This text introduces embedded AI (EAI), which solves cloud AI's latency, power, compliance and offline limits by running local inference on small devices. It contrasts EAI with cloud AI, and presen...

Built around contactless mmWave radar, this solution unifies three capabilities — vital-sign monitoring, bedwetting / incontinence detection, and fall / abnormal-behavior sensing.

A look at why "your AI is only as fast as your internet connection" is the real constraint at the edge — and the four limits of cloud AI that make pushing intelligence onto the device the answer.

AI is moving from the cloud down to the device. Through Alinket's ALX856B wireless module, ED85 smart lock-screen box, and ALXEA300-16 video analytics server, see how embedded AI lets devices decide l

Start with who accesses the data, then lock the choice in three moves: Wi-Fi 6, Bluetooth LE or Combo — fix the technology path, pick the architecture by host, then count the full lifecycle cost.

ALX420A is a Bluetooth 5.4 IoT module built on Infineon's AIROC™ CYW20706, supporting PAwR, EAD, LE 2M, and LE Coded PHY. Its companion ALX412 shares the same BLE 5.x capability.

ALXC2AB: production-proven Wi-Fi 6 + Bluetooth 5.2 combo module for medical imaging. 2×2 MIMO, SDIO V3.0, 1200 Mbps — stable, compatible, easy integration, validated in real deployments.

ALXB10 Bridge Explained by Alinket — Deep-dive into the Ethernet-to-Wi-Fi bridge: Layer-2 transmission, six differentiators, long-range BLE bridging (EBLeadar & EBDeputy), four deployments, use cases,

As 2G/3G networks sunset, Alinket's ALX412 BLE 5.0 module and DGW412 4G gateway provide a dual-layer architecture for direct-to-cloud data transmission.

This solution leverages the ALXB10M Ethernet-to-Wi-Fi bridge and a centralized medical IoT platform to achieve zero-retrofit wireless connectivity and full lifecycle management for medical devices.

This article introduces two types of BLE data gateways for medical devices: BLE-to-4G and BLE-to-WiFi. BLE-to-4G gateways don't need local WiFi, work with power and 4G signal, and fit mobile or tem...

1. Background: Limitations of Existing Monitoring ApproachesContact-based monitoring devices—such as ECG electrodes, finger-clip pulse oximeters, and wearable wristbands—depend on the person being ...

Contactless vital signs monitoring via 24GHz radar—heart rate, breathing, alerts, historical trends, AI-assisted insights. By Alinket.

IoT networking trades range for power. Wi-Fi HaLow and Alinket's ALX890B, DGW890, N25 deliver 1km range, multi-year battery life.

I. Technical Background: Industrial IoT Demands More From Wireless NetworksAs Industry 4.0 continues to advance, industrial IoT has become a core driver of digital transformation in manufacturing. ...

The ProblemBefore Alinket took on this project, it had been stuck for a long time.The client operates in offshore oil exploration. They planned to deploy Bluetooth sensors more than 1,000 meters un...

Connected a wireless bridge. Now your PLC is gone. Here's the Layer 2 fix nobody tells you about.

Can Bluetooth devices only be used within a hundred meters? Can't modify the official App code and the mobile phone is not allowed to be taken into the work area?
The self - connect technology ALXB10

In modern retail operations, the efficiency and accuracy of price management directly impact a brand's profitability and market competitiveness. For chain brands with multiple stores, the tradition...

AbstractAs Internet of Things (IoT) technology matures, terminal devices in industrial control, smart healthcare, and enterprise management networks are seeing exponential growth. However, the infl...