Usb Device Id Vid 1e3d Pid 198a -

Insert the target flash drive into an isolated USB 2.0 port. Launch ChipGenius. Locate the device list entry for VID = 1E3D PID = 198A .

However, there’s a twist. Because Chipsbank controllers are often used by third-party OEMs, the device’s external branding might say “Kingston,” “PNY,” “Samsung,” or completely unknown Chinese brand. The 198A PID confirms the controller inside, regardless of the sticker on the plastic casing.

The device displays under the "Universal Serial Bus controllers" stack with a yellow triangle marker denoting a Code 10 or Code 43 descriptor layout issue. Step-by-Step Recovery and Repair Protocol

Before flashing the controller chip, determine whether your device has a genuine layout or a mismatched NAND block. Use diagnostic programs like or Flash Drive Information Extractor (usbflashinfo) . Usb Device Id Vid 1e3d Pid 198a

The identifiers "VID 1E3D" and "PID 198A" are USB Vendor ID (VID) and Product ID (PID) values used by an operating system to recognize a specific USB device. Together they uniquely identify the manufacturer (VID) and the product model (PID) so the OS can load the correct driver or take an appropriate action.

Extract the utility zip archive to a local root folder (e.g., C:\Chipsbank\ ). Step 3: Flash the Controller Microcode

When your computer encounters this device, it processes two specific hexadecimal identifiers: Insert the target flash drive into an isolated USB 2

For users needing to restore a non-functional drive, technical discussions on the iXBT Forum Super User provide deep dives into controller-level repairs. Super User for this device, or are you trying to verify the actual capacity of a drive you just bought?

In this article, we will break down exactly what device uses , why it appears on your system, how to find drivers, troubleshoot common errors, and differentiate between a working device and a hardware failure.

When the device is present but malfunctioning, Device Manager will show one of these errors. However, there’s a twist

Drives using this configuration typically operate on the USB 2.0 (High Speed) protocol. They draw around 100mA to 200mA of power and are meant for basic data storage. Why is This Identifier Linked to "Fake Capacity" Drives?

Operating systems read basic configuration properties encoded directly inside the silicon microcode to identify a peripheral when it is plugged into a USB port. For this specific device, the operational metadata exposes the following structural details: