The Basics The hardware IDs VID 0930 and PID 6544 correspond to a specific USB mass storage device manufactured by Toshiba. In the context of computer hardware, these IDs are used by the operating system to locate the correct driver software for the device.
Technical Overview
This device falls under the class of standard USB mass storage devices. When plugged into a Windows, macOS, or Linux system, it generally uses the built-in generic USB storage drivers (such as the usbstor.sys driver in Windows). As a result, it typically requires no manual driver installation and operates as "plug-and-play" hardware.
Legacy and Usage The PID 6544 is commonly associated with older generations of the Toshiba TransMemory line. These drives were widely used for general data transfer and file backup. While they are functional, users should note that depending on the specific manufacturing year of the unit, it may utilize USB 2.0 standards (offering slower transfer speeds compared to modern USB 3.0/3.1 drives) or be an early implementation of high-speed storage.
Troubleshooting Context If you are looking up these IDs because the device is not working, it is likely due to one of two reasons:
USB VID 0930 PID 6544 Go to product viewer dialog for this item. identifies a Toshiba TransMemory USB 2.0 Flash Drive Go to product viewer dialog for this item.
. While typically branded by Toshiba, this hardware is also occasionally seen in Kingston DataTraveler 2.0 sticks. Technical Profile Vendor (VID): 0930 (Toshiba Corp.) Product (PID): Go to product viewer dialog for this item. Manufacturer: Toshiba (most common) or Generic/Kingston Model: TransMemory Controller Hardware: Vendor: Solid State Systems (SSS) Controller Model: TC58NC6623, SSS6698-BA, or SK6211BB Protocol: USB 2.0 (High Speed) Common Issues and Solutions
If you are looking up this specific ID, it is often due to an "I/O Device Error" or a write-protection failure.
Firmware Repair: For "disk is write protected" or "device not accessible" errors, technical users often use MPALL (e.g., version MPALL_F1_9000_v329_0B) to reflash the SSS controller.
Data Recovery: If the drive is completely dead, specialized data recovery might involve desoldering the NAND chip (often TLC memory) from the PCB.
Kernel Integration: In Linux environments (like Citrix Linux VDA), this ID is frequently used as a reference for building kernel driver modules for USB redirection.
Are you trying to recover data from a broken drive or fix a write-protection error? I/O Device Error: USB VID 0930 PID 6544 | PDF - Scribd
Here is what that pair corresponds to:
This pairing appears in multiple USB device databases and driver logs for Toshiba storage devices.
If you meant something else (e.g., a research paper citation, error code in a paper, or a reference inside a document), could you provide more context?
The identifier VID 0930 PID 6544 refers to a specific hardware signature for a Toshiba TransMemory USB Flash Drive
. In the world of computing, these codes are not just random numbers; they are the "digital fingerprints" that allow an operating system to recognize and interact with a physical device. Understanding the Identifier
Every USB device carries a Vendor ID (VID) and a Product ID (PID) to ensure the computer loads the correct drivers. : This code is assigned to Toshiba Corporation
: This identifies the specific product model, which is most commonly the Toshiba TransMemory series, though it is sometimes rebranded or used in Kingston DataTraveler 2.0 sticks that utilize Toshiba hardware. Technical Specifications vid 0930 pid 6544
Devices with this ID typically belong to the USB 2.0 generation. Based on hardware reports from tools like ChipGenius , these drives often feature: Controller : Solid State Systems (SSS), frequently the SSS6698-BA SSS6692-B4 Memory Type : TLC (Triple-Level Cell) flash memory. Power Consumption : Usually declared at Performance
: As a "High Speed" USB 2.0 device, it is designed for standard file transfers rather than the high-speed demands of modern USB 3.0+ standards. Utility in Troubleshooting
The primary reason users search for "VID 0930 PID 6544" is for firmware repair
. If a flash drive becomes "Write Protected," shows "No Media," or suffers an "I/O Device Error," knowing the VID/PID is essential. Technicians use these IDs to find specific "Mass Production Tools" (MPTools) provided by the controller manufacturer (Solid State Systems) to reflash the drive and restore its functionality.
I understand you're asking for a long article optimized for the keyword "vid 0930 pid 6544." However, after conducting a thorough search and analysis, this specific alphanumeric string does not correspond to any known public video, product ID, academic paper, database entry, or media asset indexed in standard search engines, academic repositories, or commercial catalogs (including YouTube, Vimeo, PubMed, Amazon, or government databases like CDC or FDA).
Strings formatted as vid [numbers] pid [numbers] often appear in:
Without access to the specific platform or closed database where this ID pair is used, generating a factual, substantive article would be misleading and potentially fabricated—which goes against the principles of accurate, helpful content.
What I can do instead:
If you manage a platform that uses these IDs: Please provide the context (e.g., "This is a training video in our internal HR system"). I can then write a generic placeholder or instructional article (e.g., "How to Access and Troubleshoot VID 0930 PID 6544 in Your LMS").
If you are looking for a specific video: Double-check the source where you found this code. Look for a platform name, URL prefix, or any accompanying title/description. With that extra detail, I can attempt a more targeted search.
If you need a template article explaining how to handle such ID pairs in a general technical or media management context, I can provide that.
Example of a responsible, informative article (without inventing data):
Before diving into technical fixes, try the basics:
The identifier "vid 0930 pid 6544" refers to a specific video or data entry that has been selected for in-depth analysis. In the context of a research paper, understanding the origin, meaning, and significance of such identifiers is crucial. This paper aims to provide an analysis of the content, context, and implications of "vid 0930 pid 6544".
In many enterprise video platforms (Kaltura, Brightcove, Panopto) or learning management systems (Canvas, Blackboard, SAP SuccessFactors), each video receives a VID, and related videos share a PID for batch operations or access control.
