You are here: Home ยป Archives for Computers and Software-Hardware

Zoom AI Companion 3.0 Empowers Workers to Reclaim Time, Backed by New Research on Lost Lunch Breaks

NEW YORK, March 25, 2026 (GLOBE NEWSWIRE) — Today, Zoom Communications Inc. (NASDAQ: ZM) enters the next phase of its Zoom Ahead campaign with Take Back Lunch, a cultural movement designed to help workers reclaim time in their day, starting with lunch. The initiative brings together new research in partnership with Morning Consult, product innovation powered by Zoom AI Companion 3.0, and an experiential activation in New York City to show productivity gains in action.

A new national study conducted by Morning Consult on behalf of Zoom found that 60% of U.S. knowledge workers squeeze in a short lunch between meetings or tasks, 35% skip lunch at least once per week, and three in four regularly eat at their desks while actively working. Heavy workloads (63%) and meetings scheduled over lunch (54%) are the biggest contributors to lost lunch time. And in the era of video-first work, nearly three in four workers (72%) say they would rather skip lunch than eat on camera during a meeting.

Making Productivity Tangible

“While much of the conversation around AI focuses on future potential, most teams are still dealing with a very present challenge: time lost to fragmented tools and manual follow-through,” said Kimberly Storin, Chief Marketing Officer at Zoom. “Zoom’s AI Companion 3.0 automates what happens before, during, and after meetings so teams can reclaim time in their day. ‘Take Back Lunch' is designed to make a broader shift visible. When AI is embedded into the flow of work, time isn’t just saved, it’s returned to people.”

Zoom AI Companion is an agentic AI assistant that automates tasks, connects workflows, and helps teams move from conversation to execution across Zoom Workplace. Key capabilities include:

  • Automated meeting summaries and decision capture: Instantly generates notes, highlights, and action items so teams can stay aligned without manual follow-up.
  • Cross-platform context unification: Connects to data from meetings, messages, files, and third-party apps to provide a single, intelligent view of work.
  • Proactive task management and follow-up generation: Identifies next steps, assigns tasks, and keeps projects moving with less manual coordination.
  • Real-time insights and intelligent assistance across Zoom Workplace: Embedded across Zoom Workplace, including meetings, chat, and phone, and available on the web at ai.zoom.us for easy access to AI insights throughout the workday.

The Morning Consult study underscores the opportunity for workers when they use AI tools:

  • 76% of workers who use AI tools report saving at least 30 minutes per day, including 43% who save an hour or more.
  • Nearly 3 in 4 (73%) say they would use time saved by AI to take a dedicated lunch break.
  • 66% are open to using AI-powered meeting tools, such as automated notes and smart recaps, to skip meetings that conflict with lunch.
  • 70% believe AI tools can help restore their work-life balance.

Introducing the Hard Stop Burger Shop

To bring the movement to life, Zoom will open the Hard Stop Burger Shop, a speakeasy style burger pop-up inside a Manhattan office building, from March 25 – March 27.

Time slot reservations open to the public can be made at takebacklunch.nyc.

Beyond the days of the activation, workers can join the movement to “Take Back Lunch” at zoomahead.com/lunch. The goal: Reclaim 1 million lunches by encouraging workers to commit to protecting their break time, demonstrating how AI-powered productivity can translate into meaningful human outcomes.

A Cultural Signal Within Zoom Ahead

Take Back Lunch builds on Zoom Ahead, Zoom’s largest brand campaign to date, which reflects a broader truth about work today: there are more tools than ever, yet work often feels more fragmented and less human. Zoom Ahead positions Zoom as an AI-first workplace platform built to connect people to progress. What started as the best way to meet has evolved into a system of action for modern work, reducing friction, unifying workflows, and embedding agentic AI directly into the daily flow of collaboration.

Survey Methodology
This survey was conducted online by Morning Consult on behalf of Zoom between February 17 – March 3, 2026, among a national sample of 1,047 U.S. knowledge workers. Oversamples were collected in New York City (276), San Francisco (166), Chicago (224), Dallas (217), Atlanta (202), and Denver (105). Results from national data have a margin of error of +/- 3 percentage points; oversample data have margins of error of +/- 6–10 percentage points.

About Zoom
Zoom (NASDAQ: ZM) is a system of action for modern work, turning live collaboration into completed results. From entrepreneurs to global enterprises, customers choose Zoom to seamlessly collaborate, communicate, and drive outcomes across meetings, phone, contact center, and more — all with the built-in assistance of Zoom AI Companion. Founded in 2011, Zoom is headquartered in San Jose, CA. For more information, visit zoom.com.

Media Contact
Rebecca Bernhard
[email protected]
[email protected]


GLOBENEWSWIRE (Distribution ID 9678380)

Denodo Joins Snowflake and Industry Leaders to Advance Data and AI Interoperability through the Open Semantic Interchange

PALO ALTO, Calif., March 24, 2026 (GLOBE NEWSWIRE) — Denodo, a global leader in data management, powering trustworthy AI agents and applications, today announced that it is joining the Open Semantic Interchange (OSI), an open source initiative that creates a universal specification for all companies to standardize their fragmented data definitions with an open, vendor-neutral semantic model specification. OSI aims to enhance interoperability across various tools and platforms, offering enterprises a vendor-neutral specification that provides consistent metrics and definitions across dashboards, notebooks, and machine learning models.

OSI is an open source initiative led by Snowflake, the AI Data Cloud company, and ecosystem partners across multiple domains and industries, including business intelligence (BI), data governance, data engineering, AI, financial services, and manufacturing. Its goal is to create a common, vendor-agnostic specification that defines semantic metadata in a standard, open format. By facilitating seamless semantic metadata exchange, the initiative will accelerate the adoption of AI and BI tools to streamline operations and reduce complexity. This, in turn, enables organizations to unify their data definitions, leading to more comprehensive, accurate data analysis and data product sharing to fuel AI innovation.

“A universal, vendor-neutral semantic standard is critical for enterprises to accelerate innovation and unlock greater business value from AI and analytics,” said Kijoon Lee, Vice President of Strategic Alliances at Denodo. “We’re excited to join the Open Semantic Interchange and collaborate with Snowflake and other industry leaders to define the next-generation semantic standard. Through OSI, Denodo will enable interoperability between our semantic layer—which delivers trusted business context and live access to operational data across hybrid, multi-cloud, and sovereign environments—and other semantic technologies, helping customers drive measurable business outcomes.”

As a member of OSI, Denodo is helping to build a transparent and community-driven standard for semantic model sharing, ensuring that business metrics and definitions remain consistent and interoperable.

“Unlocking the full potential of data and AI requires a common foundation, and the Open Semantic Interchange is the critical step in building that bedrock,” said Josh Klahr, Director of Analytics Product Management at Snowflake. “Our collaboration with partners like Denodo establishes a unified, vendor-neutral standard for semantic data, ensuring clarity and consistency across the entire ecosystem. This initiative is essential for simplifying data operations, fostering innovation, and preparing organizations to build the next generation of AI applications.”

OSI is poised to revolutionize interoperability within the data and AI ecosystem by providing a transparent, community-driven standard. This collaborative effort simplifies data operations, unlocks new possibilities for innovation, and gives organizations the flexibility and efficiency they need to build a future-ready data infrastructure.

To learn more about the Open Semantic Interchange visit Snowflake’s blog here.

About Denodo
Denodo is a global leader in data management, enabling trustworthy agentic AI, applications, and analytics at scale. The Denodo Platform, an award-winning logical data management solution, provides a governed, AI-ready semantic layer with live access to operational and analytical data across on-premises, multi-cloud, and sovereign environments. As a Snowflake Premier partner, Denodo integrates with the Snowflake AI Data Cloud to help organizations leverage their full data estate to power modern AI and analytics. For more information, visit denodo.com.

Media Contacts
[email protected]


GLOBENEWSWIRE (Distribution ID 9677621)

Foremay dévoile un SSD rad-hard de classe spatiale

Premier SSD NVMe et SATA rad-hard du secteur conçu pour des missions allant de l’orbite terrestre basse (LEO) à l’espace lointain, doté d’un blindage à gradient de numéro atomique et d’une auto-réparation pilotée par l’IA pour garantir l’intégrité des données dans des environnements extrêmes (LET 100 MeV•cm2/mg et TID 500 krad).

PASADENA, Californie, 24 mars 2026 (GLOBE NEWSWIRE) — Foremay, Inc., leader mondial des solutions de stockage SSD de classe spatiale et militaire, annonce ce jour le lancement d’InterStellar™, une gamme complète et révolutionnaire de disques SSD rad-hard.

Cette nouvelle génération de SSD rad-hard est spécifiquement pensée pour répondre aux exigences extrêmes des orbites LEO, MEO, GEO, HEO ainsi qu’à l’exploration de l’espace lointain pour des applications militaires et commerciales. Offrant une longévité opérationnelle sans précédent dans les environnements radiatifs les plus hostiles, cette solution a déjà été adoptée par les principaux fabricants de systèmes qualifiés pour l’espace.

« L’InterStellar™ n’est pas qu’un simple dispositif de stockage ; c’est une arche numérique pour le prochain siècle d’exploration spatiale », a déclaré Dr. Jack Winters, directeur technique de Foremay. « En associant l’interception physique, la capture chimique des neutrons et l’auto-réparation pilotée par l’IA, nous fournissons aux industries de l’espace et de la défense une solution SSD de classe spatiale de taille standard capable de survivre à un voyage vers les étoiles. »

L’électronique spatiale et militaire fait face à une triple menace : la dose ionisante totale (TID), les événements singuliers (SEE) et les décharges électrostatiques internes (IESD). Alors que les SSD industriels standard échouent souvent après quelques mois d’exposition orbitale, l’InterStellar™ de Foremay utilise une architecture de blindage à gradient de numéro atomique alliant des technologies propriétaires et des technologies en instance de brevet.

La solution InterStellar™ ralentit efficacement les protons et capture les neutrons secondaires, réduisant une exposition brute de 10 000 krad à un seuil tolérable de 500 krad. Elle garantit ainsi l’intégrité du matériel lors de la traversée de l’Anomalie de l’Atlantique Sud (AAS) et au-delà. Elle constitue également une barrière efficace contre les « électrons tueurs » des ceintures de Van Allen extérieures et le rayonnement de freinage secondaire.

