ZED-F9T-20B L1/L2/L5/E5a high accuracy USB C timing module with UF.L
ZED-F9T-20B L1/L2/L5/E5a high accuracy USB C timing module with UF.L
B2B Wholesale pricing available
Register as a wholesale buyer to access special pricing and bulk discounts on many products.
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ZED-F9T-20B L1/L2/L5/E5a high accuracy USB C timing EVAL module I2C, UART, SPI with UF.L antenna connectors.
The ZED-F9T-20B L1/L2/L5/E5a timing module is an advanced solution for infrastructure applications, offering unparalleled nanosecond-level timing accuracy. Its design specifically caters to the rigorous timing synchronization requirements of 5G networks on a global scale. Operators using the ZED-F9T-20B L1/L2/L5/E5a can maximize their network's performance and optimize their investment in 5G communications by significantly reducing time errors in cellular network synchronization.
Remarkably, the timing module achieves timing accuracy of less than 5 ns even under clear skies, eliminating the need for an external GNSS correction service. Moreover, it incorporates innovative differential timing modes that allow for the exchange of correction data with neighboring GNSS timing receivers through a communication network, further enhancing local accuracy. The module's access to all four satellite constellations enhances its ability to deliver reliable performance.
Available in stock (>10 pcs)
1 Year Limited Warranty
14-day hassle-free returns
Lifetime technical support
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L1/L5 ANN-MB1 multi-band high precision GNSS antenna
SKU: ELT0140Product Comparison
| Description |
| Price |
| Vendor |
| Type |
| Product variants |
| ZED-F9T-20B L1/L2/L5/E5a high accuracy USB C timing EVAL module I2C, UART, SPI with UF.L antenna connectors. The ZED-F9T-20B L1/L2/L5/E5a timing module is an advanced solution for infrastructure applications, offering unparalleled nanosecond-level timing accuracy. Its design specifically caters to the rigorous timing synchronization requirements of 5G networks on a global scale. Operators using the ZED-F9T-20B L1/L2/L5/E5a can maximize their network's performance and optimize their investment in 5G communications by significantly reducing time errors in cellular network synchronization. Remarkably, the timing module achieves timing accuracy of less than 5 ns even under clear skies, eliminating the need for an external GNSS correction service. Moreover, it incorporates innovative differential timing modes that allow for the exchange of correction data with neighboring GNSS timing receivers through a communication network, further enhancing local accuracy. The module's access to all four satellite constellations enhances its ability to deliver reliable performance. | Regular price
€214,99
Sale price
€214,99
Regular price
| ELTEHS |
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ZED-F9T-20B L1/L2/L5/E5a high accuracy USB C timing module with UF.L
ZED-F9T-20B L1/L2/L5/E5a high accuracy USB C timing module with UF.L
B2B Wholesale pricing available
Register as a wholesale buyer to access special pricing and bulk discounts on many products.
Get B2B ConsultationTax excluded
Available in stock (>10 pcs)
ZED-F9T-20B L1/L2/L5/E5a high accuracy USB C timing EVAL module I2C, UART, SPI with UF.L antenna connectors.
The ZED-F9T-20B L1/L2/L5/E5a timing module is an advanced solution for infrastructure applications, offering unparalleled nanosecond-level timing accuracy. Its design specifically caters to the rigorous timing synchronization requirements of 5G networks on a global scale. Operators using the ZED-F9T-20B L1/L2/L5/E5a can maximize their network's performance and optimize their investment in 5G communications by significantly reducing time errors in cellular network synchronization.
Remarkably, the timing module achieves timing accuracy of less than 5 ns even under clear skies, eliminating the need for an external GNSS correction service. Moreover, it incorporates innovative differential timing modes that allow for the exchange of correction data with neighboring GNSS timing receivers through a communication network, further enhancing local accuracy. The module's access to all four satellite constellations enhances its ability to deliver reliable performance.
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