Compact 5G base station validated on embedded x86 platform
SolidRun and Amarisoft have jointly demonstrated a full 4G/5G base station operating entirely on an embedded x86 platform. Built on SolidRun’s AMD Ryzen Embedded V3000-based COM Express module and HoneyComb carrier board, the solution runs Amarisoft’s complete software-defined radio stack without requiring external accelerators or GPUs.
For eeNews Europe readers designing private networks, tactical communications systems, or embedded telecom infrastructure, this development could offer a practical alternative to traditional server-based base stations, particularly in power- or space-constrained environments.
Embedded platform supports full 4G/5G stack with MIMO
The validated solution runs both gNB and 5GC functions, delivering carrier-grade capabilities from a compact, power-efficient platform. It supports 100 MHz bandwidth with 4T4R MIMO, using only general-purpose x86 processing provided by the AMD Ryzen Embedded V3000. This marks a shift in how 5G infrastructure might be deployed at the edge or in mobile and temporary networks.
“Running the full Amarisoft 5G stack on our AMD Ryzen V3000 equipped COM proves that compact x86 systems can now meet the demanding needs of modern 5G networks,” said Dr. Atai Ziv, CEO at SolidRun. “It’s a significant step toward making carrier-grade base station solutions more deployable at the edge, more cost-effective for OEMs, and more accessible for private and tactical network operators.”
The platform targets a range of use cases, including private LTE/5G, field-deployable tactical systems, broadcast uplinks, and 5G network testbeds. Its size and thermal profile are tailored to installations where traditional rackmount infrastructure is impractical.
Platform maturity signals growing role for embedded x86 in telecom
Amarisoft’s VP of product and operations, Neda Nikaein, said the validation “showcases a powerful path forward—delivering high-performance, deployable telecom systems without sacrificing energy efficiency.” The companies view the solution as a potential foundation for more modular and scalable 5G architectures.
At the core of the system is the AMD Ryzen Embedded V3000 processor, offering up to 8 cores and 16 threads. The HoneyComb carrier board provides the necessary I/O and system integration features for telecom-grade deployment. AMD’s David Burns noted, “Seeing the Ryzen Embedded V3000 power a full 5G base station highlights how AMD is helping drive compact, high-performance solutions across edge, private, and next-gen telecom markets.”
SolidRun showcased the platform at AMD’s recent Adaptive & Embedded Computing Tech Day in Bengaluru, where the collaboration was highlighted as part of a broader push toward virtualized and modular network infrastructure.
For further information, visit: www.solid-run.com | www.amarisoft.com
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