Wireless TimeSync: Difference between revisions
(Created page with "right ==Wireless Precision Time Synchronization- Workstream #7== [https://www.opencompute.org/wiki/Time_Appliance_Project Time Appliances Project] ==Objectives== * ==Project Team== :- Lead: [mailto:shiga@nict.go.jp Nobuyasu Shiga] ---- ==Documents== ==Regular Project Calls== ==Recording from Past Calls== {| class="wikitable" |}") |
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== | ==Precision Time Synchronization over Wireless- Workstream #7== | ||
[https://www.opencompute.org/wiki/Time_Appliance_Project Time Appliances Project] | [https://www.opencompute.org/wiki/Time_Appliance_Project Back to Time Appliances Project's wiki] | ||
The aim of this project is to develop a wireless precision time synchronization solution that can be implemented in data centers to enhance availability, precision, traceability and resilience of the time sync. The workstream will explore the feasibility of wireless two-way time and frequency comparison over existing wireless communication standards such as Wi-Fi, Zigbee, Bluetooth, LoRa, among others. | |||
The goal is to provide a precise synchronization to uses via wireless synchronization. By transforming any wireless communication device into a precision synchronization device, we aim to synchronize the user devices and the data centers. | |||
==Objectives== | ==Objectives== | ||
To make precision time available to devices through diverse wireless communication channel | |||
The project includes: | |||
:- Wireless synchronization with software defined radio (with RF chipsets: LoRa, Sub GHz, 60GHz, THz, etc) | |||
:- Wireless synchronization with Wi-Fi Chipsets | |||
:- Wireless synchronization with RF chipsets in general | |||
==Project Team== | ==Project Team== | ||
:- Lead: [mailto:shiga@nict.go.jp Nobuyasu Shiga] | :- Lead: [mailto:shiga@nict.go.jp Nobuyasu Shiga, Ph.D.] | ||
:- Co-Lead: [mailto:julianstj@meta.com Julian St. James] | |||
:- Co-Lead: [mailto:aarun@ucsd.edu Aditya Arun] | |||
---- | ---- | ||
==Documents== | ==Documents== | ||
Latest revision as of 23:47, 18 December 2023
Precision Time Synchronization over Wireless- Workstream #7[edit]
Back to Time Appliances Project's wiki
The aim of this project is to develop a wireless precision time synchronization solution that can be implemented in data centers to enhance availability, precision, traceability and resilience of the time sync. The workstream will explore the feasibility of wireless two-way time and frequency comparison over existing wireless communication standards such as Wi-Fi, Zigbee, Bluetooth, LoRa, among others.
The goal is to provide a precise synchronization to uses via wireless synchronization. By transforming any wireless communication device into a precision synchronization device, we aim to synchronize the user devices and the data centers.
Objectives[edit]
To make precision time available to devices through diverse wireless communication channel The project includes:
- - Wireless synchronization with software defined radio (with RF chipsets: LoRa, Sub GHz, 60GHz, THz, etc)
- - Wireless synchronization with Wi-Fi Chipsets
- - Wireless synchronization with RF chipsets in general
Project Team[edit]
- - Lead: Nobuyasu Shiga, Ph.D.
- - Co-Lead: Julian St. James
- - Co-Lead: Aditya Arun