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NetTimeLogic's PPS Products deliver precise frequency and phase distribution solutions to maintain synchronization across specialized systems. These products emphasize unyielding accuracy and vendored independence, allowing for broad applicability in various use cases. The PPS suite includes a Master, Slave, and Clock to PPS generator, each facilitating precise synchronization without software intervention. This hardware-only focus helps minimize potential points of failure and maximizes synchronization precision. This suite supports the uncompromised distribution of pulse per second signals critical for distributing time references. Such reliability ensures operational continuity in environments where precise timing, such as in scientific research or telecommunications, is critical.
The NTP suite from NetTimeLogic offers high-performance solutions for environments requiring the synchronization of a vast number of network nodes. Utilizing a hardware-centric design, their NTP Server and Client eliminate the need for software, ensuring consistency and reducing the likelihood of performance bottlenecks. Designed to synchronize over 100,000 clients efficiently, the NTP server offers resilient time distribution across complex network environments. The client's streamlined architecture ensures prompt synchronization of local clocks without additional computational overheads. These robust NTP solutions provide a competitive edge in high-demand scenarios where reliability and accuracy are essential, such as in data centers or large-scale IT infrastructures where seamless uptime is non-negotiable.
NetTimeLogic's PTP Products represent their dedication to highly detailed IEEE1588-compliant precision time protocol solutions. Catering to a broad spectrum of synchronization needs, these products are integral to establishing highly accurate time reference systems in varied applications. Among their offerings are several clock types including Ordinary Clocks, Grandmaster Clocks, and Hybrid Clocks, each designed to perform specific roles in synchronization architectures. The inclusion of hardware-only implementations allows these products to maintain synchronization without requiring software, ensuring consistent, uninterrupted performance. NetTimeLogic's emphasis on vendor independence means these PTP products can be integrated across various FPGA platforms. Whether for network measurement or high-precision industrial controls, these clocks deliver industrial-grade solutions to time-sensitive applications.
Universal Net Red is NetTimeLogic's flagship network redundancy solution that integrates seamlessly with their PTP time synchronization setup, forming the backbone of high-availability synchronized networks. This IP is designed to be a powerful aid in reducing configuration complexity and setup time for redundancy systems. The Universal Net Red provides seamless network redundancy by supporting standardized protocols such as Parallel Redundancy Protocol (PRP) and High-availability Seamless Redundancy Protocol (HSR), ensuring unmatched reliability in network operations. With integration capabilities for additional timestampers and signal-generating cores, this IP is modular and can be configured to meet specific application demands. The approach NetTimeLogic takes with Universal Net Red combines network redundancy with precise time synchronization functionalities, making it ideal for environments where both high availability and synchronization are critical. It’s a preferred choice in settings that demand continuous operation despite potential network failures, by ensuring data continuity and system reliability.
The DCF Products of NetTimeLogic provide solutions for receiving and distributing DCF77 time signals, delivering reliable synchronization over radio waves or through wired transmissions. This suite includes a DCF Slave and Master, each crafted to execute accurate time synchronization without software dependencies. Specifically, the DCF Slave ensures the precise setting of local clocks based on signals from the German longwave DCF77 time signal, while the DCF Master transmits these signals over a wire using PWM DCLS. Such set-ups are vital in environments needing synchronization where GPS signals are unavailable. By deploying these hardware-anchored offerings, organizations can achieve conformity in time-sensitive contexts, from rigorous industrial settings to state-of-the-art communication systems, ensuring consistent and reliable operations.
The Time of Day (TOD) Products by NetTimeLogic cater to systems necessitating meticulous time-of-day synchronization through various message formats such as NMEA, UBX, TSIP, and ESIP. Comprising of both Master and Slave cores, these solutions facilitate accurate time distribution without reliance on software. Both components are constructed on a full hardware foundation, providing fast, dependable performance that supports seamless integration into existing systems. They are particularly beneficial in applications needing exact time readings, such as navigation and precision timekeeping. These tools allow for effective synchronization across numerous subsystems, overcoming timing discrepancies and enabling data alignment across diverse geographic regions. Their comprehensive MBA message support ensures broad compatibility with varied system requirements.
NetTimeLogic's IRIG Products bring forward capabilities for distributing time signals through IRIG-B protocols, highly regarded in industries requiring precise timekeeping. This suite comprises of an IRIG Master and Slave core capable of dual-channel signal distribution using either DC level shift (DCLS) or AC encoding. These IRIG implementations, like much of NetTimeLogic’s offerings, are hardware-centric, guaranteeing high-speed operation independent of software control. The flexibility offered in terms of signal encoding provides versatile integration in varied industrial settings. By adopting IRIG solutions from NetTimeLogic, enterprises can streamline their time-synchronization processes, ensuring that systems and subsystems remain synchronized down to microsecond precision, suitable for defense and aerospace applications.
