Usb Device Id Vid 1e3d Pid 198a Best |verified| Jun 2026

Chipsbank Microelectronics Co., Ltd. (Vendor ID: 1E3D).

Based on the hardware identifiers provided (, PID: 198a ), this device is identified as a Chicony Electronics USB 2.0 Camera .

Depending on your hardware, VID_1E3D&PID_198A can represent one of three things:

The VID 1e3d / PID 198a module is a legacy USB 2.0 device. By modern standards (2024), the image quality is utilitarian. usb device id vid 1e3d pid 198a best

If you bought a “high-performance” USB drive and see VID 1E3D PID 198A , it’s likely a low-end controller. ✅ Bootable Linux live USB (read-heavy) ✅ Temporary file transfers ❌ Critical backups or OS drives

Prevention is always better than cure. To get the best experience and longevity from any USB drive—not just ChipsBank ones—follow these golden rules:

Users typically search for this specific VID/PID combination when a USB drive becomes , shows a "Write Protected" error, or reports "No Media" in Windows Disk Management. Because these are generic controllers, standard Windows drivers often fail to fix firmware-level corruption. Best Tools for Repair and Recovery Chipsbank Microelectronics Co

user wants a long article about the USB device with VID 1e3d and PID 198a. I need to identify the device, gather information on drivers, software, issues, and related topics. I'll start by searching for the VID and PID. search results show that the device is a Chipsbank USB flash drive, often with controller models like CBM2199E or CBM2098. The results include forum discussions, driver issues, and recovery tools. To provide comprehensive information, I need to open several relevant pages. I'll open result 0, result 1, result 2, result 3, result 4, and result 5 from the first search, and result 0, result 1, result 2, and result 3 from the second search. search results provide a wealth of information. The device is a Chipsbank USB flash drive, often with controllers like CBM2199E or CBM2098E. The results include forum posts about driver issues, recovery tools, and user experiences. To write a comprehensive article, I will also need to search for information on Chipsbank drivers, recovery tools, counterfeit USB drives, and maybe some general information about VID/PID. I'll conduct a series of parallel searches to gather this additional information. search results provide information on drivers, recovery tools, counterfeit drives, and VID/PID databases. Now I need to write a long article. The article should cover: an introduction to USB VID/PID, what VID 1e3d and PID 198a are, the Chipsbank controller, common issues and solutions, driver installation, recovery tools, performance, Linux compatibility, and frequently asked questions. I will structure the article with these sections and cite the relevant sources. is a detailed guide on the USB device identified by the code VID 1E3D PID 198A . This identifier is the digital fingerprint of a device, telling your computer precisely what hardware it's dealing with.

No Media (0 bytes of 0 bytes) after installing Arch Linux on Rufus

If you are looking up this Device ID, it is likely because your camera is not working. Here is the checklist for this specific model: ✅ Bootable Linux live USB (read-heavy) ✅ Temporary

Decoding USB VID 1E3D PID 198A: The "Flash Disk" Mystery Solved

Because these devices are frequently used in inexpensive or counterfeit products (such as "fake" high-capacity drives sold on online marketplaces), they are prone to several technical issues: Flash Disk — USB 1E3D:198A - DeviceHunt

You can verify your device's ID in the Windows Device Manager by right-clicking the device, selecting Properties , and checking the Details tab for Hardware IDs .

Some USB devices stay anonymous by design; others simply slip through the cataloging cracks. With patient, methodical steps — reading descriptors, matching class behavior, physical inspection, and community sleuthing — you can often lift the veil on even the most inscrutable VID/PID pair. 1E3D:198A might turn out to be an off-the-shelf controller hiding behind custom firmware, or a tiny key to a larger piece of hardware waiting to be tamed. Either way, the hunt is half the fun.