AMALAX is deeply involved in drafting national and industry standards for IoT lighting and personnel positioning, and the design and testing of our core products strictly follow these standards. This page interprets the key clauses of each related standard and presents our in-house patents and authoritative certifications.
Standards Interpretation
Street Lighting Control Management System — Part 4: Technical Specification for Street Lighting Control Management Terminals
GB/T 34923.4-2017 specifies the functional requirements, communication interfaces, dimming control methods, and environmental adaptability test methods for street lighting control terminals. The dimming precision (±2%), communication protocol, and ingress protection rating (IP65) of AMALAX LoRa lamp controllers are designed to meet this standard.
Information Security Technology — Personal Information Security Specification
GB/T 35273-2020 specifies the security requirements and consent mechanisms for collecting, storing, using, and sharing personal information. The data collection, transmission encryption (AES-128/HTTPS), and access control system of the AMALAX smart lighting and personnel positioning platform are designed in accordance with this specification.
China Solid State Lighting Alliance (CSA) Smart Street Light System Technical Specification
The T/CSA series of standards establishes unified requirements for device interfaces, communication protocols, and platform data formats in smart street light systems. As a contributing drafter, AMALAX designs its products to remain compatible with this specification, enabling interoperability with equipment from other manufacturers.
LoRaWAN 1.0.4 Technical Specification
LoRaWAN 1.0.4 defines the device onboarding process, data encryption mechanisms, and device Class modes. AMALAX's full LoRa product line strictly follows this specification, and AMALAX has contributed to the adaptation of the LoRaWAN protocol for China's CN470 frequency band.
In-House Patents
AMALAX holds 15+ in-house patents covering communication algorithms, end-device hardware design, dimming circuits, and platform architecture.
Adaptive Rate Communication Method
CN2026101XXXXX.X
Dynamically adjusts the spreading factor (SF) based on real-time channel quality, intelligently balancing communication reliability against data rate.
Low-Power Dimming Driver Circuit
CN2026102XXXXX.X
Integrates 0-10V and PWM dual-mode dimming circuitry with standby power under 0.5W and dimming efficiency ≥98%.
Multi-Gateway Load Balancing Algorithm
CN2026103XXXXX.X
Dynamically assigns end devices to gateways in multi-gateway deployments, preventing any single gateway from becoming overloaded.
Wireless Firmware Upgrade Method
CN2026104XXXXX.X
A FOTA upgrade scheme based on LoRa Alliance specifications, supporting differential upgrades and resumable transfers.
UWB/LoRa Dual-Mode Positioning Method
CN2026105XXXXX.X
Seamlessly switches between outdoor LoRa area positioning and indoor UWB precision positioning, achieving centimeter-level accuracy.
Smart Emergency Response Linkage System
CN2026106XXXXX.X
Automatically triggers an emergency lighting mode on positioning anomaly events, coordinating with voice broadcast and access control systems.
Authoritative Certifications
AMALAX core products hold multiple authoritative certifications in China and abroad — see the "Honors & Certifications" page for the complete list.
CCC (3C)
China Compulsory Certification
CE Marking
EU market access certification
FCC Certification
US Federal Communications Commission certification
ISO 9001
Quality management system certification
IP65/IP67
Ingress protection rating certification
