Microsemi has increased the capacity of a precision time protocol client that provides synchronization capabilities for LTE networks

Microsemi Corpora TIon (NYSE: MSC), a leading provider of differentiated semiconductor technology solutions for power, safety, reliability and performance, announces its simultaneous TIMEProvider® for LTE networks The 2700 PTP Master Clock (GM) has twice the Precision Time Protocol (PTP) client capacity. The TImeProvider 2700 now provides hardware timestamp support for up to 128 PTP clients, making the cost-effectiveness of using a single GM clock even more significant.

The installed TImeProvider 2700 can be upgraded to larger client capacity support without additional hardware, further enhancing ease of deployment with higher capacity. This significantly improves scalability and can easily accommodate PTP capacity expansion due to future network growth, while minimizing future hardware investments or hardware replacement. Microsemi's TimeProvider 2300 Edge Boundary Clock also supports capacity expansion of up to 128 PTP clients.

Barry Dropping, Director of Product Management at Frequency and Timing, Microsemi, said: "Mega Senmei is the world's timing technology standard, and we are committed to continuously developing timing solutions from the core of the network to the boundaries. With new technologies such as LTE Advanced and small cells, The new standards are deployed and we are committed to providing our customers with solutions that leverage their existing network investments to meet evolving needs."

The advanced services provided by LTE and LTE-A require dense deployment of densely populated metros and radio access networks (RANs) in metropolitan areas, thus requiring more synchronization for more clients/RAN nodes in the network. Supported needs. Now, Microsemi has added PTP capacity to the TP2700, enabling operators to provide these advanced services to end customers by providing accurate frequency and phase to support their doubling of end nodes.

The TimeProvider family is the industry's first optimized family of synchronization solutions that provide precise timing from the core of the network to the network boundary, enabling fast transitions of Ethernet mobile backhaul and improving the mobile service experience for end users. The TimeProvider family fully supports the PTP specification promulgated by the International Telecommunication Union (ITU) in the field of frequency and phase synchronization, and has excellent client capacity scalability, enabling wireless carriers' networks to move forward seamlessly, ensuring LTE connectivity. And small cell deployments provide quality service.

The Global Mobile Suppliers Alliance (GSA) noted that a total of 79 operators have launched, deployed or are experimenting with LTE Advanced technology in their networks. The GSA also said that 21 operators have launched LTE Advanced carrier aggregation in 14 countries. With more than 200 networks deploying IEEE 1588 solutions worldwide, Microsemi's SyncWorld® Ecosystem Program is dedicated to providing the industry's most comprehensive synchronization solution for these 4G/LTE networks.

About Microsemi's carrier-grade PTP timing product portfolio

The TimeProvider family features the IEEE 1588 PTP Grand Master feature, enabling communication service providers to build accurate, robust, and reliable network timing infrastructure. TimeProvider 5000 is the best choice for the core network, with large PTP client capacity, full redundancy protection, and meets PTP specifications such as ITU-T G.8265.1 and ITU-T G.8275.1.

TimeProvider 2700 Edge Grandmaster Clock and TimeProvider 2300 Edge Boundary Clock provides synchronization in mobile backhaul networks and small cell aggregation nodes to help operators achieve cost-effective deployment, reduce asymmetric timing errors, and meet the stringent requirements of 4G/LTE network synchronization. These boundary master clocks are also an excellent choice.

The new indoor integrated GNSS Master IGM-1100i provides convenient and cost-effective indoor deployment synchronization at the network boundary. The IGM-1100i is a breakthrough technology in the field of small cell synchronization, without the need for an external GPS antenna and deployed over Ethernet.

Microsemi has also built a leading silicon-based embedded IEEE 1588 PTP slave clock and boundary clock designed for a wide range of base stations, small cell and PTP identification switching devices.

All clocks are managed end-to-end synchronously by Microsemi's TimePictra software, which is now extended to support not only Micron's clock products, but also third-party PTP slave clock monitoring. Synchronous monitoring is suitable for closely observing and tracking end-to-end synchronization chains, including path switching components and embedded boundary clocks and endpoint slave clocks in endpoint base stations or small cells.

About Microsemi

Microsemi Corporation (Nasdaq, NY: MSCC) provides a comprehensive range of semiconductor and system solutions for communications, defense and security, aerospace and industry, including high-performance, radiation-tolerant analog hybrid ICs. Programmable logic devices (FPGAs); customizable system-on-chip (SoC) and application-specific integrated circuits (ASICs); power management products; clocks, synchronization devices, and precision timing solutions set standards for clock products worldwide; voice processing devices; Solutions; discrete components; security technologies and scalable anti-tampering products; Ethernet solutions; Power over Ethernet (PoE) ICs and power mid-range (Midspan) products; and custom design capabilities and services. Headquartered in Aliso Viejo, California, USA, the company employs approximately 3,600 people worldwide.

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