Is this your business? Claim it to manage your IP and profile
The Time of Day (TOD) products from NetTimeLogic offer reliable synchronization for time-sensitive systems using various proprietary and industry-standard communication protocols, such as NMEA, UBX, TSIP, and ESIP. Their offerings include both a TOD Master and a Slave, implemented entirely in hardware to ensure uniform performance across systems without resorting to software or soft-core CPUs. The TOD Master generates synchronized NMEA messages to ensure consistency in distributed systems. Conversely, the TOD Slave parser interprets complex incoming signals to adjust and manage local time settings seamlessly. Providing robust solutions in critical environments, these TOD cores are vital for applications in navigation, aviation, and any scenarios where precise time-of-day information is indispensable.
NetTimeLogic provides specialized IRIG products designed for effective time distribution using standard IRIG protocols. The IRIG Master core outputs precise time signals, facilitating coordinated time distribution across systems without relying on external software conditions. Correspondingly, the IRIG Slave core reads and synchronizes an incoming IRIG signal to the local clock system. Both the Master and Slave cores are implemented strictly in hardware, ensuring minimal overhead and compatibility with various FPGA setups. Designed for robustness, these cores support DCLS and AC encoding, leveraging external DAC and ADC components. This hardware-only design supports critical applications requiring synchronized time across diverse platforms, from scientific measurements to industrial automation.
NetTimeLogic's DCF products provide robust time synchronization solutions leveraging the DCF77 signal, commonly used in Europe for precise timekeeping. Consisting of a DCF Master and Slave, these cores facilitate time synchronization without software dependency, implemented entirely in hardware for optimal performance. The DCF Master transmits precise time signals to facilitate synchronization across connected systems, while the DCF Slave decodes incoming DCF77 signals for internal clock synchronization. These cores support PWM and DCLS encoded signals, offering hardware-only decoding and processing for various environments. These components are critical in applications where independent time synchronization is necessary, such as broadcast environments and signal distribution systems.
Precision Pulse Per Second (PPS) products are foundational for achieving high precision timing across networked systems. NetTimeLogic offers three distinct kinds of PPS cores: PPS Master, PPS Slave, and a converted PPS Clock generator. Each is fully implemented in hardware, eliminating the need for additional software or processors and ensuring compatibility across different FPGA environments. The PPS Master distributes accurate time signals, while the PPS Slave synchronizes local systems to an incoming PPS signal. The PPS Clock generator is used to create precise timing signals from a synchronized clock. These offerings are crucial in scenarios demanding precise temporal control, such as synchronization of distributed systems for control applications and measurement systems.
The NTP products from NetTimeLogic are designed for high-efficiency network time synchronization using the Network Time Protocol. Their primary product is a dedicated NTP server capable of synchronizing over 100,000 clients simultaneously, built to provide exceptional accuracy and performance. Implemented entirely in hardware without dependence on software or soft-core processors, these solutions enable robust and reliable synchronization tasks. The emphasis on hardware-only configurations allows for quick deployment and low-latency operation, ideal for environments demanding high precision. Additionally, NetTimeLogic's solutions support the Simple Network Time Protocol (SNTP) client, which adjusts local clocks by synchronizing them with NTP. This combination offers a comprehensive suite for large-scale, time-sensitive applications.
NetTimeLogic offers a variety of Precision Time Protocol (PTP) cores which are integral for synchronized timekeeping in distributed systems. The company provides several PTP implementations that adhere to the IEEE1588 standard, including the Ordinary Clock, Grandmaster Clock, Transparent Clock, and Hybrid Clock. These cores are crafted in full hardware and require no soft-core CPUs, which significantly enhances their robustness and reliability. The Ordinary Clock is an all-hardware embodiment of a standard PTP clock, while the Grandmaster Clock serves as a time reference for network synchronization, delivering precise time distribution. Meanwhile, the Transparent Clock facilitates the seamless transmission of timing information across a network, correcting transit delays. The Hybrid Clock combines features of both an Ordinary and Transparent Clock, facilitating advanced synchronization tasks. All these offerings ensure high precision and reliability for networked systems required to operate in concerted synchronization.
NetTimeLogic's Clock Products are engineered to enhance the synchronization capabilities of various systems through versatile timing solutions. An adjustable clock serves as the core component, allowing real-time adjustments to time offsets and drifts, ensuring precise alignment with desired time sources. Complementing this are frequency and signal generators that can produce precise, user-defined outputs for a wide range of applications. These tools are vital for distributed control systems where synchronization and time stamping are crucial, such as telecommunications and industrial automation. The hardware-only design ensures high reliability and performance without the complexities of CPU-dependent processing, providing robust support for synchronized operations across complex networks.
The Network Redundancy Products from NetTimeLogic are critical for ensuring uninterrupted network availability and reliability. Implemented entirely in hardware, these products support the two primary redundancy protocols, HSR (High-availability Seamless Redundancy) and PRP (Parallel Redundancy Protocol), based on the IEC 62439-3 standard. These cores support Dual Attached Nodes (DAN) and Redundancy Boxes (RedBox), seamlessly maintaining connectivity and data flow even in equipment failures. By eliminating reliance on software layers, NetTimeLogic’s solutions reduce complexity and increase robustness. These features are essential in mission-critical networks where downtime is not an option, such as energy management systems, telecommunications, and automation processes.
NetTimeLogic's RTC (Real-Time Clock) products deliver high-precision non-volatile time storage solutions. The RTC Master core offers seamless read and write operations synchronized across systems using I2C protocols. Designed as a robust add-on for environments where absolute time precision is vital, the RTC Master stores reliable time data synchronously with synchronization solutions from NetTimeLogic, especially when conventional reference sources are unavailable. This hardware-only implementation ensures consistent and accurate time-keeping without the need for supplementary processors. By focusing on persistent time storage, these products are ideal for industries where historical time data is critical, including data logging and real-time monitoring systems.
SyncE products from NetTimeLogic are crucial for handling Synchronous Ethernet (SyncE) messages and delivering reliable time synchronization over packet networks. Their SyncE Node is engineered for ESMC and Enhanced ESMC message processing, integrating state decision making based on ITU-T G.8264 standards. Operating entirely in hardware, this solution does not require CPUs or software, ensuring seamless performance across numerous environments. These products enable consistent timing in networking equipment, making them indispensable in telecommunication infrastructure where time synchronization is key to maintaining service quality and efficiency. The adaptability of the SyncE Node supports a broad range of networking implementations, crucial for modern network operations.
Join the world's most advanced semiconductor IP marketplace!
It's free, and you'll get all the tools you need to discover IP, meet vendors and manage your IP workflow!
Join the world's most advanced AI-powered semiconductor IP marketplace!
It's free, and you'll get all the tools you need to advertise and discover semiconductor IP, keep up-to-date with the latest semiconductor news and more!
Plus we'll send you our free weekly report on the semiconductor industry and the latest IP launches!
To evaluate IP you need to be logged into a buyer profile. Select a profile below, or create a new buyer profile for your company.