De plus, cette architecture augmente considérablement l’indice de test de dose ionisante totale (TID) et le seuil de transfert linéique d’énergie (TLE) pour résister aux radiations extrêmes causées par les particules solaires énergétiques et les rayons cosmiques galactiques. Cela en fait le choix de référence pour le stockage immunisé contre les événements singuliers (SEE) dans l’espace.

Au-delà de sa protection physique, l’InterStellar™ intègre le système IABM™ (Interstellar AI-Driven Block Management) de Foremay, permettant l’IA en périphérie dans l’espace. Ce micrologiciel avancé utilise l’apprentissage automatique pour créer une « carte des risques radiatifs » en temps réel. En surveillant le taux d’erreur binaire (BER) et les données de capteurs prédictifs, ce SSD haute fiabilité migre proactivement les données critiques hors des « zones chaudes » frappées par des ions lourds à haute énergie.

Couplé à un contrôleur électronique rad-hard et à une redondance modulaire triple (TMR), le disque reste immunisé contre le verrouillage par événement singulier (SEE), offrant un niveau d’atténuation des effets SEE inédit dans l’industrie du SSD.

À propos de Foremay

Fondée dans la Silicon Valley en 2002, Foremay, Inc. est un concepteur et fabricant de premier plan de disques statiques (SSD) de classe militaire et spatiale. Basée à Pasadena, Foremay s’efforce de repousser les limites technologiques en environnement extrême avec des solutions de stockage robustes. Pour en savoir plus, rendez-vous sur www.foremay.net.

Contact médias :

Dennis Eodice
[email protected]
+1 408 228 3468

Une photo annexée au présent communiqué est disponible à l’adresse suivante : https://www.globenewswire.com/NewsRoom/AttachmentNg/b4ec52df-adb8-4e50-abe4-aa4a4043dec0


GLOBENEWSWIRE (Distribution ID 9676269)

Foremay Lança SSD de Grau Espacial Endurecido por Radiação

O primeiro SSD NVMe e SATA Rad-Hard do setor projetado para missões que vão do LEO ao espaço profundo, com blindagem Graded-Z e auto-cura orientada por IA para garantir a integridade dos dados em ambientes de radiação extrema LET 100 MeV•cm2/mg e TID 500 krad.

PASADENA, Califórnia, March 24, 2026 (GLOBE NEWSWIRE) — A Foremay, Inc., líder global em SSD de nível espacial e SSD de nível militar, anunciou hoje o lançamento da sua inovadora linha completa de unidades SSD endurecidas por radiação da série InterStellar™.

Este SSD Rad-Hard de última geração foi projetado especificamente para atender às demandas extremas de LEO, MEO, Geo, HEO e exploração do espaço profundo para aplicações militares e comerciais, proporcionando uma longa vida operacional sem precedentes nos ambientes de radiação mais severos, e foi adotado pelos principais fabricantes de sistemas qualificados para o espaço.

Além de ser um dispositivo de armazenamento, o “InterStellar™ é uma arca digital para o próximo século de exploração espacial”, disse Dr. Jack Winters, CTO da Foremay. “Com a interceptação física, captura química de nêutrons e autocura impulsionada por IA, fornecemos às indústrias de espaço e defesa uma solução SSD de nível espacial de tamanho padrão que pode sobreviver à jornada para as estrelas.”

A eletrônica espacial e militar enfrenta uma ameaça tripla de Dose Ionizante Total (TID), Efeitos de Evento Único (SEE) e Descarga Eletrostática Interna (IESD). Embora os SSDs industriais padrão muitas vezes falhem dentro de meses após a exposição orbital, o InterStellar™ da Foremay utiliza uma arquitetura de blindagem Graded-Z combinando suas tecnologias patenteadas e proprietárias.

A solução InterStellar™ retarda efetivamente os prótons e captura os nêutrons secundários, reduzindo uma exposição bruta de 10.000 krad a um limite gerenciável de 500 krad – garantindo a integridade do hardware em toda a Anomalia do Atlântico Sul (SAA) e além. Também fornece uma barreira eficaz contra os “elétrons assassinos” das correias Van Allen externas e radiação Bremsstrahlung secundária.

Além disso, a arquitetura aumenta significativamente a classificação de teste de Dose Ionizante Total (TID) e o limiar de LET (Transferência de Energia Linear) para resistir e tolerar radiações extremas causadas pela Energia de Partículas Solares (SPE) e Raios Cósmicos Galácticos (GCR) no espaço sideral e no espaço profundo. Isso o torna a principal opção para Armazenamento Imunológico de Efeitos de Evento Único (VER) na fronteira final.

Além da blindagem física, o InterStellar™ conta com o Interstellar AI-Driven Block Management (IABM™) da Foremay, que viabiliza a IA de Borda no espaço. Este firmware avançado utiliza aprendizado de máquina para criar um “Mapa de Risco de Radiação” em tempo real. Ao monitorar a Taxa de Erro de Bit (BER) e os dados preditivos do sensor, este SSD de alta confiabilidade para defesa e espaço migra proativamente dados de missão crítica para longe de “zonas quentes” atingidas por íons pesados de alta energia.

