AIoT Intelligent IoT Professional Solution
Multi scenario high reliability localization solution, empowering efficient upgrading of intelligent IoT
Multi scenario high reliability localization solution, empowering efficient upgrading of intelligent IoT
Accompanying top partners, empowering innovation in the IoT ecosystem
A domestically produced high reliability solution with full scene coverage as the core
Integrating high-performance storage, low-power transmission, and intelligent sensing technology to empower customers to quickly build competitiveness
Focus on industry news, understand enterprise dynamics, and solve technical difficulties

2025-09-18
Wearables have enjoyed a meteoric rise in popularity in recent years to the point that one in four of us now wear a smart connected device. Fifteen years ago, it was one in 100 people[1]. This growth in ownership has been driven to an extent by convenience and integration. The ability to see call, text, email, and app notifications, control media, make contactless payments, and receive travel and navigation prompts without removing your phone from your pocket or bag provides the seamless connectivity and enhanced user experience we have all come to expect from our technology in 2025.
2026.08
IntroductionConducted in the open outdoor environment of the Zhuwei seaside, this test aims to thoroughly investigate the actual impact of module miniaturization on effective wireless connection ranges. This evaluation comprehensively assesses the Arad Connectivity MN54LM-20A series BLE modules—fea
2026.08
IntroductionCompared to the MN54L-15 series modules (9.3x14.5x2.1mm), the MN54LM-20A modules feature a more compact size(7.5x13x2.0mm), with the MN54LM-S20A module being the smallest at (7.5x10.2x2mm). This test aims to explore "what is the impact of size reduction on the effective connec
2025.12
Following the previous validation of the Bluetooth module's signal penetration and connection capabilities in an extreme Radio Frequency (RF) shielding environment, this test is an expansion aimed at completely verifying the full penetration performance of the Arad MN54L and MN52H series Bluetooth modules.
2025.12
IntroductionThis test aims to validate the signal penetration and connection capabilities of the MN54L-C15 Bluetooth module in an extreme Radio Frequency (RF) shielding environment. By installing the Device Under Test (DUT) inside the furthest end of a large metal shipping container and conducting c
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