrade Finning’s Private Network and Optimize its Remote Operations Industry Construction Location Vancouver, Canada Partner TELUS Business End User Finning CAT Download PDF Reference Overview TELUS Business partnered with Finning to demonstrate how a private wireless network can optimize operations, boost productivity, and enhance worker safety. This project aims build an industrial-grade private wireless network on-site at Finning headquarters to showcase the remote operation of a Cat® excavator. Challenges To operate the excavator requires large bandwidth, low latency, reliable connectivity, control and enhanced security that traditional networks can’t provide. Solution & Benefits TELUS Business partnered with Airspan to upgrade its private wireless network. The excavator was controlled from inside Cat Command station to show the real- time communications of heavy machinery. In scenarios where the site conditions are hazardous, the ability to remotely operate equipment can help boost productivity while prioritizing employee safety. With Airspan’s solutions, TELUS Business was able to tailor its private wireless network services for mining, energy, and logistics & transportation businesses. Among the benefits from the new network architecture are enhanced coverage, network scalability, ultra-reliable connectivity and strong data security which TELUS can offer to their clients. This is another proof that Airspan is a business enabler that helps its partners reach their strategic goals. Read More View All Begin Your Smart Transformation with Us! Schedule a Consultation
28 de February de 2025
Case Study Qualcomm Partnered with Airspan to Build Peachtree’s 5G Network Needed to Sustain Public AV Services Industry Autonomous Vehicles Location Georgia, USA Partner Qualcomm Technologies End User Peachtree Corner Download PDF Reference Overview Qualcomm Technologies partnered with Airspan on the implementation of autonomous vehicles like shuttles and scooters in Peachtree Corner, Georgia. This project aims to improve the safety of vehicles and other road users. Challenges Peach Tree has a population of less than 45,000 people and there are around 65,000 cars that run through the highways. There is a potential to heighten the risk of accidents and congestion. Providing autonomous vehicles can mitigate these risks however a reliable 5G network infrastructure in the city is needed to run these AVs especially that their services to customers are in real-time. Solution & Benefits With the support of Qualcomm Technologies, the city has deployed autonomous shuttles and electric scooters. The shuttle has a scheduled time on the bus stops while the scooter can be booked through a mobile app. The scooter can find the customer’s location through its camera lens. Airspan’s 5G solutions served as the foundation of the city’s 5G infrastructure to sustain the robust capacity needed to connect and run these autonomous vehicles. This Peachtree Corners project with Qualcomm and Airspan is one of the portion for the future smart cities. Qualcomm’s launched Smart Cities Accelerator, a program that brings city and industry leaders together to discuss new digital transformation solutions aimed at solving common challenges for fully realizing the future smart city. In this program, Qualcomm also emphasized on the importance of 5G and private networks on the establishing this smart cities. Read More View All Begin Your Smart Transformation with Us! Schedule a Consultation
28 de February de 2025
Case Study ZF Group Partnered with Airspan to Upgrade its Private 5G Network to Ensure High Quality AV Testing Industry Autonomous Vehicles Location Baden-Württemberg, Germany End User ZF Group Download PDF Reference Overview ZF Group is a global technology company that provides systems for passenger cars, commercial vehicles and industrial technology including AI that allows the vehicles to operate autonomously. ZF owns a 5G Campus Network, a base station that serves as a test facility that controls the vehicle and the infrastructure that runs their systems. Challenges ZF’s campus requires a stable and high capacity network to operate their vehicles. This includes location tracking, realtime command given to the vehicle, high quality audio and video transmitted by the vehicle to the monitoring system. Another requirement is an Open RAN technology that allows the vehicle to connect to the available internet regardless of the mobile service provider. Solution & Benefits By harnessing Airspan Private 5G and Open RAN technologies tailored to their business of autonomous vehicles, ZF was able to sustain its campus with the robust network capacity to process its operation’s Big Data and ensure the high quality testing of the autonomous vehicles. The connection is seamless allowing clear commands to the vehicles. With Open Ran, the vehicles were able to connect to the available internet on the roadside. By adapting Airspan’s cutting edge technology, ZF has achieved another technology milestone – an operations that is digital, secured, flexible and cloud-based. Its new network architecture opened more business opportunities for ZF. Read More View All Begin Your Smart Transformation with Us! Schedule a Consultation
28 de February de 2025
Case Study Dense Air Partnered with Airspan to Upgrade Millbrook Proving Ground’s Private Network to Enhance its AV Testing Services Industry Autonomous Vehicle Location Millbrook, UK Partner Dense Air End User Millbrook Proving Ground Download PDF Reference Overview Dense Air, the neutral host operator worked with Airspan to upgrade Millbrook’s network. Millbrook Proving Ground provides vehicle test, validation services and systems to customers in the automotive, transport, tyre, petrochemical and defense industries. Challenges Connected and Autonomous Vehicle (CAV developers will have access to the network. CAV will test the full capabilities of the latest 3GPP such as Ultra Reliable Low latency Communications (URLLC), Massive Machine Type Communications (mMTC), and network slicing into a real-world test arena for the first time in the UK. Each has a baseline. With URLLC, latency as low as 3ms can be experienced and mMTC brings the potential of connecting massively more devices per km2. Network slicing gives a dedicated portion of the network to each network service, facilitating separate localisation, edge-computing and cloud access. Solution & Benefits Millbrook’s major network upgrade to 3GPP 5G SA Open RAN technology from Airspan Networks. It achieved the key goals of the DCMS AutoAir 5G project to ensure that the network was sustainable and provided a lasting legacy for Millbrook and the UK’s CAV eco-system. The deployment of a 3GPP 5G standalone infrastructure using the n77 band creates a unique test and development opportunity that can support both automotive and telecommunication eco-systems, within a bookable and accessible research facility. Read More View All Begin Your Smart Transformation with Us! Schedule a Consultation
28 de February de 2025
Case Study Guident Partnered with Airspan to Build its Private Network to Enhance its Remote Monitoring & Control Center Industry Autonomous Vehicles Location Florida, USA End User Casa View Apartments Download PDF Reference Overview Guident worked Airspan to build a Private 5G Network for their testbed in Boca Raton Florida. Guident is a software development solutions for autonomous vehicles (AVs), ground-based delivery drones, and electric vehicles (Evs). Challenges Guident’s testbed covers three square miles for developing, testing and validating different use cases that require a fast network with low latency. A reliable network is required to enable a real time monitoring of the autonomous vehicles to ensure safe driving operation and preventing potential accidents before they happen. Guident’s Remote Monitoring and Control Center (RMCC) controls the AVs driving performance and collects full road visibility. Solution & Benefits Airspan’s implementation of Private 5G Solution particularly Airspeed has led to Guident filing for its eighth patent. With this use case, this enabled Guident to provide it’s patented, advanced teleoperation for autonomous and human-driven vehicles, enhanced customer safety and security in addition to providing a reliable, low latency connection to any advanced mobile network. The combination of Airspan solutions and Guident’s RMCC software built a strong foundation for a more advanced development of autonomous vehicle services and future business opportunities for Guident. Airspan will focus on providing and enhancing Guident’s connectivity with its innovative 5G software, hardware and air interface mobility solutions. Read More View All Begin Your Smart Transformation with Us! Schedule a Consultation
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