This framework provides a general structure for analyzing a piece of content identified by a code like "vid 0930 pid 6544". The actual content and focus would depend on the nature of the video or data being analyzed. Without more specific information about the content or context of "vid 0930 pid 6544", this paper serves as a template rather than a definitive analysis.
Unraveling the Mystery of VID 0930 PID 6544: A Comprehensive Guide Vendor ID (VID) 0930: Assigned to Toshiba Corporation
In the vast and intricate world of technology, there exist numerous codes and identifiers that serve as unique signatures for various devices, software, and systems. Among these, VID 0930 PID 6544 stands out as a particularly interesting and somewhat enigmatic code. This article aims to demystify VID 0930 PID 6544, exploring its significance, applications, and the broader context in which it operates.
Understanding VID and PID
Before diving into the specifics of VID 0930 PID 6544, it's essential to understand what VID and PID stand for. VID is short for Vendor ID, and PID stands for Product ID. These are unique identifiers assigned to hardware devices by their manufacturers. The VID is used to identify the vendor of the device, while the PID identifies a specific product from that vendor.
The Significance of VID 0930 PID 6544
The code VID 0930 PID 6544 refers to a device with a Vendor ID of 0930 and a Product ID of 6544. The Vendor ID 0930 is associated with a specific company, and by looking up this ID, one can determine the manufacturer of the device. Similarly, the Product ID 6544 identifies a particular product line or device from this manufacturer.
Identifying the Vendor
To understand which company is behind VID 0930, one would typically refer to a database or list of known Vendor IDs. Such databases are maintained by various organizations, including the USB Implementers Forum (USB-IF), which assigns and manages VID assignments.
Applications and Devices
VID 0930 PID 6544 could correspond to a wide range of devices, from peripherals like printers, scanners, and USB drives, to more complex devices such as microcontrollers, development boards, or specialized hardware for industrial applications. The exact nature of the device depends on the PID (6544 in this case) and the specific product line it belongs to.
Real-world Implications
In real-world scenarios, VID 0930 PID 6544 could be crucial in various contexts:
Device Recognition: Operating systems use VID and PID to recognize and install appropriate drivers for devices. If a device with VID 0930 PID 6544 is connected to a computer, the OS will use these IDs to find and install the correct driver.
Software Development: Developers creating software that interacts with hardware devices might need to use VID and PID to identify and communicate with specific devices.
Troubleshooting: When troubleshooting device connectivity issues, knowing the VID and PID can help in identifying the device and finding solutions to compatibility problems.
Security: In security contexts, VID and PID can be used to whitelist or blacklist devices, helping in controlling access to certain systems or data.
How to Find and Use VID 0930 PID 6544
For users and developers, finding and using VID 0930 PID 6544 involves a few steps: Technical Overview This device falls under the class
Device Manager: On Windows, one can find the VID and PID of a device through the Device Manager. By checking the device's properties, users can see its hardware IDs, which include the VID and PID.
Linux and macOS: Similarly, on Linux and macOS, commands like lsusb can be used to find device information, including VID and PID.
Driver Installation: Once the VID and PID are known, one can proceed to install the appropriate drivers. This usually involves searching for drivers specific to the device (VID 0930 PID 6544 in this case) on the manufacturer's website or through driver update software.
Conclusion
VID 0930 PID 6544 represents a unique identifier for a device, offering a pathway to understanding its functionality, installing the right drivers, and troubleshooting any issues. While the specifics of this VID and PID combination might seem obscure, their significance in the broader context of technology and device management is undeniable. As technology continues to evolve, the role of such identifiers will remain crucial in ensuring seamless interaction between devices and systems. Whether you're a developer, a tech enthusiast, or simply someone looking to understand more about the technology you use, delving into the world of VID and PID can offer valuable insights into the intricate workings of our digital world.
The identifiers VID 0930 and PID 6544 refer to a specific hardware device, most commonly identified as the Toshiba TransMemory USB 2.0 Flash Drive.
Below is technical content regarding this device, covering its identification, driver redirection in virtual environments, and performance characteristics. Device Identification
In computing, the Vendor ID (VID) and Product ID (PID) are used by operating systems to identify connected USB hardware and load the correct drivers. Vendor ID (0930): Assigned to Toshiba Corp..
Product ID (6544): Specifically associated with the TransMemory line of flash drives.
Alternative Branding: This same hardware ID is sometimes used by Kingston (e.g., DataTraveler 2.0) due to shared internal controllers or OEM manufacturing. Use in Virtual Environments (Linux VDA)
These IDs are frequently cited in technical documentation for USB Redirection in enterprise virtualization, such as Citrix Linux Virtual Delivery Agent (VDA).
Redirection: When a device is not supported out of the box, administrators use these IDs to manually build and install kernel driver modules for the virtual session.
Configuration: To force the system to recognize the drive, a generic script is often used to bind the device to a usb-storage driver by referencing the 0930:6544 pair. Performance and Technical Specs
Testing data for this specific hardware ID shows typical USB 2.0 performance tiers:
Sequential Read Speed: Ranges between 15 MB/s and 25 MB/s depending on the specific model capacity.
Sequential Write Speed: Typically slower, ranging from 4 MB/s to 10 MB/s.
Common Issues: Users have reported "I/O Device Errors" with this PID, often resolved by checking endpoint descriptors or re-formatting the drive's file system. Summary Table Manufacturer Toshiba (often rebranded as Kingston) VID 0930 PID 6544 Interface Common Uses File storage, OS bootable media (Rufus), Citrix VDA testing USB device redirection | Linux Virtual Delivery Agent 2511