Related Questions
What is the main function of the Bluetooth BMS chip in a smart battery swap cabinet?
What are the advantages of using the KT6368A dual-mode Bluetooth chip in smart battery swap cabinets?
How to evaluate the performance of a Bluetooth BMS chip in battery swap applications?
- Introduction The smart battery swap cabinet is an innovative solution that has emerged as technology has matured, addressing significant industry pain points.
Problem Solved: Delivery riders and couriers no longer need to compete for charging spots or buy multiple e-bikes to maintain productivity.
Impact: Logistics and food delivery efficiency has greatly improved, while safety risks have been reduced.
Battery Integration: Most batteries in swap cabinets now include BMS (Battery Management System) protection boards, typically communicating with the backend via 4G.
This product category reflects China's rapid advancements in chip technology and manufacturing. "Made in China" is no longer just about low cost—it now represents quality, efficiency, and continuous innovation.
Why the KT6368A?
Balanced Performance: While not the cheapest or the most power-efficient, the KT6368A dual-mode Bluetooth chip offers the best cost-efficiency and low power consumption trade-off.
Optimal Solution: No alternatives match its balance—it's simply the right fit.
- Chip Overview The KT6368A is a dual-mode Bluetooth 5.1 data chip with key highlights:
Ultra-compact size
Ultra-low cost
Simple UART AT command interface & data pass-through
Minimal development difficulty & cost
Key Features:
✅ Minimal Reference Design: Only one capacitor + one crystal oscillator needed. ✅ Proven Reliability: Already in mass production with real-world validation.
- Application Summary The KT6368A is particularly advantageous for BMS lithium battery products in smart swap cabinets:
✔ Cost Reduction – Lowers overall system costs.
✔ Flexible Design – Compatible with various mainboard shapes.
✔ Balanced Performance – Not the lowest power consumption, but the best cost-to-efficiency ratio.
Final Thought:
"It's not about being the absolute best—it's about being the right fit."
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