MediaTek and Airoha are presenting the Filogic 8800 at Network X 2026 as a tri-band Wi-Fi 8 router platform for AI applications. The filing has no figure here. It describes a mixed-generation network where Wi-Fi 5, 6, 7 and 8 clients share one access point.

The platform is shortlisted for the Network X Awards 2026 "Best Indoor Connectivity Solution," a status that is not a measured result. 6, 2026, 03:30 ET, and places the platform in a broader set of Wi-Fi, 5G CPE and PON solutions. The award line adds visibility, but it does not add a lab trace, a client list, or a power curve.

Not a single radio speed test; it is a system claim that cross-generation optimization, dynamic energy saving and diagnostics lift aggregate throughput while cutting power. The numbers are vendor-claimed, and the document does not prove which client mix, workload, or baseline produced them. For a buyer, the useful constraint is that the gain depends on legacy devices still being present, not on a clean Wi-Fi 8 lab.

The page leaves out absolute throughput, baseline wattage, price, availability, and the legacy-client mix. It also leaves out an independent lab result, so the 50 percent power reduction and near-100 percent throughput gain remain a shortlist-level claim, not a measured one. A fab reading the page should treat the power figure as a design target, not a verified silicon result.

The buyer is constrained by an unmeasured mixed-generation claim, so the 50 percent power cut and near-100 percent throughput gain are design targets, not verified system results. The fab should treat the platform as a test of aggregate scheduling and power, not as a proven Wi-Fi 8 speed record.

The document leaves out absolute throughput, baseline wattage, price, availability, legacy-client mix, and independent lab results.

Treat the 50 percent power reduction and near-100 percent throughput gain as vendor-claimed system metrics for mixed Wi-Fi 5/6/7/8 traffic. Without baseline wattage, client mix, workload, or independent lab data, the numbers constrain procurement and silicon validation, not architectural proof.