LeapFrog Semiconductor develops a chiplet-based modem for 5G infrastructure, offering a modular and scalable architecture that enhances wireless signal processing efficiency. Their technology delivers ten times higher performance per watt compared to legacy systems, enabling more users per base station and facilitating rapid productization in a standards-based open ecosystem.
Funding
Funding not disclosed
Founders
Product
Problem
Existing 5G infrastructure solutions often suffer from limited scalability and high power consumption, hindering the ability to support a growing number of users and advanced applications. Traditional RAN and Intel FlexRAN solutions struggle to deliver optimal performance per watt and dollar, leading to increased operational costs and slower product development cycles.
Solution
LeapFrog Semiconductor offers a chiplet-based modem for 5G infrastructure, providing a modular and scalable architecture designed to enhance wireless signal processing efficiency. Their solution achieves significantly higher performance per watt compared to legacy systems, enabling base stations to support more users and facilitating rapid productization within a standards-based, open ecosystem. By utilizing a hardware/software co-design approach, the modem is upgradeable to advanced 5G and 6G, with AI-enhanced capacity and range optimization. The chiplet-based design allows for flexible deployment, scaling from small cells to macro/fixed wireless to mMIMO platforms, while leveraging an open ecosystem of chiplet providers to deliver turnkey solutions.
Target Audience
The primary target audience includes telecommunications companies and network infrastructure providers seeking to enhance the performance, scalability, and energy efficiency of their 5G base stations.
Features
- Chiplet-based modular and scalable architecture for 5G modem design
- 10x higher performance per watt compared to legacy RAN and Intel FlexRAN
- Superior algorithms enabling 2x the number of users per base station
- Hardware/software co-designed for upgradeability to Advanced 5G and 6G
- AI-enhanced capacity and range optimization
- Standards-based interfaces for open platform design
- Ecosystem of chiplet providers for turnkey solutions