• Modular design with multiple reference paths built in for high-availability. 
• 6 expansion slots for customization and expansion. 
• Industry-first GPS integrity checking with Timewall™ 
• Unique optical crosslink architecture for either Master-Slave hierarchical setups or Master-Master crosschecking and failover 
• LCD display and keypad for basic status and configuration – secure web browser for detailed setup.

• Single-slot 32 bit PCI Express module 
• IRIG A, B, NASA 36, 1 PPS sync inputs 
• GPS sync option (maintains single-slot) 
• HaveQuick sync input option 
• Propagation delay correction 
• Zero latency time reads 
• Match Time output 
• IRIG-B time code output (option) 
• External Event time tags 
• Three user programmable rates 
• Supports Windows 8 & 10 
• Digitally Signed WHQL Driver

• IRIG A & B, NASA 36 and 1 PPS inputs standard
• HaveQuick sync option
• Propagation delay compensation
• Zero latency time reads
• Match Time output
• IRIG B time code output
• External Event time tags
• On-board GPS receiver option
• Three user programmable rates
• Conduction Cooled Version

• First commercial high-performance cesium atomic clock using optical pumping — 100 times more atoms can be measured compared to magnetic clocks.
• Offers 10 times higher clock stability.
• Double the operational lifetime compared with traditional magnetic cesium clocks.
• Wide range of ultra-low noise frequency outputs (e.g. 5 MHz, 10 MHz, 100 MHz) — plus multiple 1PPS outputs, supporting high-precision timing distribution.
• Frequency accuracy ≤ ±5 × 10⁻¹³; reproducibility after power cycle ≤ ±1 × 10⁻¹³.
• Adjustable frequency offset: resolution ±1 × 10⁻¹⁵, range ±1 × 10⁻⁹.
• Rack-mount (3RU, 19″)

• Modular Timing System 
• Flexible 
• Upgradeable 
• Redundant 
• Hot Swappable Modules 
• High Accuracy 
• Network-Centric 
• Rugged 
• Environmentally Qualified 
• Automatic Propagation Delay Compensation 
• Flexible input reference – GPS, Have Quick, IRIG B

• Wide Input Bandwidth 
• Input Isolation 
• Automatic & Manual Changeover 
• Transformer Coupled Outputs 
• Twenty four Outputs 
• Front Panel Status Indicators 
• Fault Discrete Inputs 
• Compact 1U, 19” rack mount

• Network Time Server 
• Dual Redundant Version Available 
• Complete Remote Network Control using Standard Web Browser 
• SAASM/M-Code GPS Receiver 
• 10MHz, 1PPS IRIG B, Serial and Time Codes 
• Timing Accuracy 40ns _rms to UTC 
• 1PPS, Have Quick Inputs

• Single-slot 32 bit PCI Express module 
• IRIG A, B, NASA 36, 1 PPS sync inputs 
• HaveQuick sync input option 
• Propagation delay correction 
• Zero latency time reads 
• Match Time status / interrupt 
• IRIG-B time code output (option) 
• External Event time tag 
• User programmable heartbeat rate interrupt

Food and beverage technology is changing the global food and beverage industry from production to delivery. Consumer and market demand for sustainable and healthy products also means stricter regulations that promote safe consumption, sustainable package production, and effective recycling or disposal. These trends add up to a heightened demand for organizations in the industry to commit to testing protocols that ensure food safety, quality, and compliance with evolving standards. Facilities and manufacturers face challenges such as implementing advanced traceability systems, ensuring the safety and efficacy of new ingredients and packaging materials, and adhering to rigorous environmental regulations. Additionally, the rise of automation and digitalization in food production results in new challenges related to interoperability and cybersecurity. Testing facilities must adapt swiftly to support R&D efforts, ensuring the safe, efficient, and compliant production of innovative food and beverage products in a rapidly changing market landscape.