Combinado a um controlador eletrônico endurecido contra radiação e à Redundância Modular Tripla (TMR), o drive mantém imunidade Latch-up por Evento Único (SEL), proporcionando um nível de mitigação de Efeitos de Evento Único (SEE) anteriormente indisponível na indústria de SSDs.

Sobre a Foremay

Fundada no Vale do Silício em 2002, a Foremay, Inc. é líder em design e fabricação de SSDs de Nível Militar e Unidades de Estado Sólido de Nível Espacial. Com sede em Pasadena, a Foremay se dedica a expandir os limites do que é possível em ambientes extremos com soluções SSD robustas. Para mais informações, visite www.foremay.net.

Contato com a Mídia:

Dennis Eodice
[email protected]
+1 408 228 3468

Foto deste comunicado disponível em https://www.globenewswire.com/NewsRoom/AttachmentNg/b4ec52df-adb8-4e50-abe4-aa4a4043dec0


GLOBENEWSWIRE (Distribution ID 9676269)

Foremay stellt strahlungsgehärtete raumfahrttaugliche SSD vor

Die branchenweit erste strahlungsgehärtete NVMe- und SATA-SSD, die für Missionen vom erdnahen Orbit bis in den Weltraum entwickelt wurde. Sie verfügt über eine Graded-Z-Abschirmung und KI-gesteuerte selbstheilende Funktionen, um die Datenintegrität in extremen Strahlungsumgebungen mit LET 100 MeV•cm2/mg und TID 500 krad zu gewährleisten.

PASADENA, Kalifornien, March 24, 2026 (GLOBE NEWSWIRE) — Foremay, Inc., ein weltweit führender Anbieter von raumfahrt- und militärtauglichen SSDs, hat heute die Einführung seiner bahnbrechenden InterStellar™-Serie angekündigt, einer vollständigen Produktreihe strahlungsgehärteter SSDs.

Diese strahlungsgehärtete SSD der nächsten Generation wurde speziell für die extremen Anforderungen von LEO-, MEO-, GEO-, HEO-Erkundungen und der Erforschung des Weltraums sowohl für militärische als auch für kommerzielle Zwecke entwickelt. Sie bietet selbst unter extremsten Strahlungsbedingungen eine beispiellos lange Lebensdauer und wird bereits von führenden Herstellern weltraumtauglicher Systeme eingesetzt.

„Die InterStellar™ ist nicht nur ein Speichergerät; sie ist eine digitale Arche für das nächste Jahrhundert der Weltraumforschung“, so Dr. Jack Winters, CTO von Foremay. „Indem wir physikalische Interzeption, chemischen Neutroneneinfang und KI-gesteuerte selbstheilende Funktionen kombinieren, bieten wir der Raumfahrt- und Verteidigungsindustrie eine raumfahrttaugliche SSD-Lösung in Standardgröße, die die Reise zu den Sternen überstehen kann.“

Elektronik für Raumfahrt und Militär ist einer dreifachen Bedrohung durch die Gesamtionisationsdosis (TID), Single Event Effects (SEE) und interne elektrostatische Entladungen (IESD) ausgesetzt. Während handelsübliche SSDs oft schon innerhalb weniger Monate nach dem Einsatz im Orbit ausfallen, nutzt Foremays InterStellar™ eine Graded-Z-Abschirmungsarchitektur, die patentierte und proprietäre Technologien kombiniert.

Die InterStellar™-Lösung bremst Protonen effektiv ab und fängt Sekundärneutronen ein, wodurch eine Rohstrahlung von 10.000 krad auf einen kontrollierbaren Schwellenwert von 500 krad reduziert – und so die Hardware-Integrität über die Südatlantische Anomalie (SAA) hinaus gewährleistet wird. Sie bietet zudem eine wirksame Barriere gegen die „Killer-Elektronen“ des äußeren Van-Allen-Gürtels sowie gegen sekundäre Bremsstrahlung.

Darüber hinaus erhöht die Architektur die Prüfwerte für die Gesamtionisationsdosis (TID) und den Schwellenwert für den linearen Energietransfer (LET) deutlich, um extremen Strahlungen standzuhalten, die durch Sonnenpartikelenergie (SPE) und galaktische kosmische Strahlung (GCR) im Weltraum und im tiefen Weltraum verursacht werden. Aus diesem Grund ist sie die erste Wahl für Single-Event-Effect-resistente (SEE) Speichersysteme für den Einsatz im Weltraum.

Neben der physischen Abschirmung verfügt die InterStellar™ über Foremays Interstellar AI-Driven Block Management (IABM™), das KI an der Peripherie im Weltraum ermöglicht. Mithilfe von maschinellem Lernen erstellt diese fortschrittliche Firmware eine „Strahlenrisikokarte“ in Echtzeit. Durch die Überwachung der Bitfehlerrate (BER) und prädiktiver Sensordaten migriert diese hochzuverlässige SSD für Verteidigung und Raumfahrt missionskritische Daten proaktiv aus „Hot Zones“, die von hochenergetischen Schwerionen getroffen werden.

