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Unified Time and Frequency Solutions for the Intelligent Transportation Industry

This solution proposes a unified time and frequency solution for intelligent transportation, taking T830 clock server as the core and constructing a three-layer architecture of "core-transmission-access". It realizes sub-microsecond to millisecond level grading precision timing through multi-reference source intelligent source selection algorithm and PTP/NTP dual engine. The solution supports multiple scenarios such as urban traffic management, intelligent high-speed, rail transportation, vehicle-road coordination, etc., is compatible with the stock network, evolves smoothly, and provides unified monitoring and operation and maintenance means to build a highly reliable, engineered and unified time reference for the intelligent transportation system.

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Unified Time Server Total Solution for Medical Industry

In recent years, China's hospitals have been talking about "smart hospitals", "Internet hospitals" and "regional medical collaboration". From the national level of the "Healthy China 2030" plan outline, to the National Health Commission on electronic medical records, intelligent services, intelligent management of the graded review, the threshold of hospital information technology is higher than every year.
Behind these new requirements lies an often-overlooked "pedestal" that almost all systems rely on: uniform, accurate, traceable time.

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T830 Clock Server PTP Pre-sales Program for Financial Industry

In a financial production network, time is not "as close as possible", but "must be consistent and traceable". When relying only on NTP, queuing jitter and path asymmetry across three layers and congestion can magnify deviations and tail risks to the millisecond-microsecond scale; PTP transforms source-to-end errors from uncontrollable fluctuations to budgetable, attributable, and manageable ones through hardware timestamps on the NIC/switching chip, boundary/transparent clocks, and (optionally) SyncE. PTP turns "source-network" errors from uncontrollable fluctuations into budgetable, attributable, auditable quantities of work through hardware timestamps on the NIC/switch chip and (optional) SyncE. With the T830 as the core, without interrupting the NTP of the existing network, the critical links are stabilized to the low-microsecond level first, and then tightened to the sub-microsecond/hundred-nanosecond level in the controlled core segments, so that minimal modification is made in exchange for maximum verifiability and compliance certainty.

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