会社
マスコミ報道
すべてのニュースを見る
EMASS and Semtech join forces to bring low-power Edge AI to long-range IoT
EMASS, a subsidiary of Nanoveu, has struck a collaboration with Semtech to develop low-power Edge AI systems that pair on-device processing with long-range LoRaWAN connectivity, in a push to expand battery-powered industrial IoT deployments. Read more.jpg){kind=logo}
EMASS and Semtech Collaborate on Low-Power Edge AI
he integration enables systems to process data locally, reduce network load, and deliver actionable insights in real time, even in power-constrained environments. Read more
EMASSとSemtechがCES 2026でコラボレーションを披露
EMASS publicized that it is collaborating with Semtech to offer low-power edge AI solutions integrated with LoRaWAN connectivity. Read more
Partnership to Advance Low-Power Edge AI with LoRaWAN
EMASS and Semtech collaborate to develop low-power edge AI solutions integrated with LoRaWAN connectivity for industrial and IoT applications. Read more
EMASS and Semtech collaborate on low-power Edge AI
EMASS announced a strategic collaboration with Semtech to bring low-power Edge AI solutions integrated with LoRaWAN connectivity to market. Read more
LoRa Alliance® Reports 125 Million LoRaWAN® End Devices Deployed Globally
The LoRa Alliance®, the global association of companies backing the open LoRaWAN® standard for internet of things (IoT) low-power wide-area networks (LPWANs), today announced that its members have surpassed 125 million global deployments of LoRaWAN end devices. Read more
Protecting the Future of Industrial IoT
This in-depth whitepaper from Semtech explores how engineers can design resilient, high-uptime IIoT systems by unifying protection, power integrity, and connectivity into one platform-level strategy. Read more
5G RedCapはIoTデバイスを低コストで接続します
5G RedCap mobile communication technology aims to better meet the requirements of industrial and connected applications by offering greater energy efficiency while remaining compatible with existing 5G networks Read more
USB Type-CのESD保護に関する主要な考慮事項とは？
これらには、TVSまたはゼナーダイオードをポートの近くに配置して多数の信号PINを保護すること、高出力充電に耐えられる適切な動作電圧を持つダイオードを選択すること、そして高速データの整合性と電圧および過渡定格を維持するために適切な静電容量を持ち、様々なIEC 61000-4規格を満たすプロテクションデバイスを確保することが含まれます。続きを読む