In Verbindung mit einem strahlungsgehärteten Elektronikcontroller und Triple Modular Redundancy (TMR) verfügt das Laufwerk über Immunität gegen Single Event Latch-up (SEL) und ermöglicht damit eine bisher in der SSD-Branche unerreichte Minderung von Single Event Effects (SEE).

Über Foremay

Foremay, Inc. wurde 2002 im Silicon Valley gegründet und ist ein führender Entwickler und Hersteller von militär- und raumfahrttauglichen Solid-State-Laufwerken. Foremay hat seinen Hauptsitz in Pasadena und widmet sich der Weiterentwicklung dessen, was in extremen Umgebungen mit robusten SSD-Lösungen möglich ist. Weitere Informationen finden Sie unter www.foremay.net.

Medienkontakt:

Dennis Eodice
[email protected]
+1 408 228 3468

Ein Foto zu dieser Mitteilung finden Sie unter https://www.globenewswire.com/NewsRoom/AttachmentNg/b4ec52df-adb8-4e50-abe4-aa4a4043dec0


GLOBENEWSWIRE (Distribution ID 9676269)

Foremay Unveils Radiation-Hardened Space-Grade SSD

The industry's first NVMe and SATA Rad-Hard SSD engineered for missions ranging from LEO to deep space, featuring Graded-Z shielding and AI-driven self-healing to ensure data integrity across LET 100 MeV•cm2/mg and TID 500 krad extreme radiation environments.

PASADENA, Calif., March 24, 2026 (GLOBE NEWSWIRE) — Foremay, Inc., a global leader in Space-Grade SSD and Military-Grade SSD, today announced the launch of its groundbreaking InterStellar™ series full line of Radiation-Hardened SSD drives.

This next-generation Rad-Hard SSD is engineered specifically to meet the extreme demands of LEO, MEO, GEO, HEO and deep space exploration for both military and commercial applications, delivering an unprecedented long operational life in the harshest radiation environments, and it has been adopted by leading Space-qualified system manufacturers.

“The InterStellar™ is not just a storage device; it is a digital ark for the next century of space exploration,” said Dr. Jack Winters, Foremay's CTO. “By combining physical interception, chemical neutron capture, and AI-driven self-healing, we are providing the space and defense industries with a standard-sized Space-Grade SSD solution that can survive the journey to the stars.”

Space and military electronics face a triple threat of Total Ionizing Dose (TID), Single Event Effects (SEE), and Internal Electrostatic Discharge (IESD). While standard industrial SSDs often fail within months of orbital exposure, Foremay’s InterStellar™ utilizes a Graded-Z shielding architecture combining its patent-pending and proprietary technologies.

The InterStellar™ solution effectively slows protons and captures secondary neutrons, reducing a raw 10,000 krad exposure to a manageable 500 krad threshold—ensuring hardware integrity across the South Atlantic Anomaly (SAA) and beyond. It also provides an effective barrier against the “Killer Electrons” of the outer Van Allen belts and secondary Bremsstrahlung radiation.

Furthermore, the architecture significantly increases the Total Ionizing Dose (TID) testing rating and LET (Linear Energy Transfer) threshold to resist and tolerate extreme radiations caused by Solar Particle Energy (SPE) and Galactic Cosmic Rays (GCR) in outer space and deep space. This makes it the premier choice for Single Event Effects (SEE) Immune Storage in the final frontier.

Beyond physical armor, the InterStellar™ features Foremay’s Interstellar AI-Driven Block Management (IABM™) which enables AI at the Edge in Space. This advanced firmware utilizes machine learning to create a real-time “Radiation Risk Map.” By monitoring Bit Error Rate (BER) and predictive sensor data, this high-reliability SSD for defense and space proactively migrates mission-critical data away from “hot zones” struck by high-energy heavy ions.

Coupled with a radiation hardened electronics controller and Triple Modular Redundancy (TMR), the drive remains Single Event Latch-up immunity (SEL), providing a level of Single Event Effects (SEE) mitigation previously unavailable in the SSD industry.

About Foremay

Founded in Silicon Valley in 2002, Foremay, Inc. is a leading designer and manufacturer of Military-Grade SSD and Space-Grade Solid State Drives. Headquartered in Pasadena, Foremay is dedicated to pushing the boundaries of what is possible in extreme-environment with rugged SSD solutions. For more information, please visit www.foremay.net.

Media Contact:

Dennis Eodice
[email protected]
+1 408 228 3468

A photo accompanying this announcement is available at https://www.globenewswire.com/NewsRoom/AttachmentNg/b4ec52df-adb8-4e50-abe4-aa4a4043dec0


GLOBENEWSWIRE (Distribution ID 9676269)

Artel überwindet die Barriere zwischen SDI und IP mit den bahnbrechenden FiberLink™ ST2110-TD-Throw-Down-Einheiten

Patton®… Bleiben wir in Verbindung!

