TAP Oscillators: Difference between revisions

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Time Appliances Project - Workstream #4
[[File:Screenshot_2020-07-01_16.35.12.png|right]]
 
==Workstream #4==
[https://www.opencompute.org/wiki/Time_Appliance_Project Time Appliances Project]


==Objective==
==Objective==
: Time APIs to disseminate the time error (error bound) and bring accurate time to the user space
: Implementors needing to select oscillators for synchronizing networks in data centers face several challenges. Synchronization is a system-level requirement that is unclear how to satisfy by reading an oscillator datasheet. This makes it difficult and time consuming to select oscillators, leading to inconsistent and unpredictable PTP performance in the network. Therefore, the goal of this workstream is to specify classes of oscillators for common data center use cases to make it easier and faster to compare and select oscillators with high confidence to achieve a given level of PTP performance.


==Project Team==
==Project Team==
:- Lead: [mailto:ggiust@sitime.com Gary Giust (SiTime)]
:- Lead: [mailto:ggiust@sitime.com Gary Giust (SiTime)]
:-
:-
:-


==Recordings from Workstream Calls==
==Documents==
:- [https://www.opencompute.org/documents/ocp-tap-oscillator-spec-jan-8-2022-docx-pdf Requirements Document for OCP-TAP Oscillator Classes (Jan 8, 2022)]
 
==Recording from Past Calls==
{| class="wikitable"
{| class="wikitable"
|-
|-
! Recordings !! Slides
! Recordings !! Slides
|-
| [https://drive.google.com/file/d/1HLcrq7dNSdfLOm_I_SLW02FLafMBWQ3X/view?usp=sharing Nov-30, 2022] Class B1 osc specs, test method: daily aging
|
|-
| [https://drive.google.com/file/d/1zUo-0HsSk-6yE0agOKJKJebtcfAu-jqD/view?usp=share_link Nov-16, 2022] Class B1 sys specs, test method: freq over temp slope
|
|-
| [https://drive.google.com/file/d/1ADDWmHf787E9skbWpd3ZCfuHsbptf4W8/view?usp=sharing Sep-21, 2022] Test method: freq stability over temp
|
|-
| [https://drive.google.com/file/d/1OooOkd_Dwrg0yCwhjlY0xMeqSsmy9Y8A/view?usp=sharing Aug-24, 2022] Test method: framework proposal
|
|-
| [https://drive.google.com/file/d/1JR--ArSWvf99No4swK--1zhNUN1yy7u2/view?usp=sharing Jun-29, 2022] Test method: initial discussion, compliance options
|
|-
| [https://drive.google.com/file/d/1FjEqr-14R4Vt0VEtKKyq90SAci0r8jbS/view?usp=sharing Apr-6, 2022] Recap of oscillator classes and use cases
|
|-
| [https://drive.google.com/file/d/1joauJq4oBpisjwt7tf6apZ3TTX-l3syY/view?usp=sharing Mar-23, 2022] Classes F1, T1
|
|-
| [https://drive.google.com/file/d/1v7rAdHIYnO83-Ujp0ozrxPjC5tPvpWPM/view?usp=sharing Feb-2, 2022]
|
|-
| [https://drive.google.com/file/d/1kyptpA4o0PX_SMhsKARGpjlSAP5N5e-d/view?usp=sharing Jan-5, 2022]
|
|-
| [https://drive.google.com/file/d/1mJODWTyLR49j9-WaFYphoKe98hdA_TU_/view?usp=sharing Dec-1, 2021]
|


|-
|-

Latest revision as of 20:54, 30 November 2022

Screenshot 2020-07-01 16.35.12.png

Workstream #4[edit]

Time Appliances Project

Objective[edit]

Implementors needing to select oscillators for synchronizing networks in data centers face several challenges. Synchronization is a system-level requirement that is unclear how to satisfy by reading an oscillator datasheet. This makes it difficult and time consuming to select oscillators, leading to inconsistent and unpredictable PTP performance in the network. Therefore, the goal of this workstream is to specify classes of oscillators for common data center use cases to make it easier and faster to compare and select oscillators with high confidence to achieve a given level of PTP performance.

Project Team[edit]

- Lead: Gary Giust (SiTime)

Documents[edit]

- Requirements Document for OCP-TAP Oscillator Classes (Jan 8, 2022)

Recording from Past Calls[edit]

Recordings Slides
Nov-30, 2022 Class B1 osc specs, test method: daily aging
Nov-16, 2022 Class B1 sys specs, test method: freq over temp slope
Sep-21, 2022 Test method: freq stability over temp
Aug-24, 2022 Test method: framework proposal
Jun-29, 2022 Test method: initial discussion, compliance options
Apr-6, 2022 Recap of oscillator classes and use cases
Mar-23, 2022 Classes F1, T1
Feb-2, 2022
Jan-5, 2022
Dec-1, 2021
Sep-1, 2021; Sep-8, 2021; Sep-15, 2021; Sep-22, 2021
Aug-11, 2021; Aug-25, 2021
Jul-21, 2021
Jun-2, 2021;Jun-9, 2021; Jun-23, 2021
May-5, 2021; May-12, 2021; May-19, 2021, May-26 2021
Apr-7, 2021; Apr-14, 2021;Apr-21, 2021;Apr-28, 2021;
Mar-18, 2021; Mar-31, 2021; Mar-18, 2021