Thanks to the availability of dynamic spectrum sharing methods and private LTE / 5G wireless.
Centralized coordination of private spectrum options (eg. CBRS in the US) translates to undisrupted operation for connected client devices - even when nearby networks are present.
LTE and 5G wireless infrastructure schedules traffic transmissions not only for the radios but also for the connected devices on the network - significantly improving latency metrics.
LTE and 5G go beyond QoS prioritization on wireless and allows the definition of service level objectives for latency, throughput, and packet error rate given a set of applications and connected devices.
By taking into account the radio resources available across the network, a cellular infrastructure is responsible to initiate handover events for connected client devices to other access points.
Due to strong power profile and "hearing" abilities, a single cellular radio offers up to 25K sqft of coverage indoors and 1M sqft outdoors - significantly reducing cost of cabling infrastructure.
Cellular radios can support low data rate connectivity for devices at 10s of kbps - translating to solid connectivity for IoT infrastructure at the edges of a cellular wireless coverage area.
"Video cameras and emergency systems demand wireless connectivity since cabling is time-consuming and expensive. And, I want my users on the Wi-Fi network - not my IoT and facilities infrastructure."
"Partnering with Celona on private mobile networks means that we can now offer our customers solutions that meet their specific needs for enterprise-friendly support, manageability and interoperability."
"The coverage and reliability metrics promised by private LTE technology are ideal for several challenging indoor and outdoor environments we support - where rolling out new cabling is simply not possible."
Private 5G spectrum is making way to new digital business initiatives on enterprise wireless.
Dedicated voice and collaboration apps on smartphones assigned to clinical staff
Digital data entry and push-to-talk voice on staff operated handhelds
Network segmentation for point-of-sale devices and backstage staff operations
Outdoor wireless backhaul for fire alarms, video surveillance and more
Wireless connectivity for autonomous vehicles and autonomous robots
Long range outdoor wireless for staff operations in challenging environments
Mobile point-of-sale applications on staff operated smartphones and tablets
Predictable quality for collaboration apps on smartphones assigned to clinical staff
Maximum uptime for digital data entry and push-to-talk voice on mobile devices
Network segmentation and clean spectrum for backstage staff operations
Outdoor wireless backhaul for fire alarms, video surveillance and more
Wireless connectivity for autonomous vehicles and autonomous robots
Long range outdoor wireless for staff operations in challenging environments
Clean spectrum for mobile PoS on staff operated smartphones and tablets
Network segmentation for tactical communications with SIM based security
Latency sensitive remote control of cranes via real-time video stream
Outdoor wireless backhaul to student homes and community services
Device level security for smart building systems and outdoor IoT infrastructure
Predictable bandwidth for video streaming across very large areas
New generation of enterprise wireless connectivity is powered by a growing ecosystem.
Eliminate up to 75% of the fiber cabling and installation costs
Lower cost of operator contracts for cellular service on staff devices
Significant reduction in operational expense due to improved uptime
Faster adoption of technology that demand real-time compute
Improved productivity due to ease of use and predictable coverage
Eliminating downtime during congestion and device mobility
Meet with one of our experts for a personalized demo, customized against your requirements.