„Der Fiberlink ST2110-TD ist kompakt und robust. Stellen Sie ihn einfach dort hin, wo Sie ihn brauchen. Und schon funktioniert er.“

Tim Godby
Director, Media Transport Systems
PATTON

HUDSON, Massachusetts, und GAITHERSBURG, Maryland, March 20, 2026 (GLOBE NEWSWIRE) — Artel Video – eine Marke von Patton® und Hersteller von Medientransportprodukten – gibt die Einführung des FiberLinkTM ST2110-TD bekannt – ein robustes, kompaktes „Throw-Down“-Gateway, das in Echtzeit zwischen 3G/HD-SDI- und SMPTE ST 2110-IP-Signalen umwandelt – das ab sofort vorbestellt werden kann. Die Lieferung ist für Mai vorgesehen.

Gateway. Die neueste Innovation von Artel ermöglicht die Verbindung zwischen bestehenden SDI-Workflows und modernen All-IP-Broadcast-Infrastrukturen. Der ST2110-TD unterstützt einen oder zwei Kanäle im bidirektionalen Betrieb.

„Sender sollten nicht vor der Wahl stehen, entweder ihre SDI-Investitionen zu erhalten oder auf IP-Kommunikation umzusteigen“, so Tim Godby, Director, Media Transport Systems.

Einfach aufstellen. Egal wo. Der ST2110-TD macht seinem Namen alle Ehre. Dieses „Throw-Down“-Gerät ist kompakt und tragbar. Ingenieure können es fast überall einsetzen. . . ein Studio, ein externer Veranstaltungsort oder ein Übertragungswagen. Es ist kein Gestell erforderlich. Zu den Befestigungsmöglichkeiten zählen DIN-Schienen, NEMA-Gehäuse und 1U-Rack-Einschübe (für Festinstallationen).

„Der FiberLink ST2110-TD bietet beides“, so Godby weiter. „Anwender dieses Produkts erhalten einen strategischen, skalierbaren, flexiblen und kostengünstigen Weg, um bestehende SDI-Workflows zuverlässig an ST2110 anzupassen.“

ST2110-konform. Der FiberLink ST2110-TD entspricht in jeder Hinsicht den SMPTE ST 2110-Standards:

  • Video gemäß ST 2110-20 (ein- oder zweikanalig)
  • Audio gemäß ST 2110-30 (PCM)
  • Zusatzdaten gemäß ST 2110-40
  • PTP-Synchronisation gemäß ST 2110-10 für eine präzise Stream-Ausrichtung

Tatsächlicher Einsatz. Der ST2110-TD wurde speziell für die Anforderungen des realen Rundfunkbetriebs entwickelt und hergestellt. Zu den integrierten intelligenten Funktionen gehören:

  • Die SDI-Anschlüsse erkennen die Formate HD-SDI und 3G-SDI automatisch
  • Traffic Shaping gemäß ST 2110-21 gewährleistet eine zuverlässige und pünktliche Videoübertragung
  • Nahtlose Redundanz durch Schutzumschaltung gemäß ST 2022-7
  • NMOS-Unterstützung für Erkennung, Routing und Audiozuordnung
  • Durch Software-Upgrades lässt sich das Gerät an zukünftige Standards anpassen

„PLUS. . . es ist bidirektional“, fügte Godby hinzu. „Der Fiberlink ST2110-TD ist kompakt und robust. Stellen Sie ihn einfach dort hin, wo Sie ihn brauchen. Und schon funktioniert er.“

Verfügbarkeit. Vier ST2110-TD-Artikelnummern können vorbestellt werden. Zu den Konfigurationen gehören 1-Kanal- und 2-Kanal-Versionen für die Kapselung (SDI-zu-ST2110) und die Entkapselung (ST2110-zu-SDI). Netzteile sind im Lieferumfang enthalten. 

Erfahren Sie mehr unter patton.com/artel/fiberlink-fl-st2110-td

In diesem Zusammenhang:,Artel hat kürzlich sein neues ST2110 Media Gateway mit JPEG-XS-Komprimierung vorgestellt, das openGear OG-JXS SMART ST2110 A/V-over-IP-Gateway.

Foto: https://www.globenewswire.com/NewsRoom/AttachmentNg/3e30827d-5cf0-4804-81b9-1deed05b9a92


GLOBENEWSWIRE (Distribution ID 9675725)

Artel Rompe Barreiras de SDI para IP com Revolucionárias Unidades Throw-Down FiberLink™ ST2110-TD

Patton®… Vamos nos conectar!

“O Fiberlink ST2110-TD é compacto e robusto. Use-o em qualquer lugar. Ele simplesmente funciona.”

Tim Godby
Diretor, Sistemas de Transporte de Mídia
PATTON

HUDSON, Mass. e GAITHERSBURG, Md., March 19, 2026 (GLOBE NEWSWIRE) — A Artel Video – uma marca da Patton® e fabricante de Produtos para Transporte de Mídia – anunciou que FiberLinkTM ST2110-TD— um gateway “throw-down” robusto e compacto que realiza a conversão entre a sinalização IP 3G/HD-SDI e SMPTE ST 2110 em tempo real – agora está disponível para pré-encomenda. Entrega prevista para maio.

Gateway. A mais recente inovação da Artel fornece interconexão entre os fluxos de trabalho SDI legados e a moderna infraestrutura de transmissão totalmente baseada em IP. O ST2110-TD é compatível com um ou dois canais com operação bidirecional.

