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WASHINGTON--(BUSINESS WIRE)--A new national study of over-the-air television viewers finds strong interest in an affordable NEXTGEN TV converter box, with 81% of respondents saying they would purchase a converter box to maintain access to their free local broadcast TV stations. View the study summary, here: https://pearltv.com/wp-content/uploads/2026/03/Magid-Details.pdf Pearl TV is working with several manufacturers to develop a range of low-cost NEXTGEN TV converter boxes, including ADTH, Bit...

TORONTO--(BUSINESS WIRE)--Organic Potash Corporation (CNSX: OPC) (“OPC” or the “Corporation”) announces delisting. The Board of Directors of Organic Potash Inc. made the decision that the Company will voluntarily delist from CSE due to the inability to secure sufficient funding to continue operations. Despite extensive efforts by the Directors and Management to obtain financing for projects in Africa, the Company faced consistent resistance from potential investors. Unfortunately, no funding wa...

CAMBRIDGE, Massachusetts--(BUSINESS WIRE)--HyperLight Corporation ("HyperLight"), azienda creatrice della piattaforma TFLN Chiplet™, ha annunciato oggi la disponibilità di circuiti fotonici integrati (PIC) in niobato di litio a film sottile (TFLN) da 400 G per canale, progettati per l'infrastruttura di AI networking di prossima generazione. La nuova famiglia di PIC offre una bassa perdita di inserzione, funzionamento a bassa tensione di alimentazione ed eccezionale larghezza di banda elettro-ot...

CAMBRIDGE, Massachusetts--(BUSINESS WIRE)--HyperLight Corporation (“HyperLight”), creadora de la plataforma TFLN Chiplet™, anuncia que ya están disponibles los circuitos integrados fotónicos (PIC) de niobato de litio de película delgada (TFLN) de 400 Gigabits por canal, diseñados para la infraestructura de redes de IA de próxima generación. La nueva familia de PIC ofrece baja pérdida de inserción, funcionamiento con bajo voltaje de excitación y un ancho de banda electroóptico excepcional, lo qu...

CAMBRIDGE, Massachusetts--(BUSINESS WIRE)--HyperLight Corporation (« HyperLight »), créatrice de la plateforme TFLN Chiplet™, annonce aujourd'hui la disponibilité de circuits intégrés photoniques (PIC) en niobate de lithium en couche mince (TFLN) de 400 Gbit/s par voie, conçus pour les infrastructures de réseaux d'IA de nouvelle génération. Cette nouvelle famille de PIC offre de faibles pertes d'insertion, fonctionne avec un circuit de commande basse tension et une bande passante électro-optiqu...

マサチューセッツ州ケンブリッジ--(BUSINESS WIRE)--（ビジネスワイヤ） -- TFLN Chiplet™ Platformの開発元であるHyperLight Corporation（以下「HyperLight」）は、次世代AIネットワーク・インフラ向けに設計された、1レーン当たり400G対応の薄膜ニオブ酸リチウム（TFLN）フォトニック集積回路（PIC）の提供開始を発表しました。この新しいPIC製品群は、低挿入損失、低駆動電圧動作、優れた電気光学帯域幅を実現し、省電力で高性能な1レーン当たり400Gの光リンクを可能にします。 1レーン当たり400Gへの移行は、将来のAIインフラに不可欠な節目であり、インターコネクトの帯域幅拡大とシステム高密度化を後押しします。HyperLightの1レーン当たり400G対応TFLN PICは、帯域幅、信号完全性、電力効率の維持が電子ICではますます難しくなるこうした次世代光リンクを支えるために必要な、大きな電気光学帯域幅と低電圧動作を提供します。 HyperLightのTFLNデバイスは、高い変調効率と極めて低い光損失を兼ね備え、シン...

剑桥市，马萨诸塞州--(BUSINESS WIRE)--(美国商业资讯)-- TFLN Chiplet™ 平台的开发者HyperLight Corporation（以下简称“HyperLight”）今日宣布，专为下一代人工智能网络基础设施设计的每通道400G薄膜铌酸锂（TFLN）光子集成电路（PIC）现已上市。此全新PIC系列具备低插入损耗、低驱动电压工作特性以及卓越的电光带宽，可实现每通道400G的高能效、高性能光链路。 向每通道400G的过渡是未来人工智能基础设施的关键一步，它能提供更高的互连带宽并提升系统密度。HyperLight的每通道400G TFLN PIC提供了支持这些下一代光链路所需的大电光带宽和低电压操作特性，而在这些链路中，带宽、信号完整性和能效正变得越来越挑战电子集成电路的承受极限。 HyperLight的TFLN器件兼具高调制效率和极低的光损耗，支持采用单激光器或双激光器配置的发射机架构。这些器件采用HyperLight的TFLN Chiplet™平台制造，该平台专为高性能TFLN光子器件的可扩展生产而设计。 HyperLight首席执行官Mian Zhang表...

LONG BEACH, Calif.--(BUSINESS WIRE)--Laserfiche — the leading SaaS provider of intelligent content management — today announced the winners of the 2026 Laserfiche Run Smarter® Awards. These awards celebrate the visionaries and trailblazers who are redefining the possible, using Laserfiche to break down operational silos and catalyze a new era of enterprise-wide productivity. From a large city reimagining criminal justice to a financial services firm’s innovative use of AI for smarter service de...

CAMBRIDGE, Massachusetts--(BUSINESS WIRE)--A HyperLight Corporation (“HyperLight”), criadora da plataforma TFLN Chiplet™, anunciou hoje a disponibilidade de circuitos integrados fotônicos (PICs) de niobato de lítio de película fina (TFLN) de 400G por canal, projetados para infraestrutura de rede de IA de última geração. A nova família de PICs fornece baixa perda de inserção, operação com baixa tensão de acionamento e largura de banda eletro-ótica excepcional, que permitem links óticos de 400G p...

PALO ALTO, Calif.--(BUSINESS WIRE)--Singulr AI Expands Richard Bird’s Role to Chief Security and Strategy Officer...