PRODUCTS >> RAN Solutions
Embedded L1
Tannera is developing the Embedded L1 solution that serves power-efficient use cases such as NTN and small cells. We designed an efficient SoC architecture that maximizes hardware efficiency by benefiting from highly optimized Tannera's L1 IP cores, which process data-heavy L1 workloads. The solution uses embedded CPUs for orchestration and remaining L1 operations, while optimizing the CPU load to the minimum.
The solution is targeting FPGA-based programmable SoCs and multi-core embedded SoCs.
Efficiency at its peak
saves power and resources
exploits power efficiency of L1 IP cores
achieves peak-bandwidth at optimized hardware footprint
minimizes total cost of ownership
IDEAL MATCH
for low-power applications and massive deployments
non-terrestrial networks
small cells
Internet-of-Things
3GPP Release-17 compliant physical layer
Unlocks demanding 5G throughput and latency on embedded platform with heavy data processing acceleration
Features the efficiency benefits of Tannera’s and Phluido's IP: achieves the highest throughput for the limited hardware resources
Suitable for various SoC platforms: SoC FPGAs, multi-core SoCs, custom vector processor-based systems
Dedicated to integrated software-defined-radio (e.g. RF-SoC)
Supports commercial-grade Radio Units with SoC doing only digital processing
Use cases:
Non-terrestrial networks
With Release 17 there is a clear path forward in integrating terrestrial networks and satellite communication infrastructure through deployment of non-terrestrial networks. Our Embedded L1 solution enables such deployments with specific focus on low-power implementation and hardware efficiency while meeting performance requirements and high data rates.
Small cells
Our Embedded L1 solution is ideal for small cell deployments that offer low latency and high throughputs for mobile consumers, and high density coverage for low-power, low-speed devices in IoT.