PCI Express Time and Frequency Processor

Description

PCI Express Time and Frequency Processor

The PCI Express Time and Frequency Processor is a high-precision, low-latency timing card designed for advanced synchronization, timestamping, and frequency generation in time-critical applications. Built on the PCIe standard, this powerful processor integrates seamlessly into enterprise servers, telecom systems, defense platforms, and industrial automation environments to provide nanosecond-level accuracy and reliable time distribution across networks.

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Key Features

✅ PCIe Interface – Designed for direct integration into modern server and computing systems.
✅ High Precision Timestamping – Nanosecond-level accuracy for reliable synchronization.
✅ Multi-Protocol Support – Compatible with IEEE 1588 (PTP), NTP, IRIG-B, 1PPS, and more.
✅ Frequency Generation – Output configurable clock signals: 10 MHz, 1PPS, and others.
✅ Hardware Time Capture – Precise event timestamping for mission-critical operations.
✅ Redundant Time Sources – Supports GPS, GNSS, and internal oscillators for fail-safe timing.
✅ Management Tools – Web-based or SNMP interface for configuration and monitoring.
✅ Real-Time Clock (RTC) – Battery-backed RTC for timekeeping during power interruptions.

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Applications

📡 Telecom & 5G Infrastructure – Provides timing for base stations and core networks.
📈 Financial Trading – Enables accurate timestamping of high-speed transactions.
⚙️ Industrial Automation – Synchronizes sensors, controllers, and data acquisition systems.
🛰 Aerospace & Defense – Used in radar systems, satellite tracking, and mission-critical comms.
💾 Data Centers – Ensures coordinated operations in distributed systems.
🧪 Scientific Research – Supports precision timing in laboratories and test environments.

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Key Benefits

🔸 Ultra-Low Latency – Provides precise, real-time synchronization even in high-throughput environments.
🔸 Accurate Timing – Maintains sub-microsecond accuracy across systems.
🔸 Scalable – Works in standalone servers or large-scale network infrastructures.
🔸 Easy Integration – PCI Express form factor for plug-and-play installation in standard PCs.
🔸 Reliable Operation – Rugged design and redundant timing options ensure uptime and accuracy.

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Technical Specifications (Typical)

• Interface: PCIe x1 or x4

• Time Sources: GPS, GNSS, OCXO/TCXO, IRIG-B, 1PPS

• Timestamp Resolution: ≤ 1 ns

• Clock Outputs: 10 MHz sine, 1PPS TTL

• Protocol Support: IEEE 1588v2 (PTP), NTP, IRIG-B

• Operating Temperature: 0°C to +60°C (industrial options available)

• Power Consumption: < 10 W

• Software Support: Windows, Linux drivers + SDK

• Dimensions: Standard low-profile PCIe card

• Compliance: RoHS, CE, FCC