Legacy Products
Masterclock has discontinued the below products. Click on a device below to access data sheets and user manuals. If you are looking for a replacement of one of the below devices, please contact us.
MCR1000
The MCR1000 Master Clock Reference System is a compact, precision time and frequency device.
Learn More
MCR5000
The MCR5000 Master Clock Reference system is a 1RU rack mount, precision time and frequency device.
Learn More
TCC100
The TCC100 converts time code (IRIG-B, SMPTE or EBU) to parallel BCD (Binary Coded Decimal).
Learn More
TCC500
The TCC500 converts time code (IRIG-B, SMPTE or EBU) to 8 digit parallel BCD (Binary Coded Decimal).
Learn More
TCI500
The TCI5000 converts time code (IRIG-B, SMPTE or EBU) to 8 digit parallel BCD (Binary Coded Decimal).
Learn More
TCI-NENA
The TCI-NENA received Time Code (IRIG-B or SMPTE) and generates signals for NENA / PSAP equipment. Supports NENA-defined ASCII outputs.
Learn More
TC0100
The TCO100 is a stabilized oscillator that generates IRIG-B, SMPTE or EBU TIME CODES.
Learn More
CS5-LAN
The CS5-LAN accepts standard RS-422 CS5 signal and converts to UDP/NTP network protocol.
Learn More
CLKNTD12
The CLKNTD is a network analog clock, with a built-in SNTP (Simple Network Time Protocol) client.
Learn More
CLKNTD15
The CLKNTD is a network analog clock, with a built-in SNTP (Simple Network Time Protocol) client.
Learn More
CLKNTD18
The CLKNTD is a network analog clock, with a built-in SNTP (Simple Network Time Protocol) client.
Learn More
CLKTCD12
The CLKTCD series of analog clocks are designed to display precise time referenced from a Time Code source, like SMPTE or IRIG-B.
Learn More
CLKTCD15
The CLKTCD series of analog clocks are designed to display precise time referenced from a Time Code source, like SMPTE or IRIG-B.
Learn More
CLKTCD18
The CLKTCD series of analog clocks are designed to display precise time referenced from a Time Code source, like SMPTE or IRIG-B.
Learn More
Related Articles
Industry LiteratureNetwork Timing Technology: NTP vs. PTP
Time synchronization serves a fundamental role in any network, but it's too often added as an afterthought. However, it can mean the difference between correctly troubleshooting a conflict in…
Read Article
Industry LiteratureGPS vs GNSS: Understanding PNT Satellite Systems
To most people, GNSS satellites are something vague that fly around in the upper atmosphere. From there, the technical details tend to get a bit hairy. As long as they function…
Read Article
Industry LiteratureHow Does GPS Network Time Synchronization Work?
Whether you're trying to get people to show up for a meeting or managing a scalable cloud-based business application, synchronicity is vital. Countless stakeholders and machines play…
Read Article
Industry LiteratureGPS Antenna & Cable Information
The Global Positioning System (GPS) is a worldwide radio-navigation system formed from a constellation of 24 satellites that continuously orbit the earth. Each GPS satellite has on…
Read Article
Industry LiteratureWhy You Need an NTP Server
A network time server is not something many business owners think of, and timekeeping is usually not a priority for network administrators. However, proper network time synchronization…
Read Article
Industry LiteratureUnderstanding IRIG-B Time Code
Accurate timing and synchronization can be accomplished in many ways. While your specific choice of technique depends on your requirements, adhering to proven standards make your systems…
Read Article