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Windows is an Indian film production and distribution company based in Kolkata. The company was established by Nandita Roy and Shiboprosad Mukherjee in 2002. The company is one of the leading Bengali film production houses in Eastern India. Films
YearTitleCastDirector(s)2024Bohurupi†Abir Chatterjee, Ritabhari Chakraborty, ...Nandita Roy, Shiboprosad Mukherjee2024Amar Boss†Rakhee Gulzar, Srabanti Chatterjee, ...Nandita Roy, Shiboprosad Mukherjee2024Dabaru †Rituparna Sengupta, Arghya Basu Roy, ...Pathikrit Basu2023Shastry Virudh ShastryNandita Roy & Shiboprosad Mukherjee- Overview
- Manufacturing overview
- Overall considerations
- Pre-factory floor image updates
- SMT / Assembly phase
- Hardware test and run-in phase
- Software download phase
- Quality assurance phase
- Remanufacturing
- Manufacturing checklist
The Manufacturing WEG provides original equipment manufacturer (OEM) and ODM partners with a roadmap of the ideal manufacturing process for Windows 10 and later devices, with guidance for potential pitfalls and opportunities to streamline the process.
Many decisions that affect manufacturability are made early in the engineering effort of a new device, so careful consideration should be made to ensure the lowest overhead production process is selected. Every extra minute spent on the manufacturing floor equates to extra cost for the final product. The Manufacturing WEG is intended to provide OEM and ODM partners with a roadmap of the ideal manufacturing process that brings together software and hardware on the factory floor. This WEG also provides opportunities to streamline the process and guidance for how to plan for and avoid common problems. Our manufacturing and deployment recommendations are meant to help you:
•Optimize the image disk footprint on desktops
•Enable Windows deployment on small capacity disks on desktops
•Shorten image deployment time
•Simplify the imaging process
•Simplify OEM Activation (OA3) injection/reporting process on desktops. Mobile devices do not require activation.
Manufacturing path
There are two general manufacturing paths you can take depending on your business—Build to Stock (BTS) and Build to Order (BTO). As you review the guidelines in this document, consider the manufacturing path for the device in order to prioritize investments in each phase and save as much time as possible for your customized process. For a walkthrough using desktop devices, see our manufacturing end-to-end lab. For mobile devices, you must use the BTS manufacturing path.
Build to order (BTO)
BTO devices start with a basic image and then receive the majority of their customizations during the manufacturing process. The primary advantage is the flexible software bill of materials, which allows for late-breaking changes. The drawbacks include a more complex image creation and manufacturing process, extra time on the factory floor, and growing image sizes.
Build to stock (BTS)
BTS devices have images that are customized almost entirely in the lab. BTS processes are simpler to plan and produce, are faster on the factory floor, have higher quality control, and have a controlled disk size. BTS devices still need to allow for late breaking changes on the factory floor. For desktop editions of Windows 10 and Windows 11, many of these changes can be done using offline servicing.
Golden images are generally handed off to the ODM from the OEM before production begins. These images almost always require some updating. When you update the golden image, you won’t have to perform the updates on each device. This leads to less time on the factory floor for each device and increases quality.
Updates to the image can include drivers, Windows Updates, software, OEM customizations, and app packages (.appx).
Implementation
•Calibrations •Sensors •Touchpad •Touchscreen •RF •Camera
For this phase, you can:
•Use Microsoft Validation OS, a lightweight, fast, and customizable Windows 11-based operating system that you can use on the factory floor to diagnose, mitigate and repair hardware defects during Windows device manufacturing.
Considerations
Care should be taken to minimize the amount of time spent on this phase. While some long durations are unavoidable (such as BTO customizations), we encourage our partners to calculate the costs vs. benefits of streamlining as much as possible.
Goals
Create an efficient and resilient imaging system with a minimum amount of overhead. Move as many steps as possible to the Pre-Factory Floor Image Updates.
Implementation
1.Boot the machine to WinPE. To deploy Compact OS, you'll need to use the Windows 10, or later, version of Windows PE. You can boot WinPE in a variety of ways: •Using PXE •Using a removable USB drive •Preinstalling WinPE on the hard disk 2.Create the hard drive partition structure using diskpart. For more information, see UEFI/GPT-based hard drive partitions 3.Apply the images that you created using DISM to the Windows partitions. For more information, see Capture and Apply Windows, System, and Recovery Partitions. Optional: Use the same image as a recovery image on a separate USB flash drive. This USB disk no longer needs to be sourced from an authorized replicator. For more info, see Create media to run push-button reset features. 4.Boot the device into audit mode. •Make any final image modifications. This is where many BTO modifications are made. •If APPX apps were installed before additional language packs were added, reinstall the apps so they can support the new languages. This includes inbox applications. •Microsoft strongly advises that OEMs run DISM with the /StartComponentCleanup /resetbase flags to gain additional free disk space. •Ensure .NET Framework apps are compiled by running the following commands On 64-bit machines, do the same for 64-bit CLR: •Create the OA3 computer build report (CBR) using OAtool.exe, inject the key into firmware, and validate the provisioning. •If you’re using Windows Preinstallation Environment (WinPE) 5.x, fix the timestamps. (This step is not necessary if you’re using WinPE for Windows 10). •Run Sysprep /oobe to prepare the system for the end user. •Enable Secure Boot (if implemented).
Considerations
Once the system has gone through OOBE for this QA pass, it will need to be reset in order to assure the end-user experience is excellent.
Goals
Assure a good customer experience and reduce time spent rebuilding machine.
Implementation
The device should return to the production line to be re-imaged.
Once the device has passed through OOBE (for any reason) the device needs to be reimaged. In the factory, the device can simply be added back onto the Software Download Station after the TPM has been cleared (if equipped).
If the device needs to be serviced in the field by a 3rd party, then Push Button Reset should be used. This will guarantee the machine is returned back to the full factory configuration while still remaining simple to execute.
Windows 10 manufacturing task timeline
You can use this checklist to plan your manufacturing tasks.
View full company info for Windows Production House. 1. Fatafati (2023) 132 min | Drama. 7.2. Rate this. Phullora Bhaduri, a tailor from the suburbs with a gifted sense of designing, is ridiculed for being on the heavier side. Can she become a fashion influencer despite the odds?
Feb 18, 2021 · For us we had to use Docker EE on Windows Server 2019 because we needed .NET Framework, but whenever we have a chance we make Linux images. If you can avoid using Docker EE on Windows I would strongly suggest you to use Linux as your production environment.
Yes, that's normal, If you dig down into the details of the certificate, Microsoft Windows [Production PCA] is typically the issuer or signer of the certificate, while Microsoft Corporation is listed as the Company.
Sep 2, 2021 · On a fresh installed windows an outdated Microsoft certificate might result from an old Windows installation media. You probably installed an outdated release of windows 11. Current release: Windows 11 Update 2022, Version 22H2 => Go to Settings > Windows Update and let the system update itself. These updates are
Feb 13, 2024 · The new Microsoft Windows UEFI CA 2023 will be used to sign Windows boot components prior to the expiration of the Windows Production CA 2011. This DB update will be optional for the February 2024 servicing and preview updates, and can be manually applied to devices.
