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Zipit Blog / Cellular Connectivity

Can You Future-Proof Your IoT Strategy? A Roadmap for Long-Term Success

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Internet-connected objects increasingly dominate both professional and personal spaces. From consumer IoT devices for smart homes to industrial IoT technology for manufacturing operations, the future is shaped by IoT. IoT manufacturers are responsible for designing devices that remain …

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LPWANs for IoT Connectivity: A Comprehensive Guide

LPWANs

The explosion of IoT devices has driven demand for wireless networks that can cost-effectively and efficiently connect vast fleets of devices across challenging geographies. LPWANs (Low-Power Wide-Area Networks) are purpose-built wireless technologies designed for low-bandwidth, long- …

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What is Multi-Network Connectivity? A Comprehensive Guide

What is Multi-Network Connectivity? A Comprehensive Guide

With multi-network connectivity, IoT devices connect seamlessly and operate across multiple cellular networks. Multi-network SIM strategies ensure IoT devices maintain reliable, uninterrupted coverage as they move between geographical locations or encounter network disruptions. By red …

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What is GSMA SGP.32 for eSIMs?

What is GSMA SGP.32 for eSIMs?

GSMA SGP.32 is a transformative standard designed to streamline eSIM remote provisioning for IoT. It introduces simplified device architecture, autonomous profile management, and cloud-native scalability, laying the foundation for global, zero-touch IoT deployments.

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Tax Challenges for Subscription Billing

Tax Challenges for Subscription Billing

Subscription billing has become a widespread payment model for delivering convenience and flexibility to consumers, while businesses use it to build lasting customer relationships and ensure steady, recurring revenue. Although it may seem like an obvious choice, managing subscription …

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Cellular IoT Explained: Is it Right for Your IoT Solution?

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In a world increasingly populated by smart devices and real-time data, reliable, scalable, and secure connectivity is essential. Cellular IoT is transforming the opportunities for technological innovation. By using the same mobile networks that power your smartphone, cellular IoT conn …

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LTE Cat 1 bis: A Comprehensive Guide to Its Benefits and Uses

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IoT devices need flexible network technologies optimized for low-power applications without sacrificing reliable connectivity or optimal device performance. As wireless communication standards evolve to meet the demands of the market, innovative solutions are required to facilitate pe …

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What is an APN? Public vs. Private APNs for IoT

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Every cellular-based IoT device relies on a public or private Access Point Name (APN) to connect to the internet. Cellular networks inherently offer robust security through encrypted communication channels and authenticated connections. However, the complexities and specific demands o …

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How Does a Multi-Carrier IoT Device Choose a Carrier?

How Does a Multi-Carrier IoT Device Choose a Carrier?

The network an IoT device selects significantly impacts the strength and reliability of connection, which is essential for seamless data transmission and optimal device functionality. Whether for a smart utility meter in a remote location or a fleet tracking device traversing differen …

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What is PTCRB Certification and Why It Matters for Cellular Devices

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In today’s connected world, ensuring that your cellular IoT devices work seamlessly with wireless networks isn’t just a nice-to-have—it’s essential. That's why PTCRB certification is crucial. When your device is PTCRB-certified, it meets the requirements of North American networks, gu …

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What Is Cellular Bonding? Key Insights for Live Broadcasting & Beyond

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Live broadcasting and video streaming require substantial data bandwidth to ensure high-quality, uninterrupted streaming experiences. Relying on a single SIM in the router can be a gamble. During a live event, buffering, poor video quality, or a dropped connection during a critical mo …

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MNO, MVNO, MVNE, and MVNA Explained

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As you explore cellular connectivity solutions, finding a partner equipped to help your business grow is crucial. MNOs, MVNOs, MVNEs, and MVNAs are all vital players in wireless connectivity, but understanding their distinct yet related functions can seem complex. And some providers, …

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