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Timing modules

Timing GNSS modules provide high-precision, reliable time and frequency synchronization for telecom, networking, financial, and industrial applications. With multi-GNSS support, low-jitter output, and easy integration, these modules ensure accurate timing even in challenging environments.

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65 products

ZED-F9T-20B mPCIe socket L1/L2/L5/E5a 5G RTK high accuracy timing receiver – Eltehs GNSS Store (elt0337)

ZED-F9T-20B mPCIe socket L1/L2/L5/E5a 5G RTK high accuracy timing receiver

SKU: ELT0337
€194,99
€194,99
ZED-F9T-10B mPCIe socket L1/L5/E5a 5G RTK high accuracy timing receiver – Eltehs GNSS Store (elt0392)

ZED-F9T-10B mPCIe socket L1/L5/E5a 5G RTK high accuracy timing receiver

SKU: ELT0392
€194,99
€194,99
ZED-F9T-10B L1/L5/E5a high accuracy USB C timing module with UF.L – Eltehs GNSS Store (elt0321)

ZED-F9T-10B L1/L5/E5a high accuracy USB C timing module with UF.L

SKU: ELT0321
€214,99
€214,99
mosaic-T timing receiver board with Multiband antenna, SD card and LIS3MDL – Eltehs GNSS Store (elt0747)

mosaic-T timing receiver board with Multiband antenna, SD card and LIS3MDL

SKU: ELT0747
€439,99
€439,99
mosaic-T InCase PIN GNSS timing receiver board – Eltehs GNSS Store (elt0740)

mosaic-T InCase PIN GNSS timing receiver board

SKU: SMA
€349,99
€349,99

High-Precision Timing GNSS Modules for Time and Frequency Synchronization

Our Timing GNSS modules provide exceptional precision for time and frequency synchronization in telecom, networking, financial, and industrial systems. Supporting multi-GNSS constellations (GPS, Galileo, BeiDou, GLONASS), they deliver sub-microsecond accuracy for PPS and PTP applications. These reliable modules maintain stable timing even under weak signal conditions, making them ideal for 5G networks, data centers, and mission-critical operations that demand continuous, accurate synchronization.

Typical Applications of Timing GNSS Modules

  • 5G and telecom network synchronization for precise timing in modern communication systems
  • Financial transaction timestamping for accurate and reliable logging
  • Industrial automation and control systems requiring precise time coordination
  • Scientific research and metrology applications demanding sub-microsecond accuracy