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- Introduction LoRa with MCU
- AcSiP has been developing LoRa since long time initally released a series of LoRa without MCU SiP modules--CW1276SL-915 and CW1278SL-470. To make design and development highly efficient, AcSiP launches new LoRa solution-- LoRa+MCU which enables developers and System Integrators easy to develop Application solutions.
News / Events
ST50H supports LoRaWAN Relay-- Providing the most cost-effective solution
Acsip ST50H fully supports the LoRaWAN Relay feature and has passed the LCTT test. This is especially the case when only a few end devices require support, reducing cost-effectiveness. In such scenarios, introducing a Relay device offers a more flexible and cost-efficient solution.
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E-Paper Signage: Ａ Perfect Blend of Smart and Sustainable TechnologyMORE...
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Touch Taiwan - Leading the Infinity Future (DISPLAY INTERNATIONAL)MORE...
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Distributor of Mouser ElectronicsMORE...
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An new model of AI6108LT(Morse Micro)MORE...
New Products
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AI6108L
IEEE802.11 ah Transceiver -
AI6108LT
IEEE802.11 ah Transceiver -
EK-AI6108L KIT
IEEE802.11 ah Transceiver -
EK-AI6108LT KIT
IEEE802.11 ah Transceiver -
AI50H
LoRa SoC SiP -
ST50H
High Band / High Power / LoRa SoC SiP -
EK-AI7933CLD KIT
WiFi6 2.4/5G + BT 5 + HiFi4 DSP -
EK-AI7931LD KIT
WiFi6 2.4/5G + BT 5 -
AI7933CLD
ARM Cortex-M33 MCU + Wi-Fi 802.11 a/b/g/n/ac/ax + BLE 5.0 + HiFi4 DSP -
AI7931LD
ARM Cortex-M33 MCU + Wi-Fi 802.11 a/b/g/n/ac/ax + BLE 5.0
LPWAN
Low Power Wide Area Network
AcSiP has developed LPWAN modules for IoT industry application of LoRawAN, sigfox ecosystem. Transceiver module could be integrated into Meter industry for smart measurement. STM32 platform could bring more experience and rich developing resource.
Wi-Fi 6
Wi-Fi 6
The module of platform with Wi-Fi, Bluetooth, ethernet features could easily connect to internet and transmit data to cloud in every where at anytime. WiFi 6 avoids the highly congested 2.4 GHz frequency band. It was designed from the ground up to improve data throughput, increase robustness, and reduce power consumption without hindering performance.
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