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Microchip Announces "SW Redundancy" Timing Grandmaster

Google 우선 소스Published2021.03.19 14:45
Microchip guarantees precise timing/synchronization at all times.
TimeProvider 4100 Grandmaster 2.2 Released
Reduce hardware costs by supporting software redundancy.



Microchip Technology Inc. today announced the availability of its TimeProvider® 4100 Grandmaster Version 2.2, an IEEE 1588 precision timing grandmaster that ensures always-on precision timing and synchronization. The new solution supports multi-band Global Navigation Satellite System (GNSS) receivers and offers enhanced security and a redundancy architecture for high resiliency.
Microchip TimeProvider 4100 Grandmaster Version 2.2
IEEE 1588 Precision Timing Grandmaster Released [Graphic = Microchip]

Redundancy is a key requirement for network infrastructure providers to provide seamless, uninterrupted service. Previous infrastructure relied on expensive, modular architecture-based hardware redundancy to prevent service interruptions. The TimeProvider 4100 Grandmaster version 2.2 supports software redundancy, enabling flexible deployment and reducing hardware costs without sacrificing ports.

Additionally, to prevent time delays caused by space weather, solar activity, and other disturbances that can impact service, we've enhanced resilience by supporting new GNSS multi-band, multi-constellation receivers. Multi-band GNSS is crucial to ensuring accuracy levels of 40 ns for PRTC-B (Primary Reference Time Clock Class B) and 30 ns for ePRTC (Enhanced Primary Reference Time Clock).

Applicable to both new and existing systems, the TimeProvider 4100 Grandmaster version 2.2 supports RADIUS and TACACS+, as well as anti-jamming and anti-spoofing features. An optional super oven-controlled crystal oscillator (OCXO) with enhanced holdover capability is also available for use in the event of GNSS outages.

Additionally, it features hardware expansion modules for legacy fan-out or Ethernet fan-out supporting 10Gb Ethernet, and can be configured to operate as a gateway clock, high-performance boundary clock, or ePRTC in specific operating modes. Additional Microchip technologies are also included, including a rubidium atomic clock, FPGA, Ethernet switch, synthesizer, and cleaning oscillator.
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