NEWS: Zipit Platform Streamlines Multi-Carrier Management Read More

Ralph Heredia

Ralph Heredia

Ralph has an extensive background in connected devices, consumer electronics, personal computing and multimedia products. Before cofounding Zipit, he served as a member of the technical staff at AT&T Bell Labs, Safari Systems and NCR, and served in Management and Product Development positions for several mid-market technology companies. He has been granted 21 U.S. patents for various inventions in the technology sector.

Posts by Ralph Heredia

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

cellular network tower against a sunset

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 …

Learn More

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

Keyhole inside a security badge icon

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 …

Learn More

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 …

Learn More

What is PTCRB Certification and Why It Matters for Cellular Devices

Finger selecting a check mark and badge icon from a list

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 …

Learn More

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

Video camera live streaming a conference

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 …

Learn More

What Are IoT Sensors? Types, Uses, and Examples

Device working with IoT sensors

The Internet of Things (IoT) has transformed industries by creating a network of interconnected devices that communicate seamlessly. From wearable health trackers to complex industrial systems, IoT technology uses sensors, software, and connectivity to automate processes, enhance expe …

Learn More

Permanent Roaming for IoT: Challenges, Risks, Solutions

Permanent Roaming for IoT: Challenges, Risks, Solutions

With global IoT connectivity comes a critical challenge: ensuring seamless connectivity for devices wherever they're deployed. Permanent roaming might seem attractive, but it often proves inadequate for IoT devices due to its inherent limitations, including data usage caps, compromise …

Learn More

What Is an IoT Gateway and How Does It Work?

What Is an IoT Gateway and How Does It Work?

In the absence of point-to-point IoT connectivity such as a camera with a built-in cellular model, sensor-equipped devices have no way to transmit the data collected directly to the cloud. They need a bridge, or a gateway, to repackage the data and connect to the cloud. A gateway coll …

Learn More

What Is IoT Connectivity? 12 Types Compared

IoT Connectivity

Choosing an IoT connectivity solution for your deployment can be daunting. As the IoT industry expands, so does the myriad of connectivity possibilities, with solutions like 5G, NB-IoT, and LTE-M emerging within the last decade.

Learn More

MNO, MVNO, MVNE, and MVNA Explained

A cellular tower in a cityscape at dusk

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, …

Learn More

Automatic vs. Manual Network Selection–Which Is Best for Cellular Devices?

Cellular tower radiating waves

Ensuring reliable connectivity is critical for the smooth operation of IoT devices. Reliability depends on signal strength, which can be variable—good signal today might falter tomorrow. This raises a key question for IoT deployments: should your devices automatically connect to the s …

Learn More

4G and 5G Cellular Technologies for Video Monitoring & Surveillance

Woman wearing a headset facing a computer and speaking into a microphone

The limitations of wired connectivity–like inflexibility and high installation costs in remote areas–have fueled the rise of cellular technologies for live video monitoring and surveillance. 5G and sometimes even 4G provide adaptable and scaleable alternatives. 5G technology matches t …

Learn More