“As emissoras não devem ter que escolher entre preservar o investimento de SDI ou adotar a comunicação por IP”, disse Tim Godby, Diretor de Sistemas de Transporte de Mídia.

É só jogar. Em qualquer lugar. O ST2110-TD faz jus ao seu nome. Este dispositivo “throw-down” é compacto e portátil. Podem ser implantados pelos engenheiros em quase qualquer lugar. . . no chão de um estúdio, local remoto ou caminhão de produção. Não é necessário rack. As opções de montagem incluem trilhos DIN, gabinetes NEMA e bandejas de rack de 1U (para instalações permanentes).

“O FiberLink ST2110-TD oferece ‘ambos-e’”, continuou Godby. “Os usuários do produto obtêm um caminho estratégico, escalável, flexível e acessível para adaptar de forma confiável os fluxos de trabalho SDI existentes ao ST2110.

Compatível com ST2110. O FiberLink ST2110-TD segue os padrões SMPTE ST 2110 em todos os detalhes:

  • Vídeo de acordo com ST 2110-20 (canal único ou duplo)
  • Áudio de acordo com ST 2110-30 (PCM)
  • Dados auxiliares de acordo com ST 2110-40
  • Sincronização PTP por ST 2110-10 para alinhamento preciso do fluxo

Mundo Real. O ST2110-TD foi projetado e fabricado para atender as demandas de transmissão do mundo real. Recursos integrados inteligentes:

  • As portas SDI de detecção automática detectam automaticamente os formatos HD-SDI e 3G-SDI
  • A modelagem de tráfego de acordo com o ST 2110-21 garante uma entrega de vídeo confiável e pontual
  • Redundância perfeita via comutação de proteção ST 2022-7
  • Suporte a NMOS para descoberta, roteamento e mapeamento de áudio
  • A capacidade de atualização do software adapta a unidade a padrões futuros

“ALÉM DISSO. . … é bidirecional”, acrescentou Godby. “O Fiberlink ST2110-TD é compacto e robusto. Use-o em qualquer lugar. Ele simplesmente funciona”

Disponibilidade Quatro SKUs ST2110-TD disponíveis para pré-encomenda. As configurações incluem versões de 1 canal e 2 canais para encapsulamento (SDI-para-ST2110) e desencapsulamento (ST2110-para-SDI). Adaptadores de energia CA incluídos. 

Saiba mais em patton.com/artel/fiberlink-fl-st2110-td

Mais notícias, Artel lançou recentemente seu novo Gateway de Mídia ST2110 com Compressão JPEG-XS, o openGear OG-JXS SMART ST2110 A/V-over-IP Gateway.

Foto: https://www.globenewswire.com/NewsRoom/AttachmentNg/3e30827d-5cf0-4804-81b9-1deed05b9a92


GLOBENEWSWIRE (Distribution ID 9675725)

Artel fait tomber la barrière entre SDI et IP grâce à ses unités FiberLink™ ST2110-TD révolutionnaires faciles à installer

Patton®… Let’s Connect!

« Le Fiberlink ST2110-TD est compact et robuste. Installez-le là où vous en avez besoin. Il fonctionne à merveille. »

Tim Godby
Directeur, Systèmes de transport multimédia
PATTON

HUDSON, Massachusetts et GAITHERSBURG, Maryland, 20 mars 2026 (GLOBE NEWSWIRE) — Artel Video — une marque de Patton® et fabricant de produits de transport multimédia — annonce le lancement du FiberLinkTM ST2110-TD — une passerelle robuste et compacte facile à installer qui assure la conversion en temps réel entre les normes 3G/HD-SDI et la norme SMPTE ST 2110 IP — désormais disponible en précommande. Livraison prévue en mai.

Passerelle. La dernière innovation d’Artel assure l’interconnexion entre les flux de travail SDI traditionnels et les infrastructures de diffusion modernes entièrement basées sur le protocole IP. La norme ST2110-TD prend en charge un ou deux canaux dans le cadre d’un fonctionnement bidirectionnel.

« Les diffuseurs ne devraient pas avoir à choisir entre la protection de leurs investissements SDI et l’adoption des communications IP », a déclaré Tim Godby, directeur, systèmes de transport multimédia.

Installation simple. Installez-le où vous le souhaitez. Le ST2110-TD est à la hauteur des attentes. Cet appareil simple à installer est compact et facile à transporter. Les ingénieurs peuvent le déployer pratiquement partout. . . un plateau de studio, un site à distance ou une unité mobile. Aucun support n’est nécessaire. Les options de montage comprennent le rail DIN, les boîtiers NEMA et les plateaux de rack 1U (pour les installations fixes).

« Le FiberLink ST2110-TD est une solution “tout-en-un” », a ajouté Tim Godby. « Les utilisateurs de ce produit bénéficient d’une solution stratégique, évolutive, flexible et abordable pour adapter de manière fiable leurs flux de travail SDI actuels à la norme ST2110.

