A detailed evaluation of Atmosic and Nordic nRF54H20 pre-release chips, analyzing peripherals, radio performance, and SDK maturity
AtmosicNordic SemiconductorEmbeddedBenchmarking
Next-Generation Chip Evaluation (Atmosic & nRF54H20) — Performance, Precision, and Insight
Where This Shines
- Not just a chip test — a deep technical evaluation of next-generation wireless MCUs.
- We benchmarked, analyzed, and validated early silicon to guide real-world integration.
- So our partners could build smarter, faster, and more efficiently — from day one.
⚙️ What Is Next-Generation Chip Evaluation?
Next-Generation Chip Evaluation (Atmosic & nRF54H20) was a comprehensive technical assessment project performed for a U.S.-based partner exploring new wireless MCU platforms.
We evaluated pre-release chips from Atmosic and Nordic Semiconductor (nRF54H20), focusing on performance, stability, and SDK readiness.
Testing involved detailed peripheral benchmarking — I2C, SPI, GPIO — under various operating conditions to verify functionality and timing accuracy.
We also conducted radio analysis using both Enhanced ShockBurst (ESB) and Bluetooth Low Energy (BLE) to assess throughput, range, and reliability.
By combining quantitative measurement and SDK feedback, we provided actionable insights to improve future firmware and hardware integration.
🧩 Problem
Adopting new wireless microcontrollers can be challenging due to immature SDKs, undocumented behaviors, and unverified performance claims:
- Peripheral drivers may be incomplete or unstable
- Radio stacks may have limited test coverage
- Early-stage SDKs often lack optimization
- Limited public benchmarks hinder design decisions
Without real-world validation, developers risk integration delays and inefficient hardware adoption.
💡 Our Solution
We conducted a full-spectrum evaluation of Atmosic and Nordic nRF54H20 chips, validating both hardware peripherals and radio subsystems using the latest vendor SDKs.
- Benchmarked I2C, SPI, and GPIO performance
- Tested BLE and ESB radio throughput, range, and stability
- Assessed SDK functionality and identified potential bugs
- Provided vendor feedback for firmware and API improvement
- Delivered power and performance optimization recommendations
This process ensured an evidence-based understanding of early silicon performance and SDK reliability.
Results?
Verified performance, optimized configurations, and clear guidance for commercial deployment
Early insight. Smarter integration. Faster product readiness.
⚙️ Implementation Overview
- Tested Chips: Atmosic (pre-release) and Nordic nRF54H20
- Interfaces: I2C, SPI, GPIO
- Wireless Protocols: BLE and ESB
- Tools: Vendor SDKs and development kits
- Metrics: Throughput, latency, stability, and power consumption
Evaluation Workflow
- Set up vendor SDK environments and toolchains
- Executed peripheral performance tests under variable loads
- Measured wireless throughput and connection reliability
- Documented SDK issues and suggested improvements
Testing validated stable peripheral operation and consistent BLE performance while revealing areas for SDK optimization.
This confirmed that next-generation MCUs from Atmosic and Nordic are ready for integration with continued firmware refinement.
🚀 What You Gain
- Early insight into pre-release MCU performance
- Validated peripheral and radio operation
- Actionable SDK feedback for firmware refinement
- Data-driven recommendations for optimization
- Reduced risk in adopting new wireless architectures
- Faster time-to-market for next-generation products