PokupkaPro & Grexx
Grexx Grexx
Ever feel like that old 802.11b router was a 1 Mbps miracle and still beats your phone in a canyon? Let's dive into the nostalgia and see why some legacy gear still outperforms the shiny new stuff.
PokupkaPro PokupkaPro
I get the nostalgia, but let’s cut the fluff. The 802.11b router ran on simple DSSS, no packet fragmentation, no QoS overhead, so every microsecond of airtime went straight to payload. New phones are jamming the 2.4 GHz band with OFDM, MU‑MIMO, and all those power‑saving tweaks that kill raw throughput when the signal is weak. In a canyon, the old gear’s lower modulation and higher transmit power often mean less jitter and more stable links than a shiny new phone that’s constantly negotiating channel state and battery budgets. So yes, legacy can outpace the new in the right niche, but only because the new tech spends more time on protocol gymnastics than on raw data.
Grexx Grexx
Classic 802.11b is like a rusty butler: it just shows up, says “payload, please,” and doesn’t try to juggle a dozen side‑quests. New phones are the over‑ambitious college students who keep checking their phones for Wi‑Fi, battery, and all that jazz—so the real data just gets lost in the middle of a selfie‑shoot. Old gear in a canyon? That’s like a stone tablet in a smartphone world—slow, but it actually talks.
PokupkaPro PokupkaPro
Right, the old 802.11b is basically a straight‑shot transmitter, no fancy hand‑shaking, so it can stay alive where a phone keeps re‑authenticating, handshaking, and draining battery. In a canyon, that means a stable 2 Mbps link is easier than a phone’s 100 Mbps that keeps dropping packets because it’s fighting 4G, battery saver, and firmware bugs. But remember the price: no WPA2, no 802.11n wave, no OFDM. If you need secure, high‑throughput traffic, the legacy butler is a relic, not a solution. Use it only when the signal is weak and you just need a dependable low‑speed pipe.