For applications demanding a balance between continuous time synchronization and quick ramp-ups where no constant source is available, NetTimeLogic provides a Real-Time Clock (RTC) solution. This solution, comprising a Master core, prominently features non-volatile storage of time through I2C. The RTC core’s hardware-only approach ensures zero dependence on soft processors for time read/write operations, allowing for fast, reliable start-ups. This makes the product ideal for use in systems where rapid access and accuracy of absolute time are crucial. With its seamless integration capabilities, the RTC product expertly supplements existing synchronization infrastructures, making it an indispensable tool for industries where precise time retention and synchronization is necessary, such as in server management and network control systems.
The Universal Time Sync from NetTimeLogic is a versatile synchronization solution offering an expansive set of features for managing synchronization tasks with minimal effort and cost. Known as the Swiss Army knife of synchronization, this IP provides a comprehensive approach by integrating multiple synchronization cores such as PTP, IRIG, PPS, RTC, and NTP. Each core can operate independently or be interconnected, and they share a common clock that is crucial for synchronization tasks across various cores. The Universal Time Sync supports configurable signal generation and timestamping, enabling seamless interaction with user logic bound with a synchronized clock. Users benefit from its flexible configuration options, including the ability to use standard interfaces like AXI4 Lite and MII/GMII without requiring a CPU. This product is priced dynamically based on component number, ensuring scalability and adaptability to different system needs. The integration of UTS with additional cores allows users to establish a synchronized system that caters perfectly to their specific requirements. The solution is engineered to adapt easily, offering high flexibility while maintaining the highest synchronization standards. This makes it especially beneficial for applications requiring precise timing and coordination across various synchronized units.
NetTimeLogic's Time Sensitive Networking (TSN) suite brings robust solutions for facilitating synchronized network communications with stringent real-time requirements. Building upon their established time synchronization and network redundancy cores, TSN solutions cover a wide array of protocols crucial for managing tasks such as deterministic forwarding and priority handling. NetTimeLogic's TSN products uniquely enable the integration of North-South traffic flows using technologies such as credit-based shaping, cyclic scheduling, and preemption, all supported in their FPGA cores. These solutions are designed for FPGA independence, ensuring that customers benefit from vendor flexibility while achieving high performance in latency-sensitive applications. The TSN suite also facilitates participation in IIC testbeds by providing compliant companion cores, making it a versatile solution for organizations aiming to validate their systems in controlled environments. This flexibility and comprehensiveness render the TSN suite a valuable product for mission-critical applications where precision and reliability are non-negotiable.
NetTimeLogic's Network Redundancy Products provide robust solutions for critical network systems that mandate reliability and fault tolerance. Operating in modes such as PRP (Parallel Redundancy Protocol) and HSR (High-availability Seamless Redundancy Protocol), these solutions ensure seamless operation even during network interruptions. Implemented entirely in hardware, these redundancy-based IPs offer assurance against data loss and communication breakage, making them ideal for high-stakes environments where continuous uptime is a necessity. By harnessing the full possibilities of FPGA-based solutions, users gain the advantage of high-speed operations without sacrificing reliability. These redundancy protocols are crucial in industries like utilities, transportation, and aerospace, where communication networks must remain operational at all times, regardless of the conditions. The flexibility and adaptability of these products ensure they cater precisely to unique system requirements.
The SyncE (Synchronous Ethernet) Product by NetTimeLogic streamlines the distribution of clock signals across Ethernet infrastructure. Designed for settings where precise synchronization of multiple Ethernet devices is needed, this core encompasses functionalities outlined in ITU-T G.8264. Central to the SyncE solution is the management of ESMC and Enhanced ESMC messages, adhering to the configuration protocols necessary for smooth operation and accurate state decision making. The hardware-based implementation guarantees stability and independence from processing lags or failures associated with software-driven solutions. Enterprises requiring robust and reliable Ethernet synchronization will find NetTimeLogic’s SyncE core invaluable, particularly in telecom and data network markets, where ensuring clock signal consistency across devices is imperative.
NetTimeLogic's Clock Products are designed to enhance the synchronization process by delivering additional function-specific offerings like adjustable clocks, signal generators, and timestampers. Each product adds value by allowing more precise control and management of synchronization tasks in different applications. The adjustable clock product facilitates synchronization by allowing dynamic adjustments with offset and drift corrections, generating an aligned millisecond event. Meanwhile, signal generators allow for the production of frequencies and pulses synchronized with the main clock, ideal for distributed systems coordination. Additionally, this suite includes frequency generators that can output frequencies between 1Hz to 10MHz, all aligned with synchronized clocks. In essence, these products bridge the gap between raw synchronization and applied clocking solutions, ensuring versatile use across sectors that require precise timekeeping.
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