PresenTense Time Server

PresenTense Time Server is a high performance Windows time server supporting NTP and SNTP protocols. You can use PresenTense Server to synchronize your PC to a primary time source such as an atomic clock on the internet or an inhouse GPS reciever and offer time services to clients on your local area network. Most leading GPS and Radio hardware clocks are supported via the serial port. Supports Free Run - accurate time if reference clock fails.

PresenTense Time Client NT

PresenTense is a network time client for Windows NT/2000/XP. It synchronizes your PC system clock to a network time server. Supports e-mail notification, redundancy and and can be remotely managed by LanTime Analyser. New: Windows NT/2000/XP/2003 version now supports NTP4 and Free Run as required by NINA. Keeps your computer clock accurate within microseconds! If you are comparing time clients available on the market, download a free 30 day demo

OnlineMonitor

OnlineMonitor is used to visualize and control the speed of internet connections. It displays the current download- and upload-speed graphically and/or numerically. It also logs the transfered amount of data for the actual connection and for any period. With this data you can determine the quality of your connection or provider and you're able to control how much you have to pay for the transfered data.

iTimeSync

The accuracy of your PCs clocks is important for many reasons, but keeping it that way can be a chore. iTimeSync does the job for you by contacting one of many NIST time servers over the internet. No configuration is needed, simply connect to the internet, run the program and press "Correct". iTimeSync is written in Assembly, and can also be used as a Time Server or set to automatically synchronize. It supports both RFC-868 and RFC-2030.

AtomTime Pro

AtomTime Pro is a Windows application which will connect to an atomic clock time server via the Internet and fetch the current atomic clock time value. It compares this value to your PC time and displays the difference. You then have the option of updating your PC clock to match the atomic clock value. There are a number of options to automate the update process. AtomTime Pro also features support for most proxy servers.

PC On/Off Time tracking

PC On/Off Time graphically shows the working time on your computer of the last 3 weeks without logging your computer before. PC On/Off Time works with Windows NT,2000,XP. You get an extensive evaluation of your working times and projects with the professional time tracking software Visual TimeAnalyzer www.neuber.com/timeanalyzer - independent of your Windows version.

Atomic Clock Sync

This freeware Atomic Clock Sync utility can help you keep your local computer up-to-date with the exact current time. This program will reference an atomic clock server to get the current time with the greatest accuracy available and update your PC's information. It can even be set to automatically check the time once a day to keep your PC's time accurate forever.

Internet Usage Monitor

Monitors the time spent on the internet and calculates the cost according to the local telephone charges as specified by the user.It automatically becomes active when you log on to the internet.It calculates the total time as well as the time spent each month specifically.It generates the outputs in the form of attractive graphs and charts.It also has a reminder facility

WebTime 2000

WebTime is a small utility program that will synchronize your PC's internal clock with one of the several atomic clocks maintained by the United States National Institute of Standards and Technology.

Express Timesync

Express Timesync is an ideal solution for keeping the computer clock accurate. It supports SNTP, TIME, SOCKS 4, SOCKS 4A and SOCKS5 protocol and provides a wide range of options for managing your computer clock time. You can use the built-in time server directory to choose the national time server operating in your region. On the majority of systems, Express Timesync can be configured to deliver time accurate to the order of milliseconds!

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