While open-source drivers for Intel, AMD, and many network chips are stellar, Nvidia GPUs remain a recurring headache. Nouveau (open driver) lacks re-clocking for modern cards; the proprietary Nvidia driver works but breaks with kernel updates and lacks Wayland support parity. For users with Optimus laptops, the pain is real.

| Tier | OS Options | User Profile | Support Level | |------|------------|--------------|----------------| | Gold | Windows 11 Pro, macOS 14+, Ubuntu 22.04 LTS | General business, engineering, design | Full IT helpdesk, same SLAs | | Silver | Fedora Workstation, Pop!_OS, Windows 10 IoT LTSC | Power users, developers, data science | Best-effort + self-serve knowledge base | | Experimental | Arch, FreeBSD, NixOS | R&D, security research | No SLA; user maintains own system |

Important: Limit total tiers to 3–4 to keep testing and patching feasible.

OpenChoice Desktop is a free utility application from Tektronix used to capture and transfer screen images, waveform data, and settings from compatible oscilloscopes to a Windows PC. Key Capabilities

Data Capture: Retrieves waveform data and allows it to be saved as .csv files for further analysis in tools like Excel.

Screen Screenshots: Captures the oscilloscope's display screen directly to the PC for documentation and reporting.

Instrument Settings: Transfers and saves instrument configurations for easy recall or system setup.

Connectivity: Supports communication via USB, GPIB, RS-232, and LAN. Prerequisites for Use

TekVISA: The Tektronix implementation of VISA must be installed on the PC for the application to communicate with the instrument.

Compatible Hardware: Designed for previous-generation Tektronix oscilloscopes, including the TDS1000, TDS2000, TDS3000, and MSO/DPO2000B series.

Drivers: Specific USB drivers may be required depending on the oscilloscope model (e.g., the THS3000 series). Basic Operation Steps

Connect: Securely connect the oscilloscope to the computer (e.g., via USB).

Select Instrument: Launch OpenChoice Desktop, click Select Instrument, and choose your device from the list (often labeled as USB0::...::INSTR). Capture Data: For images: Use the Get Screen operation.

For waveforms: Click Waveform Data Capture, select your channels, and click Get Data.

Save: Use Save As to export the captured information to your preferred format.

To "prepare a piece" (capture data or a screen image) using the Tektronix OpenChoice Desktop application, follow these steps to connect your oscilloscope and extract the information you need. 1. Connection Requirements

Hardware: Connect your oscilloscope to the PC via USB, GPIB, RS232, or LAN.

Drivers: Ensure TekVISA (v4.1.0 or higher) is installed on your Windows PC; it is required for the software to communicate with the instrument.

Identify Instrument: Open the application and click the Select Instrument button. Choose your connected device (e.g., ASRL1::INSTR for serial/USB) to establish a live link. 2. Capturing Screen Images Click the Screen Capture tab in the top toolbar.

Click Get Screen to grab a high-resolution image of the current oscilloscope display.

Save/Export: You can save the image directly or copy it to the clipboard using Alt + Print Screen to paste it into other programs like Paint or Word. 3. Capturing Waveform Data Click the Waveform Data Capture tab.

Use the Select Channels button to choose which signals (e.g., CH1, CH2, MATH) you want to extract.

Click Get Data. The software will display the numerical data and a corresponding graph on your PC. 4. Direct Documentation (Word/Excel)

If you have the Tektronix Toolbars installed for Microsoft Office, you can click "Get Waveform" or "Get Screen" directly from within Word or Excel to automatically paste the data into your report.

Pro Tip: For a clean capture, press RUN/STOP on your oscilloscope first to "freeze" the trace before hitting "Get Data" in the software.

18;write_to_target_document1a;_wJfsacrwPNfM5OUP1dnJ4Qw_10;56;

18;write_to_target_document1a;_wJfsacrwPNfM5OUP1dnJ4Qw_20;56; 0;bd5;0;45b;

OpenChoice Desktop is a specialized, free software application from Tektronix0;d1b; designed to bridge the gap between benchtop oscilloscopes and Windows-based PCs. It serves as a primary tool for engineers and technicians to capture, document, and analyze waveform data without the need for manual data entry or complex programming. 0;16;

18;write_to_target_document7;default0;7de;18;write_to_target_document1a;_wJfsacrwPNfM5OUP1dnJ4Qw_20;a3; Core Capabilities and Features 0;16;

OpenChoice Desktop streamlines the workflow of moving data from a test instrument to a computer for further processing in standard office applications. 18;write_to_target_document7;default0;7de;18;write_to_target_document1a;_wJfsacrwPNfM5OUP1dnJ4Qw_20;16;

Screen Capture: Instantly grab an exact image of the oscilloscope’s display. This is essential for reports, presentations, and design documentation.

Waveform Data Transfer0;53b;: Transfer raw waveform data points directly to your PC. This data can be easily imported into tools like Microsoft Excel for advanced plotting, such as voltage vs. time graphs.

Settings Management0;509;: Capture and store instrument settings to ensure experiments are repeatable or to troubleshoot setup issues remotely.

Microsoft Office Integration: The software often works alongside Tektronix Toolbars0;40c;, providing specialized add-ins for 0;ce2;Excel and Word that allow for direct data pulling from within those applications. 18;write_to_target_document7;default0;7de;18;write_to_target_document1a;_wJfsacrwPNfM5OUP1dnJ4Qw_20;2a; Supported Hardware 0;16;

The software supports a wide range of Tektronix oscilloscope families, including: 0;16;

TDS Series: TDS200, TDS1000/B/C, TDS2000/B/C, and TDS3000/B/C.

DPO/MSO Series: DPO3000, MSO3000, DPO4000/B, MSO4000/B, and MDO40000;d77;.

TPS Series: TPS2000 and TPS2000B digital storage oscilloscopes. 18;write_to_target_document7;default0;7de;18;write_to_target_document1a;_wJfsacrwPNfM5OUP1dnJ4Qw_20;2a; Evolution from WaveStar 0;16;

18;write_to_target_document1b;_wJfsacrwPNfM5OUP1dnJ4Qw_100;57;

For decades, the standard corporate IT model was simple: you chose a vendor, and you bought everything from them. If you bought Dell laptops, you bought Dell monitors, Dell docks, and Dell support plans. If you bought HP, you stayed in the HP ecosystem.

This model was easy for IT departments to manage, but it created a hidden tax: Vendor Lock-in. When a proprietary dock stops working because you bought a laptop from a different manufacturer, or when you are forced into a 3-year hardware refresh cycle because your warranty demands it, you lose control over your budget and your choices.

Enter the concept of the Open Choice Desktop.

This is a strategic approach to hardware procurement that prioritizes interoperability, standardization, and flexibility. It moves away from closed ecosystems and embraces open standards (like USB-C and Thunderbolt) to create a workspace that works for the user, not the manufacturer.

Here is a helpful guide on why this shift matters and how to implement it.

Once-loved apps are now ad-ridden or subscription-locked. Microsoft Word now pushes Copilot Pro. VLC, GIMP, and LibreOffice do not. The Open Choice Desktop prioritizes eternal software that does not phone home.

The technical enabler of the Open Choice Desktop is the universal adoption of USB-C and Thunderbolt protocols.

In the past, manufacturers used proprietary connectors for docking stations. Today, a USB-C or Thunderbolt dock is a universal device.

Do Not Disturb Profiles – Schedule-based (e.g., 9–5 block social apps, allow calendar reminders).

Actionable Inline – Mark as read, reply, snooze, or trigger shell commands directly from notification.

Desktop: Open Choice