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2020

Zhongxin Chuangwei provides precision clocks to the Xi’an Flight Automatic Control Research Institute of AVIC.

Recently, Aviation Xi’an Flight Automatic Control Research Institute of the Aerospace Industry A time server has been released. of Demand , Beijing Zhongxin Chuang Company is actively cooperating For users A detailed plan has been prepared, and products independently developed and manufactured by Zhongxin Chuang have been recommended. DNTS- 94S-OGB Clock Server As the product submitted for this tender, Zhongxin Chuang stood out by defeating competitors’ offerings thanks to its high‑quality products and comprehensive after‑sales service, ultimately… Awarded Aviation Xi’an Flight Automatic Control Research Institute of the Aerospace Industry Clock synchronization device Project 。

AVIC Xi’an Flight Automatic Control Research Institute ( 618 It is the research and development center for China’s three core aviation technologies: flight control, inertial navigation, and integrated guidance. [1] It integrates automatic control, computer applications, microelectronics, simulation technology, and sensing technologies with precision machinery manufacturing, electronic assembly, and optical processing.

Aviation Xi’an Flight Automatic Control Research Institute of the Aerospace Industry To China–Singapore Innovation Independently developed DNTS- 94S-OGB Clock Server Conduct an in-depth evaluation and arrive at the final results. All are superior to the parameter requirements. ， And Regarding our company’s product quality and after-sales service Also quite satisfied. ， Procured successfully and put into use. ！

The network time server developed by Beijing Zhongxinchuang Technology Co., Ltd. The DNTS-9S is an intelligent, high-precision NTP network time server. It obtains standard time signals from systems such as GPS, BeiDou, GLONASS, Galileo, 4G, and CDMA, and provides standard time services over the network via NTP/SNTP or other network protocols. Devices in the network that require time synchronization—such as personal computers, servers, and controllers—can thereby synchronize with international standard time.

Use simultaneously The GNSS satellite receiver allows priority settings and supports single‑receiver/dual‑receiver and single‑antenna/dual‑antenna configurations; each receiver can be configured to operate in standalone or combined timing modes. When both receivers and all other available time sources lose signal, the DNTS‑9S relies on its built-in oven‑controlled crystal oscillator or rubidium atomic clock for holdover, continuously providing time services to external users. All-digital phase-locked loop technology and a self‑tuning algorithm deliver superior timing accuracy and more precise time synchronization.

In addition to serving as a primary‑level network time‑synchronization device, the DNTS‑9S can also function as a secondary‑level time server, enabling more effective time synchronization in large‑scale network environments. It provides highly precise standard time signals for distributed networks, computer security systems, file management systems, e‑commerce platforms, online B2B systems, and cloud database storage and maintenance, among others. The DNTS‑9S has been successfully deployed across government, finance, mobile telecommunications, public security, petroleum, power, transportation, industrial, and defense sectors.

The DNTS-9S network time server is extremely easy to install and use: simply connect the satellite receiving antenna and plug the network port into a network switch, and you can achieve time synchronization across all devices on the network.

