WiFi
Modern WiFi standards deliver theoretical maximum speeds of 9.6 Gbps under WiFi 6 (802.11ax) specifications, with WiFi 7 promising up to 46 Gbps in laboratory conditions.
Practical deployment, however, tells a different story. Real-world WiFi speeds typically achieve 50-200 Mbps in residential environments, degrading significantly based on wall composition, microwave oven activity, neighbor density, and what engineers diplomatically term environmental interference factors. The technology can transmit a high-definition film in minutes when functioning optimally, and cannot load a single webpage when functioning as WiFi typically does.
Capybara
The Capybara achieves a maximum land velocity of 35 km/h (approximately 22 mph) when motivated by predator evasion or the distant sound of someone opening a bag of vegetables.
This speed places the Capybara among the faster rodents globally, though it rarely deploys this capability. The species demonstrates a marked preference for leisurely movement, typically ambulating at 2-3 km/h while grazing or socializing. In aquatic environments, Capybaras swim at approximately 8 km/h, capable of remaining submerged for up to five minutes to avoid predators or social obligations.
VERDICT
In pure data transmission velocity, WiFi maintains an insurmountable theoretical advantage. Electromagnetic radiation travels at approximately 299,792 kilometers per second through vacuum, while even a motivated Capybara cannot exceed highway speed limits.
However, this category requires careful interpretation. WiFi's speed exists in a state of quantum uncertainty - simultaneously fast and nonexistent depending on when you attempt to use it. The Capybara's 35 km/h, while modest, represents a consistent and achievable performance metric. Nevertheless, the raw numerical differential compels assignment of this category to WiFi.