Launches Second-Generation Yunbao Series 5G/4G Dual-Mode Modem IP by VeriSilicon and Innobase
In a significant move to strengthen its existing IP ecosystem, VeriSilicon has collaborated with Innobase to offer production-validated 4G/5G RedCap dual-mode IPs. This collaboration has led to the launch of the second-generation Yunbao series 5G RedCap/4G LTE dual-mode modem IP, Yunbao 2.
Performance and Key Features of Yunbao 2
The Yunbao 2 modem IP is designed to provide optimized connectivity solutions specifically tailored for Internet of Things (IoT) applications. Here are some of its key features:
- Dual-Mode Connectivity (5G RedCap and 4G LTE)
- The modem IP supports both 5G RedCap (Reduced Capability) and 4G LTE standards, enabling flexible network access and smooth transition between generations.
- 5G RedCap targets IoT devices requiring moderate throughput and lower complexity than full 5G NR, offering an energy-efficient solution with lower device cost.
- Optimized for IoT Use Cases
- Designed for massive IoT deployment, including smart meters, wearables, asset tracking, industrial sensors, and other mid-tier bandwidth IoT devices.
- Balances power consumption, cost, and performance to meet the need for long battery life and cost-sensitive deployments.
- Low Power Consumption
- Enhanced power management features to extend device battery life, critical for IoT sensors/devices often deployed in the field without frequent maintenance.
- Compact IP Architecture
- The modem IP is optimized for integration into System-on-Chips (SoCs) with a small silicon footprint, reducing overall device size and cost.
- High Integration and Flexibility
- Supports multiple frequency bands and global roaming, enabling deployment across various markets.
- Allows customization and scalability for different IoT requirements.
- Support for Key 5G RedCap Features
- Lower complexity RF front-end requirements compared to full 5G NR devices.
- Suitable for IoT devices that require less throughput but need 5G benefits like lower latency and better reliability than LTE.
Impact on IoT Applications
- Enables cost-effective 5G adoption for IoT: By supporting 5G RedCap, Yunbao 2 allows IoT devices to leverage 5G network improvements without the full costs and complexity of standard 5G modems.
- Supports a wide range of IoT verticals: Industrial automation, smart cities, healthcare wearables, and logistics can benefit from reliable, power-efficient connectivity.
- Improves Battery Life and Device Longevity: Lower power consumption extends operational lifespan in remote or difficult-to-service installations.
- Facilitates global deployment: Multi-band and dual-mode support make it easier to deploy devices worldwide with seamless fallback between 5G and LTE.
- Accelerates IoT innovation: Provides OEMs and chipset manufacturers with a versatile modem IP to quickly develop products that meet evolving network standards and market needs.
Future Developments
- Chips developed using the Yunbao 2 modem IP can be paired with Innobase's production-validated high-performance dual-mode RF chips.
- Innobase is planning to develop the Yunbao X series featuring ultra-low-cost and ultra-low-power designs to address the needs of consumer electronics and IoT applications.
- VeriSilicon aims to build a global cellular communication ecosystem and contribute to an intelligent, connected future.
In conclusion, Yunbao 2 is a dual-mode 5G RedCap/4G LTE modem IP that balances performance, power efficiency, and cost for IoT devices, enabling a smooth transition into 5G connectivity for the IoT industry and supporting a broad range of applications requiring reliable, long-life wireless communication.
Technology and data-and-cloud-computing play a crucial role in the development and deployment of the Yunbao 2 modem IP, ensuring its integration with different Internet of Things (IoT) applications.
The Yunbao 2's design process leverages advanced technology and cloud-based infrastructure to provide optimized connectivity solutions, facilitating the smooth transition of IoT devices into 5G networks.
