Product Documents & Files

Practical Guide to GADSS Autonomous Distress Tracking Implementation

The Autonomous Distress Tracking (ADT) mandate is part of the Global Aeronautical Distress and Safety System (GADSS) initiative launched by ICAO after several accidents where downed aircraft could not be located at all, or only after long and expensive search efforts.

While most airlines have already complied with the normal tracking mandate due by the end of 2018, the ADT requirement for January 2023 is approaching fast. It is designed to improve the location of aircraft in the critical phase, when the aircraft is in distress, anywhere in the world.

Precision Timing for Airborne Reconnaissance

Premium Support Package Summary

PresenTense Datasheet

PresenTense Evaluation Software

PresenTense Evaluation Software

Priority Healthcare Uses Time Synchronization to Comply with Regulations and Reduce Risk

PRISMA Connect

Programming Interfaces for Automation and Remote Control for GSG Series Simulators

Protecting GPS/GNSS-Reliant Military Systems (GPS World Webinar)

Slides from the GPS World webinar “Defense PNT in Challenged Environments” hosted on June 21, 2018, and presented by Jon Fischer and Jon Sinden. This webinar discusses the reliance of GPS in modern land-warfare systems, the potential effects of GPS disruption on their operation and considerations for protecting their ability to continue operating in a GPS-disrupted environment. View the slides presented by Orolia or click here to register and watch the webinar on demand.

Protecting the U.S. Military From GPS Jamming and Spoofing White Paper

Providing Secure Time Reference to a Leading Pharmaceutical Organization - Vifor Pharma

Vifor Pharma, a global pharmaceutical company based in Switzerland and specialized in iron deficiency treatments, contacted Orolia to provide them with a solution to make their Time Source more reliable and secure.

PTP Module 1204-12 Discontinuance Notice

Quick Reference Guide, VelaSync 1225 High Speed Time Server

Quick Reference Guide, VelaSync High Speed Enterprise Time Server

Quick Start Guide, GSG-8 Series Advanced GNSS Simulator

QuickStart Guide, NetClock 9300

QuickStart Guide, NetClock 9400 Series

QuickStart Guide, SecureSync 1200

QuickStart Guide, SecureSync 2400

Radiant Telecommunications Testimonial

Rapco 1804 2804 2816 Discontinuance Notice

README file for TSync Solaris Driver

README file for TSync-PCIe-PTP Linux Driver

README file for TSync-PCIe-PTP Solaris Driver

README file for TSync-PCIe-PTP Windows Driver

Real-time Scenario Generation Datasheet

Release Notes for NetClock System software updates

Release Notes for SecureSync System Software

Release Notes for SecureSync System software updates up to and including Version 4.8.9

Release Notes for TSync Linux Driver

Release Notes for TSync Windows Driver

Release Notes for VelaSync System Software

Release Notes for VersaSync software updates

Release Notes, NetClock Version 4.8.9

Release Notes, Timing Board Driver, TPRO/TSAT-PMC, cPCI and PCI

Reliable Network Time Protocol (NTP) Configuration

Reminder on ELT battery replacement requirements: SL S18XX50X-25-03

Resilient PNT Solutions for Telemetry During GNSS Outage Test Scenarios

GNSS (Global Navigation Satellite System) is key to effective situational awareness, providing critical Positioning, Navigation and Timing (PNT) telemetry data for mobile military operations. Yet GPS/GNSS jamming and spoofing attacks are on the rise.

The disruption of GNSS for increasing periods of time through jamming/ spoofing must now be an essential test component in most test scenarios today. How can you still provide reliable Time-Space Position Information (TSPI) during periods of GNSS denial?

This white paper identifies technologies, best practices and strategies for GNSS jamming/spoofing detection and protection systems, and testing protocols to maintain a state of PNT readiness.

Resilient PNT: How to Detect, Protect and Prevent Disruption of GPS/GNSS/PNT Signals and Sources

For the last two decades, reliance upon GPS/GNSS for positioning, navigation and timing (PNT) by civilian applications has been an overwhelming success, providing increasingly accurate and reliable PNT information everywhere for free. However, in recent years, malicious threats have emerged that exposed the Achilles heel of GPS/GNSS: Its weak power and unencrypted signal format leave it vulnerable to jamming and spoofing. The loss of PNT information can result in rare but catastrophic events, crippling critical infrastructure that is necessary for our survival.

Fortunately, there are many alternative technologies available to augment GPS and provide accurate and reliable PNT information even under extremely adverse conditions. These include:

• Low Earth Orbit (LEO) PNT satellite signals – operating close to the Earth, with signal strengths ~1000x stronger than GPS, to overcome jamming. And, encrypted to prevent spoofing.
• Miniaturized, affordable atomic clocks to provide precise time internally – which is the foundation of every positioning system – without connection to, or reliance on, outside sources which could corrupt the precision.
• Fiber optic network time distribution via secure, high accuracy protocols.

In this white paper, we will discuss these alternative technologies and offer recommendations for procedures and processes to manage and avoid the risks of cyberattacks, applying the best practices known today. We will focus on Resilient PNT and describe the strategies, technologies and procedures to avoid these cybersecurity risks and ensure the continuity of any critical operation.

Rocket into Orbit with a GSG-8 Advanced GNSS Simulator

RoHS Compliance

Routing of Data Across Multiple Networks

RTK-DGNSS Virtual Reference Station Option Datasheet

SARBE 6-406G Evo PLB Data Sheet

SARBE Evo New Battery Accessories

SARBE Evo Search and Rescue Beacons

SARBE G2R ELT Evo Data Sheet

SARBE G2R Evo Data Sheet

SARBE SarFind Data Sheet