Teardown: A Generic 7-Port USB 3.0 Hub That Wasn't
Teardown: A Generic 7-Port USB 3.0 Hub That Wasn't
Welcome back to Gough's Tech Zone, where we dedicate our time to reversing the mindless enslavement of humans by technology. Today, we are looking at a piece of hardware that promised the world (or at least, high-speed data transfer) but delivered a lie.
The Premise
I acquired a generic 7-port USB 3.0 hub. On the surface, it looked the part. It had the requisite number of ports and, most importantly, the bright blue plastic inserts that are the industry shorthand for USB 3.0 (SuperSpeed).

However, something felt off. The performance wasn't hitting the expected marks. To find out why, I decided to perform a full teardown.
The Teardown Process
To get to the heart of the deception, I followed these steps:
- Remove the external plastic casing.
- Inspect the PCB (Printed Circuit Board) layout.
- Examine the physical pin configuration of the ports.
- Identify the controller chip.

The "Aha!" Moment
Upon opening the device, the truth became immediately apparent. While the outside of the ports featured blue plastic to trick the consumer, the inside told a different story.
"The blue plastic is merely a cosmetic facade. There is no SuperSpeed circuitry here."
In a genuine USB 3.0 port, you expect to see 9 pins (the standard 4 for USB 2.0 plus 5 additional pins for high-speed data). This hub? It only has 4 pins.
Technical Comparison: Claim vs. Reality
| Feature | Claimed (USB 3.0) | Actual (USB 2.0) |
|---|---|---|
| Pin Count | 9 Pins | 4 Pins |
| Plastic Color | Blue | Blue (Fake) |
| Max Bandwidth | ||
| Data Path | Dual-simplex | Half-duplex |
The difference in speed is staggering when expressed mathematically:

Circuitry Analysis
The PCB is a masterclass in minimalism—or rather, laziness. The hub uses a basic controller that is strictly USB 2.0 compliant. There is no additional wiring to support the SuperSpeed lanes.

Final Verdict
This device is a blatant deception. It is a USB 3.0 Hub a USB 2.0 hub wearing a blue costume.
Summary of Findings:
- Cosmetic Deception: Used blue plastic to mimic USB 3.0.
- Hardware Fraud: Lacks the physical pins required for SuperSpeed.
- Performance: Limited to legacy
USB 2.0speeds.

Site Archive & Related Teardowns
For those interested in more honest hardware (or other fascinating failures), explore the rest of the Gough's Tech Zone library:
📼 The VHS Corner
- Guides: Intro to Cassettes, VCR Repair, and VHS-C Adapters.
- Brand Library: A massive collection including Akai, BASF, Fuji, JVC, Maxell, Panasonic, Sony, and TDK.
💻 The CPU Corner
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💿 The Optical Disc Corner
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💽 The Hard Disk Corner
A deep dive into drive performance and magnetic pickups, featuring:
- Fujitsu: (e.g.,
MHR2020AT,MHV2120BH) - Hitachi: (e.g.,
Deskstar,Travelstar) - IBM: (e.g.,
Fireball,Deskstar) - Seagate: (e.g.,
Barracuda,Momentus) - Western Digital: (e.g.,
Caviar Green) - Others: Maxtor, Quantum, Samsung, Toshiba.