Wi-Fi 7 is about extra than simply velocity — MediaTek implementations leverage MLO to spice up throughput and dramatically scale back latency
Wi-Fi 7 is extra than simply an improve in wi-fi velocity—it’s a transformative shift in structure, efficiency, and reliability. On the coronary heart of this shift is Multi-Hyperlink Operation (MLO), the defining characteristic of Wi-Fi 7, and a key focus of the MediaTek Filogic platform.
Much less superior Wi-Fi programs function on a single band at a time. With Wi-Fi 7, MLO adjustments the sport by enabling concurrent information transmission throughout a number of frequency bands — 2.4 GHz, 5 GHz and 6 GHz. This dramatically reduces latency and enhances hyperlink consistency, significantly in congested environments. As Stephane Renaud, Director of Product Expertise Advertising at MediaTek, explains, “MLO is the important thing characteristic of Wi-Fi 7… It creates a logical communication hyperlink that may use a number of bands on the similar time, seamlessly.”
The introduction of MLO into Wi-Fi programs represents a big departure from legacy chip architectures utilized in entry factors and gateways. Implementing it, nevertheless, isn’t easy; it requires rethinking the way in which visitors is managed throughout bands.
MediaTek’s distinctive structure
Reasonably than bolting MLO onto a conventional multi-chip setup, MediaTek constructed a cohesive, self-contained structure in its Filogic 880 platform. The corporate integrates a single baseband that handles all Wi-Fi 7 operations, coordinating visitors throughout as much as three RFICs. This tight integration reduces propagation delay between MAC and RF layers, bettering latency and total throughput.
“You offload all of the Wi-Fi MAC operations to the baseband,” Stephane defined. This method brings the management aircraft nearer to the air interface, lowering response time and bettering community agility—particularly important for real-time purposes like video conferencing, AR/VR, and gaming.
Moreover, Filogic 880 MLO can effectively carry out seamless band switching of Wi-Fi 7 purchasers. That could be a new method for Wi-Fi 7 gadgets related to the Entry Level to alter band with out service interruption, a characteristic that’s basic for many smartphones and tablets that help a single band on the time.
MediaTek’s Wi-Fi 7 options additionally help superior options like preamble puncturing, which permits gadgets to function on most of a wideband channel even within the presence of interference. This stands in distinction to earlier generations, the place interference might compromise your entire channel.
These technical capabilities aren’t simply theoretical. MediaTek’s Filogic platform is already in industrial deployments, together with powering Verizon’s Enterprise Web Gateway—a tool that merges tri-band Wi-Fi 7 with 5G to ship enterprise-grade efficiency for small and mid-sized companies.
Designed for the longer term
Wi-Fi 7 represents a foundational shift, however MediaTek is already pondering forward. With Wi-Fi 8 anticipated to increase on multi-band orchestration and mesh coordination, MediaTek’s architectural choices immediately pave the way in which for seamless future upgrades.
“We’re already investing in Wi-Fi 8,” says Stephane. “One of the simplest ways to help it’s reusing the architectural decisions we’ve made with Wi-Fi 7.”
With the newest era of Wi-Fi, velocity is only the start. MediaTek’s Filogic platform reimagines how wi-fi programs are constructed—lowering latency, bettering reliability, and laying the groundwork for the subsequent era of connectivity.
Click on right here for extra info on MediaTek’s Filogic Wi-Fi 7 platform. And learn this text to be taught why agentic AI in dwelling gateways may very well be a game-changer for operators.