Network protocol	NTP v1, v2, v3, and v4 (RFC 1119 and RFC 1305), SNTP (RFC 2030), Authentication (RFC 1321), Telnet (RFC 854), UDP NTP Unicast, Broadcast, Multicast, Autokey, TIME (RFC 868), FTP (RFC 959), DAYTIME (RFC 867), DHCP (RFC 2131)
	HTTP/SSL/HTTPS (RFC 2616), SSH/SCP (Internet Draft), SNMP v1, v2c, and v3, MIB II (RFC 1213), RSA asymmetric encryption, MD5 authentication, SHA authentication, AES encryption, DES encryption, RC4 encryption.
	IPv4, IPv6, IPv4/IPv6 Hybrid
	Support NTP Peer Client/Server Broadcast Multicast
Server performance	GNSS reference mode, Tier‑1 network time server, with an internal synchronization accuracy of 20 ns.
	User terminal synchronization timing accuracy: 0.1–2 ms (typical value for a LAN)
	User capacity: Supports tens of thousands of clients.
	NTP request rate: 50,000 requests per second per network port (a test report from the National Time Service Center is available).
	Can be used as a client to synchronize with others. NTP network time server
	Support 100,000 log entries feature
	High-performance, wide-temperature server motherboard, based on a deeply customized… Linux operating system, suitable for a variety of demanding work environments.
	1pps signal and the UTC (NTSC) master clock 1pps signal, Timekeeping accuracy ( 24-hour average ) ≤5 ns (National Time Service Center test report available)
	1pps signal and the UTC (NTSC) master clock 1pps signal, Time‑keeping stability ( 24-hour standard deviation ) ≤10 ns (National Time Service Center test report available)
	Temperature-compensated crystal oscillator (optional depending on model): Timing accuracy: standard configuration优于 8.6us/day
	Rubidium atomic clock (Select according to model) : Timeliness performance: standard configuration is superior to 500ns/day
Receiver	72-channel timing‑type GNSS receiver, GPS/BD /GLONASS/Galileo/4G/CDMA Many The clock time source can be selected. Users can manually select a single item via command. GPS, BeiDou alone, or GPS + BeiDou dual-satellite system
	UTC synchronization accuracy: 20 ns (RMS)
	Tracking and locking sensitivity can reach -166dBm
Security Assurance	It allows flexible selection of leap-second handling mechanisms, ensuring timely and secure processing of leap-second events to enable a safe and stable system transition.
	Encryption method: Support MD5 security authentication protocol; supports certificate-based encryption protocol The system supports user authentication and access control capabilities.
	Supports single-machine multi-NIC bonding for redundancy.
	High reliability, MTBF Time 90,000 hours
Management approach	Support Management via SSH, Telnet, Web interfaces, SNMP, and DNTS-Manager enables convenient remote network login, administration, configuration, and maintenance.
Front panel	VFD high-brightness LCD display Display GNSS satellite status: number of satellites, acquisition process, and tracking or hold‑off status; position coordinates (longitude, latitude, altitude) Antenna status: operating, shorted, or disconnected Network status: Displays the status of each network port. IP, subnet mask, gateway Device Status: Whether time synchronization is functioning normally and whether access limits have been exceeded.
	6 tri-color indicator lights: PWR, ANT, SAT, LOCK, NTP, ALARM
	Signals indicating power, antenna, satellite, lock, timing, and alarms.
Rear panel	GNSS antenna input: BNC, 1 channel
	NTP network port: 1-24 road 10/100/1000M
	Console- USB ：1 road
	ALARM dry contact alarm: 1 To
	10M output: BNC, 1 channel, selectable sine wave or square wave, impedance: 50 ohms; Frequency accuracy: <1E-12
	1 PPS output: BNC, TTL level, accuracy ≤ 10 ns (RMS)
	USB Output: 2–28 channels

After a long… 18 With years of industry experience, our company has established a strong corporate reputation and brand image, serving… Research institute Our clients also include:

China Electric Power Research Institute, Institute of Physics of the Chinese Academy of Engineering, China Academy of Launch Vehicle Technology, China Institute of Atomic Energy, Nanjing Institute of Astronomical Optical Technology of the National Astronomical Observatories, Instrument Research Institute of the Nanjing Astronomical Observatory of the Chinese Academy of Sciences, Xichang Satellite Launch Center, China Electronics Technology Group Corporation No. … 54th Research Institute, the 10th Research Institute of China Electronics Technology Group Corporation, the 15th Research Institute of China Electronics Technology Group Corporation, the 36th Research Institute of CETC, Taiyuan Satellite Launch Center, Beijing‑1 Satellite Ground Station, Shanghai Satellite Engineering Research Institute, China Putian, Shanghai Lizheng Satellite Application Technology Co., Ltd., Shanghai Small Satellite Engineering Center, China Merchants Chongqing Transportation Science Research Institute, and others.

The choice of numerous departments and enterprises reflects recognition of Zhongxin Chuang’s products and services, and our company will continue to… With the corporate mission of “Innovating Technology, Serving a Better Life,” we collaborate sincerely with partners from all sectors to jointly achieve win-win outcomes and shared progress for both our enterprise and society.

Zhongxin Chuangwei provides a precision clock to Inner Mongolia Desheng Industrial Group.

Zhongxin Chuangwei provides a precision clock to Shandong Desheng Iron & Steel Co., Ltd.

Zhongxin Chuangwei provides a precision clock to Inner Mongolia Desheng Industrial Group.

Zhongxin Chuangwei provides a precision clock to Shandong Desheng Iron & Steel Co., Ltd.