Conforme à la norme ST2110. Le FiberLink ST2110-TD respecte à la lettre les normes SMPTE ST 2110 :

  • Vidéo conforme à la norme ST 2110-20 (canal unique ou double canal)
  • Audio conforme à la norme ST 2110-30 (PCM)
  • Données complémentaires conformes à la norme ST 2110-40
  • Synchronisation PTP conforme à la norme ST 2110-10 pour un alignement précis des flux

Répond aux besoins concrets. Le ST2110-TD a été conçu et fabriqué pour répondre aux exigences de la diffusion en conditions réelles. Les fonctionnalités intelligentes intégrées comprennent :

  • Des ports SDI à détection automatique reconnaissant automatiquement les formats HD-SDI et 3G-SDI
  • La régulation du trafic conformément à la norme ST 2110-21 qui garantit une diffusion vidéo fiable et rapide
  • Une redondance fluide grâce à la commutation de protection ST 2022-7
  • La prise en charge NMOS pour la détection, le routage et le mappage audio
  • La possibilité de mise à niveau logicielle pour assurer la compatibilité de l’appareil avec les normes futures

« DE PLUS. . . il est bidirectionnel », a déclaré Tim Godby. « Le Fiberlink ST2110-TD est compact et robuste. Installez-le là où vous en avez besoin. Il fonctionne à merveille. »

Disponibilité. Quatre UGS ST2110-TD sont disponibles en précommande. Les configurations incluent des versions à 1 canal et à 2 canaux pour l’encapsulation (SDI vers ST2110) et la désencapsulation (ST2110 vers SDI). Adaptateurs secteur CA inclus. 

Pour en savoir plus, rendez-vous sur patton.com/artel/fiberlink-fl-st2110-td

Autre actualité, Artel a récemment dévoilé sa nouvelle passerelle multimédia ST2110 avec compression JPEG-XS, la passerelle A/V sur IP openGear OG-JXS SMART ST2110.

Photo : https://www.globenewswire.com/NewsRoom/AttachmentNg/3e30827d-5cf0-4804-81b9-1deed05b9a92


GLOBENEWSWIRE (Distribution ID 9675725)

Artel Smashes the SDI-to-IP Barrier with Game-Changing FiberLink™ ST2110-TD Throw-Down Units

Patton®… Let's Connect!

“The Fiberlink ST2110-TD is compact and rugged. Throw it down wherever you need it. It just works.”

Tim Godby
Director, Media Transport Systems
PATTON

HUDSON, Mass. and GAITHERSBURG, Md., March 19, 2026 (GLOBE NEWSWIRE) — Artel Video—a brand of Patton® and producer of Media Transport Products—announces the FiberLinkTM ST2110-TD—a rugged, compact “throw-down” gateway that converts between 3G/HD-SDI and SMPTE ST 2110 IP signaling in real time—is now available for pre-order. May delivery expected.

Gateway. Artel’s latest innovation provides interconnection between legacy SDI workflows and modern all-IP broadcast infrastructure. The ST2110-TD supports one or two channels with bidirectional operation.

“Broadcasters shouldn't have to choose between preserving SDI investment or embracing IP communication,” said Tim Godby, Director, Media Transport Systems.

Throw it Down. Drop It Anywhere. The ST2110-TD lives up to its name. This “throw-down” device is compact and portable. Engineers can deploy it almost anywhere. . . a studio floor, remote venue, or production truck. No rack required. Mounting options include DIN-rail, NEMA enclosures, and 1U rack-trays (for permanent installations).

“The FiberLink ST2110-TD offers ‘both-and’”, Godby continued. “Product adopters get a strategic, scalable, flexible, and affordable path to reliably adapt existing SDI workflows to ST2110.

ST2110 Compliant. The FiberLink ST2110-TD follows the SMPTE ST 2110 standards in every detail:

  • Video according to ST 2110-20 (single or dual channel)
  • Audio according to ST 2110-30 (PCM)
  • Ancillary data according to ST 2110-40
  • PTP synchronization per ST 2110-10 for precise stream alignment

Real World. The ST2110-TD is engineered and manufactured for the demands of real-world broadcasting. Built-in smart features include:

  • Autosensing SDI ports detect HD-SDI and 3G-SDI formats automatically
  • Traffic shaping per ST 2110-21 ensures reliable, on-time video delivery
  • Seamless redundancy via ST 2022-7 protection switching
  • NMOS support for discovery, routing, and audio mapping
  • Software upgradability adapts the unit to future standards

“PLUS. . . it's bidirectional,” Godby added. “The Fiberlink ST2110-TD is compact and rugged. Throw it down wherever you need it. It just works”

Availability. Four ST2110-TD SKUs available for pre-order. Configurations include 1-channel and 2-channel versions for encapsulation (SDI-to-ST2110) and de-encapsulation (ST2110-to-SDI). AC power adapters included. 

Learn more at patton.com/artel/fiberlink-fl-st2110-td

In related news, Artel recently unveiled its new ST2110 Media Gateway with JPEG-XS Compression, the openGear OG-JXS SMART ST2110 A/V-over-IP Gateway.

Photo: https://www.globenewswire.com/NewsRoom/AttachmentNg/3e30827d-5cf0-4804-81b9-1deed05b9a92


GLOBENEWSWIRE (Distribution ID 9675029)