New Mexico School District Enhances Campus Communication with NoviSign

Cloud-Based Digital Signage Improves School-Wide Messaging and Engagement

A school district in New Mexico has successfully implemented NoviSign’s cloud-based digital signage solution to streamline internal communications and keep students, staff, and visitors informed across multiple campuses.

◇ Project Highlights:

  • Over 30 digital displays installed across five schools
  • Used for announcements, lunch menus, emergency alerts, and event schedules
  • Displays located in hallways, cafeterias, libraries, and front offices
  • Content managed remotely via NoviSign’s web-based dashboard
  • Staff trained to independently update and manage content with ease

The implementation has resulted in improved message consistency, faster updates, and increased student engagement. Emergency communication has also become more efficient with real-time alert capability.

District staff praised the system’s ease of use, reliability, and cost-effectiveness, making it a strong fit for school environments that require both flexibility and centralized control.

Source:
New Mexico School District Uses Digital Signage to Improve Communications
(NoviSign Case Study)

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[Event Concluded] Interop Tokyo 2025 – Exhibit & Special Guest Lecture Announcement

弊社では温度管理による『現場の負担の軽減』と『適切な温度管理による品質の安定』を目的とした、温度管理の自動化・効率化について、事例を交えてご紹介します。

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PacketLight Launches PL-8000G: 10×800G Transponder for AI and High-Capacity DCI Networks

PacketLight Launches PL-8000G: 10×800G Transponder for AI and High-Capacity DCI Networks

Ideal for Next-Generation Optical Transport in AI/ML, Cloud, and Hyperscale Environments

PacketLight Networks, a global leader in DWDM and OTN solutions and a technology partner of iLand6, has announced the release of its latest product, the PL-8000G, a high-density 10×800G transponder designed for the demanding connectivity needs of AI GPU clusters and cloud-scale data center interconnects (DCI).

◇ Key Features of the PL-8000G:

  • Supports 10×800Gbps transponders for transporting 800GbE, 400GbE, and 100GbE services over 800G DWDM wavelengths
  • Built-in EDFA and Optical Switch (OSW) for fiber loss compensation and automatic protection switching
  • Ultra-low latency and high bandwidth, ideal for AI/ML and GPU cluster interconnect
  • Pay-as-you-grow architecture with modular, stackable design
  • Supports OpenZR+, OpenROADM, and multi-vendor interoperability

Designed for metro, regional, and long-haul applications, the PL-8000G offers a compact 1RU form factor, making it the highest-density optical transponder in its class. Its low power consumption, space efficiency, and cost-per-bit optimization make it a powerful and scalable solution for hyperscalers, telecom operators, and government infrastructure.

Source:
PacketLight Introduces the PL-8000G 10x800G Transponder
(PacketLight Networks, Press Release, April 29, 2025)

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Gilat Expands ESA Antenna Portfolio

Successful Test Flight of ESR-2030KU over Eutelsat OneWeb LEO Network

Gilat Satellite Networks, a technology partner of iLand6, has announced a significant expansion of its Electronically Steered Antenna (ESA) portfolio. The highlight is the successful test flight of the new ESR-2030KU over the Eutelsat OneWeb Low Earth Orbit (LEO) satellite network.

◇ Key Features of ESR-2030KU

  • Flat-panel Ku-band ESA antenna
  • Enables bi-directional broadband connectivity for high-mobility platforms such as aircraft, vehicles, and maritime vessels
  • Proven compatibility with OneWeb’s LEO network

This successful flight test demonstrates the reliability and performance of Gilat’s ESA technology in real-world environments, reinforcing its potential as a next-generation mobility connectivity solution.

Gilat continues to lead innovation in ESA development, aiming to support both LEO and GEO satellite networks across aviation, maritime, and land mobility sectors.

Gilat Expands and Adds to its ESA Antenna Portfolio with a Successful Test Flight of ESR-2030KU on Eutelsat OneWeb Low Earth Orbit (LEO) Network
(Gilat Satellite Networks, Press Release, June 6, 2024)

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