3 ms·
gbit speeds are usually good enough for the majority of applications. even your 6e ap will not archive more than a gbit in most real world scenarios (not testin
by geraldhh 3y ago
gbit speeds are usually good enough for the majority of applications. even your 6e ap will not archive more than a gbit in most real world scenarios (not testing).
the tables turn slowly, but the mass market for 10gig is just not here yet besides all-10gig soho switches beeing available for some time now.
major point: 10gig uses vastly more power than 1gig, making integration (esp. in laptops) challenging.
other point: ids/dpi at 10gig line speed is challenging, requiring a powerful cpu on the router and flawless integration.
- vetinari 3y ago> even your 6e ap will not archive more than a gbit in most real world scenarios au contraire; even for wifi 5 aps like original Turris Omnia (3x3 MIMO, 80 MHz) or Ubiquiti nanoHD (4x4 MIMO, 80 MHz), the gigabit uplink was the bottleneck. > major point: 10gig uses vastly more power than 1gig, making integration (esp. in laptops) challenging. Only 10GBase-T. For a networking equipment, you would want SFP+ anyway. Laptops slowly are losing wired Ethernet entirely. Meanwhile, 2.5GBase-T is still good enough for laptops, and does not represent integration challenges.
- geraldhh 3y ago> 2.5GBase-T is still good enough for laptops, and does not represent integration challenges. it's also good enough for most soho infrastructure needs