Second-Generation of ClockMatrix Family of Network Synchronizers and Jitter Attenuators for Optical and Wireline Networks
Renesas Introduces Second-Generation of ClockMatrix Family of Network Synchronizers and Jitter Attenuators for Optical and Wireline Networks.New ClockMatrix 2 Delivers Industry’s First Single Chip Network Synchronizer and Jitter Attenuator with Ultra-Low Jitter Clock Outputs While Supporting all IEEE1588 operating modes
Industry’s Lowest Jitter IEEE 1588 Network Synchronizer and Jitter Attenuator
TOKYO, Japan—Renesas Electronics Corporation (TSE:6723), a premier supplier of advanced semiconductor solutions, today introduced the ClockMatrix 2 high-performance, precision, multi-channel timing devices for 400/800Gbps optical transport and wireline network applications. Building on the ClockMatrix devices introduced in 2019 for 5G wireless and 100/200Gbps wireline network applications, the second-generation family delivers improved performance with phase jitter as low as 88fs-rms.
The highly integrated devices provide all the functionality needed to implement an IEEE1588 clock solution with jitter attenuation capabilities resulting in ultra-low jitter clock outputs for Synchronous Ethernet PHYs with data rates up to 112Gbps PAM-4, reducing design complexity and bill of materials (BOM) requirements, while also allowing customers to apply the timing devices to a wide variety of network applications.
“The shift to 5G is pushing the limits of network speed and precision, raising the bar on clock jitter and synchronization capabilities,” said Bobby Matinpour, Vice President of the Timing Products Division at Renesas. “The new ClockMatrix 2 family delivers on all fronts, with low jitter, high precision, and a wide range of synchronization features in a highly integrated single-chip solution.”
Key Features of the ClockMatrix 2 Family
· Highly integrated, 6-channel precision timing source that eliminates the need for additional jitter attenuators for high-speed interfaces
· 88fs-rms phase jitter on clock outputs to support ultra-low jitter clock outputs for high-speed serial links (up to 112Gbps PAM-4 PHYs)
· Supports multiple standards and protocols including synchronous Ethernet (Sync-E), and IEEE1588
· Adherence to G.8262.1 and G.8262 telecom boundary clock requirements and G.8273.2 Class C and Class D time accuracy
The ClockMatrix 2 system synchronizer can be combined with Renesas’ complementary analog and power offerings to create comprehensive solutions for a variety of applications. For example, ClockMatrix 2 is integrated into the 200/400/800Gbps Fixed Form Factor Switch Solution Winning Combination, along with analog and power offerings from Renesas. Renesas offers more than 250 Winning Combinations with compatible devices for a wide range of applications and end products.
Availability
The RC32614A ClockMatrix 2 system synchronizer is available now. Optional PTP Clock Manager software is also available free of charge under license for use with the RC32614.
- +1 Like
- Add to Favorites
Recommend
- Renesas DSP Solution on Renesas Lab on the Cloud, Input Analog Signals Directly From A Signal Generator To The Rx231 Microcontroller Evaluation Board
- Renesas‘ Semiconductor Manufacturing Factory (Naka Factory) Fire: Production Capacity Has Recovered to 88%
- Renesas Announces 10 New Winning Combinations Integrating Celeno and Renesas Products
- Renesas & Altran to Deploy First Social Distancing Wristwatch Using Ultra-Wideband Chipset with Low Rate Pulse
- Renesas and FAW Establish Joint Laboratory to Accelerate Development of Next-Generation Smart Vehicles
- Renesas Semiconductor Manufacturing Factory (Naka Factory)‘ Production Level Has Returned to 100%
- Renesas and Sequans Expand Their 5G Collaboration including Broadband IoT Module for 5G NR FR1/FR2
- Renesas and Cyberon Partner to Deliver Integrated Voice User Interface Solutions for Renesas RA MCUs Supporting Over 40 Global Languages
This document is provided by Sekorm Platform for VIP exclusive service. The copyright is owned by Sekorm. Without authorization, any medias, websites or individual are not allowed to reprint. When authorizing the reprint, the link of www.sekorm.com must be indicated.