Transform Learning with Campus-Wide Wireless Connectivity
Connectivity Challenges within College Campuses
Inconsistent cellular coverage
Public cellular networks fall short, creating dead zones and connectivity gaps between buildings and outdoor spaces.
Long-range outdoor connectivity
Wi-Fi isn't suited for long-range outdoor coverage like for field research, IoT, and events.
Low-latency for critical apps
Low latency connectivity is essential for critical apps, such as real-time research tools, IoT devices, and video apps.
Elevate Campus Connectivity with a Private Mobile Cloud and 5G
Campus-wide cellular coverage
Enable reliable cellular coverage across campus – indoors and outdoors – with private 5G/LTE. Ensure always-on access in lecture halls, labs, and outdoor spaces.
Simple cloud-based operations
Simplify building and operating a campus-wide mobile network with a cloud-based model. Manage radios, scale capacity, and monitor traffic from a single cloud console.
Clean integration with existing campus IT
Seamlessly integrates with enterprise systems like existing firewalls, Azure AD for SSO and MDM for eSIM control. NAC ensures secure device and application onboarding to the mobile network.
Comprehensive control with AI-powered monitoring
Gain full visibility into the mobile network and device statistics, while AI assistants help quickly resolve connectivity and capacity issues.
High-performing and reliable wireless coverage
Support research tools, AI, IoT etc with low-latency, high-bandwidth connectivity. Ensure critical apps run smoothly with dedicated spectrum bands.
Elevate Campus Connectivity with a Private Mobile Cloud and 5G
Campus-wide cellular coverage
Enable reliable cellular coverage across campus – indoors and outdoors – with private 5G/LTE. Ensure always-on access in lecture halls, labs, and outdoor spaces.
Simple cloud-based operations
Simplify building and operating a campus-wide mobile network with a cloud-based model. Manage radios, scale capacity, and monitor traffic from a single cloud console.
Clean integration with existing campus IT
Seamlessly integrates with enterprise systems like existing firewalls, Azure AD for SSO and MDM for eSIM control. NAC ensures secure device and application onboarding to the mobile network.
Comprehensive control with AI-powered monitoring
Gain full visibility into the mobile network and device statistics, while AI assistants help quickly resolve connectivity and capacity issues.
High-performing and reliable wireless coverage
Support research tools, AI, IoT etc with low-latency, high-bandwidth connectivity. Ensure critical apps run smoothly with dedicated spectrum bands.
Top Use Cases in Higher Education
Campus-Wide Cellular
Extend carrier coverage for voice, text, data, enhanced 911 services, and wireless emergency alerts across indoor and outdoor environments where coverage is lacking. Cover use cases like:
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Alternate DAS with MOCN-based neutral host for a cost-effective and scalable solution
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Uninterrupted access to digital resources wherever they are for faculty and students
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Wireless emergency alerts where coverage is lacking
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Solve coverage issues in densely populated buildings or remote spaces
Campus-Wide Cellular
- Alternate DAS with MOCN-based neutral host for a cost-effective and scalable solution
- Uninterrupted access to digital resources wherever they are for faculty and students
- Wireless emergency alerts where coverage is lacking
- Solve coverage issues in densely populated buildings or remote spaces
Outdoor Connectivity
- Campus wide IT communications
- Connected agriculture with technologies like IoT
- Monitoring + gathering data from remotely deployed assets.
- Internet access for campus events
Campus Security & Safety
- Reliable communication for campus security and emergency services
- Deployment of surveillance and safety infrastructure
- High-definition video transmission from campus police vehicles
- Crisis communication and emergency alerts
Research & Innovation
- AI workloads, edge computing, high-definition drone video
- Automated processes in modern research facilities
- Immersive VR/AR learning experiences
- Environmental monitoring using sensors
MIT Partners with Highway 9 for Seamless Connectivity
