Rebex Time for .NET
SNTP and NTP protocols enable your program
to get the exact time from public time servers over the
Internet. Keep all computers in your multi-tier application
synchronized with atomic clock to get rid of problems
with different local time.
Get the exact time from an atomic clock
Time for .NET is a powerful and easy-to-use component for C#, VB.NET
and other .NET languages. It implemens the client side of SNTP, NTP, TIME and DAYTIME
protocols that enable your .NET applications to get exact time from public time
servers over the Internet. This makes it easy to keep all the computers running
your application synchronized with an atomic clock to eliminate problems
caused by mismatched system time, or to get the exact time value for your
time-critical database entries. Determining the right time has never been easier.
Synchronize with a time server in a single line of code
It is easy getting started with Rebex Time for .NET.
The most common operation - synchronizing the local system time with
a time server - only takes a single line of code:
// synchronize over NTP protocol
// synchronize over TIME protocol
// synchronize over DAYTIME protocol
' synchronize over NTP protocol
' synchronize over TIME protocol
' synchronize over DAYTIME protocol
Advanced SNTP and NTP functionality
Rebex Time for .NET supports SNTP and NTP versions 3 and 4.
With few lines of code, you can determine the time difference between the local system
and remote time server, set the local system clock to a desired value, determine
the time server stratum or access additional NTP packet fields.
All versions of .NET Framework and .NET Compact Framework are supported
We provide native builds for all versions of .NET Framework and .NET Compact Framework.
It is easy to upgrade to a higher .NET version and there is no need to learn a new API when going mobile.
2.0, 3.0, 3.5. 4.0, 4.5 both 32-bit and 64-bit editions
on Windows XP or later; Visual Studio 2005, 2008, 2010, 2012, 2013
.NET Compact Framework
2.0, 3.5, 3.9
on Windows Mobile, Windows CE, Pocket PC, PDA and SmartPhones, Windows Embedded Compact 2013; Visual Studio 2005, 2008, 2012
on Linux and Apple's OS X
Xamarin.iOS 6 and 7
; Xamarin Studio
; Xamarin Studio
- Easy-to-use with maximum flexibility.
- 100% managed code.
- Complete C# source code optionally available.
- Free one-year support.
- Free one-year upgrades.
- Royalty-free redistribution.
- CLS (Common Language Specification) compliant.
- Stable and thoroughly tested code.
- Works with both SNTP and NTP servers, versions 3 and 4.
- Support TIME and DAYTIME protocols.
- Fully compliant with RFC 2030 (SNTP).
- Fully compliant with RFC 867 (DAYTIME).
- Fully compliant with RFC 868 (TIME).
- Provides access to all NTP packet fields.
- Conversions between NTP datetime and .NET DateTime.
- Uniform and comprehensive error handling with .NET exceptions.
- Extensive tutorials.
- Samples in both C# and VB.NET with different levels of complexity.
Windows Forms Time
Windows Forms Time application demonstrates how to work with a time server.
Simple commandline utilities
The sample asks a time server for time difference and uses the answer to update time on the local machine.
SimpleSync using NTP/SNTP protocol
Synchronize time between local machine and the time server in one line of code using NTP/SNTP protocol.
Demonstrates how to connect to the server, get time and NTP/SNTP server info including stratum.
Shows the time difference between NTP server and local machine.
SimpleSync using Time protocol
Synchronize time between local machine and the time server in one line of code using Time protocol.
SimpleSync using Daytime protocol
Synchronize time between local machine and the time server in one line of code using Daytime protocol.
Pocket PC and Windows CE Applications