The appeal here comes from watching a forgotten piece of consumer technology gradually prove that it is much stranger than its packaging initially suggests. A thrift-store wireless USB kit sounds like the sort of product that either never worked properly or required so many compromises that conventional cables immediately won. Instead, after considerable driver trouble, the adapters genuinely make ordinary USB devices appear on a computer without a physical USB connection between them. That basic success gives the experiment a satisfying payoff rather than leaving the hardware as merely another obsolete curiosity.
Getting there is appropriately messy. The damaged installation disc, sketchy driver sources, incompatible software, confusing device roles, and failure on a newer Windows machine all illustrate how difficult maintaining old peripherals can become once their original software ecosystem disappears. Moving to Windows 7 finally allows both adapters to pair, and the moment a disconnected flash drive suddenly appears through the powered remote adapter effectively demonstrates what the technology was designed to accomplish. The troubleshooting is lengthy, but most of it contributes directly to understanding why an otherwise functional product can become nearly unusable through software obsolescence.
The testing becomes particularly useful once the novelty wears off. A directly connected USB 2.0 flash drive manages roughly 32 MB/s reads and 22 MB/s writes in the displayed test, while the wireless connection falls to around 4 MB/s reads and roughly 3 MB/s writes. Those measurements make the central limitation concrete: mass storage technically works, but the bandwidth penalty is severe enough to undermine many of the applications advertised on the package. Attempts to play video directly from a wireless hard drive reinforce that conclusion without requiring elaborate benchmarking.
Peripheral compatibility proves more interesting than raw speed. An Xbox 360 controller works and does not feel noticeably worse than when directly attached during the informal comparison, while a mouse also functions reasonably well. A DVD drive works after power-delivery problems are traced to the USB hub, and even a webcam produces video. Other devices fare worse: the Bluetooth adapter is explicitly rejected, the large microphone does not function, and the webcam's microphone appears unsupported even though its video feed works. That inconsistent compatibility helps explain why universal wireless USB never feels particularly universal in practice.
The range experiment is another strong part of the video because it checks a specific manufacturer claim rather than relying on impressions. File transfer remains stable at roughly 20 feet and continues around the advertised 30-foot distance outdoors, but closing a door or moving around a corner causes the connection to fail. The conclusion that the system effectively prefers near-line-of-sight operation is grounded in what is shown, while the advertised 30-foot figure itself turns out to be reasonably representative under favorable conditions. Combined with the modest transfer speed, that sharply narrows the situations where the device would have offered a meaningful advantage over a cable.
Presentation is energetic without losing the underlying technical progression. Running jokes about the hub, obsolete software, inexplicable compatibility rules, and the increasingly ridiculous collection of attached devices make what could have been a dry driver-recovery exercise entertaining. The downside is that some troubleshooting stretches run longer than the eventual technical lesson requires, and several potentially interesting measurements—particularly controller latency—are acknowledged but not pursued. Even so, the video succeeds because the comedy generally grows out of the experiment rather than replacing it, and the final verdict remains appropriately modest: the hardware works far better than expected, but its narrow compatibility, old software requirements, slow transfers, and range limitations make its disappearance easy to understand.
Pros
- Successfully revives genuinely obscure hardware rather than stopping when the original installation media fails.
- Direct and wireless storage benchmarks clearly demonstrate the substantial performance penalty.
- Tests a varied selection of controllers, storage devices, optical drives, networking peripherals, microphones, and webcams.
- The approximately 30-foot range claim receives a practical real-world test, including obstacles and loss of line of sight.
- Troubleshooting power delivery, pairing, drivers, and compatibility makes the experiment more informative than a simple demonstration.
- Humor keeps an unusually niche and technically awkward subject entertaining.
Cons
- Driver installation and troubleshooting occupy a substantial portion of the video before the core testing begins.
- Input latency is judged informally rather than measured, despite being particularly relevant for controllers and mice.
- Compatibility failures are demonstrated but cannot always be explained beyond the adapter reporting that a device is unsupported.
- Testing remains tied to Windows 7 after the newer system proves impractical, limiting what can be learned about later operating-system compatibility.
This is an entertaining resurrection of a technology that is more functional than its obscurity might suggest, yet compromised enough to explain why it never replaced ordinary USB cables. Strong device testing, meaningful speed measurements, and a surprisingly accurate range experiment turn the novelty into a useful look at both the possibilities and limitations of early wireless USB.
