GPS Time & Sync keeps devices, systems & secondary clocks running consistently and on-time.
Bus-level timing modules that easily integrate into PCs and Servers via PCI and PCI express Slots.
High performance, highly manageable & reliable solution for distributing time & frequency signal.
• Rugged & Modular System
• GPS SAASM Capability
• GLONASS + GPS
• Supports All Timing Signals
• Low Phase Noise
• -20°C~65°C Operating Temp
SecureSync combines Orolia’s precision master clock technology and secure network-centric approach with a compact modular hardware design to bring you a powerful time & frequency reference system at the lowest . . .
• MIL-STD-810G Compliant.
• Multi GNSS (inc. SAASM).
• OCXO or CSAC Oscillator.
• NTP, PTP, 1PPS, IRIG, HaveQuick.
• -40 to +65°C Operating Temp.
• Anti-Jam, Anti-Spoof Technology.
VersaSync is a low SWaP high performance GNSS master clock and network time server that delivers accurate, software configurable time and frequency signals under all circumstances, including GNSS-denied environments.
• 32 Channel GNSS Receiver
• GPS + GLONASS
• Precise 1PPS Ouput
• Precise 10MHz Output
• OCXO / Rubidium Oscillator
• Low Phase Noise
The Epsilon Clock Model EC20S provides accurate and stable time and frequency signals for your high-performance synchronization application.
• Low Additional Phase Noise
• Fast Switching
• External Clock Status
• 8 Channel 1PPS Ouput
• 8 Channel 10MHz Output
• Remote Manage via SNMP/HTTP
Orolia SAS-17E-Epsilon is a high performance, highly manageable and reliable solution for distributing time and frequency signals for satcom, digital TV or audio broadcast, microwave links, satellite ground stations applications.
• Large Signal Distribution
• 16 Channel 1PPS Ouput
• 16 Channel 10MHz Output
• Fast Switching
• Redundant Source Monitoring
• Remote Manage via SNMP/HTTP
Orolia SAS-36E-Epsilon is a high performance, highly manageable and reliable solution for distributing time and frequency signals for satcom, digital TV or audio broadcast, microwave links, satellite ground stations applications.
• Rugged cPCI Timing
• Conduction-Cooling Designed
• OCXO Internal Clock
• 1PPS Input & Output
• Customization Available
The TSync-cPCI-CC timing controller is the COTS version of a custom configured precision timing board for a systems designed to operate in harsh environments.
• Rugged VPX Timing Board
• Detects & Prioritizes References
• GNSS Sync Options
• IRIG Time Code
• Optional OCXO Internal Clock
• 1PPS Input & Output
• Programmable Time Match
The TSync-VPX is a complete synchronized time code reader/generator package offering flexibility and easy integration of precise timing into a VME/VPX chassis including an option for ruggedized applications.
• Detects & Prioritizes References
• GPS & GLONASS Included
• IRIG Time Code
• Optional OCXO Internal Clock
• 1PPS Input & Output
• Programmable Time Match
The TSync-PCI-104 Time Code Processor is a feature-rich time code reader/generator that offers flexible and precise timing for mission critical embedded applications.
• Detects & Prioritizes References
• GPS & GLONASS Included
• IRIG Time Code
• Optional OCXO Internal Clock
• 1PPS Input & Output
• Programmable Time Match
• Universal Signaling Voltage
The TSync-PMC is a comprehensive time code reader/generator solution that seamlessly integrates precise timing into your unique PMC applications.
• Rugged cPCI Timing Board
• Detects & Prioritizes References
• GNSS Sync Options
• SAASM GPS Option
• IRIG Time Code
• 1PPS Input & Output
• Programmable Time Match
The TSync-cPCI is a complete synchronized time code reader/generator package offering flexibility and easy integration of precise timing into a compact PCI chassis including an option for ruggedized applications.
• Low-Profile PCIe Form Factor
• PCIe x1 Local Bus Operation
• Zero Latency Time Reads
• ±100ns Accuracy to Input
• IRIG AM/DCLS Outputs
• 1PPS Input
• Programmable Time Match
The TSync-PCIe offers several configurations of a synchronized time code reader/generator package offering flexibility and easy integration of precise timing into an embedded computing application.
Copyright Steatite Ltd / 2019 / All Rights Reserved
