Windows 2K 이상의 버젼에서는
제어판->관리도구->서비스 를 선택하면 현재 백그라운드에서 작동중인 서비스들을 나열한다.
최하단에 보면(이름별로 정렬을 한 경우) Windows Time 이라는 것이 있다.
이것이 실시간으로 Windows Time을 시간 서버에 접속해서 지속적으로 업데이트 해주는 기능이다.
이를 위해 몇가지 설정할 수 있다.
제일 먼저 가장 기본적으로 시간 서버를 업데이트 할 수 있다.
그 방법은 아래와 같이 하면 된다.
net time /setsntp:시간서버 주소
인터넷 시계 서버 주소
데이콤 (gps.bora.net)
코넷 (ntp.kornet.net)
Enterprise IDC, 부산대학교 (ntp1.cs.pusan.ac.kr / ntp2.cs.pusan.ac.kr)
한국표준과학연구원 시간주파수 연구실 (time.kriss.re.kr)
Enterprise IDC (ntp1.epidc.co.kr / ntp2.epidc.co.kr)
이대부속 초등학교 (ntp.ewha.net / ticktock.ewha.net)
추가적인 기본적 사용방법은 아래를 참조하고, 더욱 자세한 내용은 첨부한 w32time.doc 내의 문서를 참조하시길.
(추후 번역버젼으로 이 페이지에 업데이트 예정)
This article was previously published under Q224799
SUMMARY
Windows 2000 uses a new time synchronization service to synchronize the date and time of computers running on a Windows 2000-based network. Synchronized time is critical in Window 2000 because the default authentication protocol (MIT Kerberos version 5) uses workstation time as part of the authentication ticket generation process.
The information in this article applies to Windows 2000 clients when they belong to a Windows 2000 Active Directory Domain. If the Windows 2000 clients belong to a workgroup, you must manually configure the time synchronization settings.
MORE INFORMATION
The Windows Time Synchronization service (W32Time) is a fully compliant implementation of the Simple Network Time Protocol (SNTP) as detailed in IETF RFC 1769.
Basic Operation
Client Boot No client boot-specific information.
Polling Loop
The client contacts an authenticating domain controller.
Packets are exchanged to determine the latency of communication between the two computers.
W32Time determines what current time should be converged to locally, (the "target" time).
The client adjusts the local time.
If the target time is ahead of local time, local time is immediately set to the target time.
If the target time is behind local time, the local clock is slowed (slewed) until the two times are aligned, unless local time is more than 3 minutes out of synchronization, in which case the time is immediately set.
The time server client performs periodic checks.
The client connects to the authenticating domain controller once each "period."
The initial default period is 45 minutes.
If the time synchronization attempt is successful three consecutive times, then the interval check period is increased to 8 hours. If it is not successful three consecutive times, then it is reset to 45 minutes.
Time Convergence Hierarchy
All client desktops select an authenticating domain controller (the domain controller returned by DSGetDCName()) as their time source. If this domain controller becomes unavailable, the client re-issues its request for a domain controller.
All member servers follow the same process.
All domain controllers in a domain make 3 queries for a DC:
a reliable time service (preferred) in the parent domain,
a reliable time service (required) in the current domain,
the PDC of the current domain. It will select one of these returned DCs as a time source.
The PDC FSMO at the root of the forest is authoritative, and can be manually set to synchronize with an outside time source (such as the United States Naval Observatory).
For additional information about how to configure the Windows Time Service, click the article number below to view the article in the Microsoft Knowledge Base:
216734 How to Configure an Authoritative Time Server in Windows 2000
제어판->관리도구->서비스 를 선택하면 현재 백그라운드에서 작동중인 서비스들을 나열한다.
최하단에 보면(이름별로 정렬을 한 경우) Windows Time 이라는 것이 있다.
이것이 실시간으로 Windows Time을 시간 서버에 접속해서 지속적으로 업데이트 해주는 기능이다.
이를 위해 몇가지 설정할 수 있다.
제일 먼저 가장 기본적으로 시간 서버를 업데이트 할 수 있다.
그 방법은 아래와 같이 하면 된다.
net time /setsntp:시간서버 주소
인터넷 시계 서버 주소
데이콤 (gps.bora.net)
코넷 (ntp.kornet.net)
Enterprise IDC, 부산대학교 (ntp1.cs.pusan.ac.kr / ntp2.cs.pusan.ac.kr)
한국표준과학연구원 시간주파수 연구실 (time.kriss.re.kr)
Enterprise IDC (ntp1.epidc.co.kr / ntp2.epidc.co.kr)
이대부속 초등학교 (ntp.ewha.net / ticktock.ewha.net)
추가적인 기본적 사용방법은 아래를 참조하고, 더욱 자세한 내용은 첨부한 w32time.doc 내의 문서를 참조하시길.
(추후 번역버젼으로 이 페이지에 업데이트 예정)
This article was previously published under Q224799
SUMMARY
Windows 2000 uses a new time synchronization service to synchronize the date and time of computers running on a Windows 2000-based network. Synchronized time is critical in Window 2000 because the default authentication protocol (MIT Kerberos version 5) uses workstation time as part of the authentication ticket generation process.
The information in this article applies to Windows 2000 clients when they belong to a Windows 2000 Active Directory Domain. If the Windows 2000 clients belong to a workgroup, you must manually configure the time synchronization settings.
MORE INFORMATION
The Windows Time Synchronization service (W32Time) is a fully compliant implementation of the Simple Network Time Protocol (SNTP) as detailed in IETF RFC 1769.
Basic Operation
Client Boot No client boot-specific information.
Polling Loop
The client contacts an authenticating domain controller.
Packets are exchanged to determine the latency of communication between the two computers.
W32Time determines what current time should be converged to locally, (the "target" time).
The client adjusts the local time.
If the target time is ahead of local time, local time is immediately set to the target time.
If the target time is behind local time, the local clock is slowed (slewed) until the two times are aligned, unless local time is more than 3 minutes out of synchronization, in which case the time is immediately set.
The time server client performs periodic checks.
The client connects to the authenticating domain controller once each "period."
The initial default period is 45 minutes.
If the time synchronization attempt is successful three consecutive times, then the interval check period is increased to 8 hours. If it is not successful three consecutive times, then it is reset to 45 minutes.
Time Convergence Hierarchy
All client desktops select an authenticating domain controller (the domain controller returned by DSGetDCName()) as their time source. If this domain controller becomes unavailable, the client re-issues its request for a domain controller.
All member servers follow the same process.
All domain controllers in a domain make 3 queries for a DC:
a reliable time service (preferred) in the parent domain,
a reliable time service (required) in the current domain,
the PDC of the current domain. It will select one of these returned DCs as a time source.
The PDC FSMO at the root of the forest is authoritative, and can be manually set to synchronize with an outside time source (such as the United States Naval Observatory).
For additional information about how to configure the Windows Time Service, click the article number below to view the article in the Microsoft Knowledge Base:
216734 How to Configure an Authoritative Time Server in Windows 2000
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