Switches for Surveillance
Switches for Business WiFi
Wireless Networking for Elevators
Omada Cloud Software Defined Networking (SDN)
Omada’s Software Defined Networking (SDN) platform integrates network devices, including access points, switches and gateways, providing 100% centralized cloud management. Omada creates a highly scalable network—all controlled from a single interface. Seamless wireless and wired connections are provided, ideal for use in hospitality, education, retail, offices, and more.
Omada WiFi 6 (802.11ax)
Need to deploy stable Wi-Fi in high-density environment? Try Omada Wi-Fi 6 technology!
Omada Wi-Fi 6 access points greatly improve experiences in high-density environments, and provides faster speed and greater range for more devices.
WPA3, the Newest Security Protocol
Want to enhance the network security in public WiFi and home WiFi? Try TP-Link WPA3 technology!
To maximum the safety of enterprise and your home WiFi, TP-Link is inserting WPA3, the latest encryption technology, into Omada access points, WiFi routers, range extenders, and more devices.
Facing the annoying latency when multiple devices connected? Try TP-Link MU-MIMO technology!
MU-MIMO solves this problem by creating multiple simultaneous connections to serve several users with multiple data streams at the same time.
Worried about interrupted streaming when moving? Seamless Roaming of TP-Link solves this issue! Omada access points are equipped with 802.11k and 802.11v fast roaming, switching clients automatically to the access point with the optimal signal with a seamless transition when moving.
TP-Link Omada Mesh technology makes wireless deployment more flexible and convenient. Omada EAPs with Mesh Technology, automatically choose the best route to extend your Wi-Fi further and more flexibly.
Power over Ethernet (PoE)
Need to deploy your surveillance cameras in your farm? Try TP-Link PoE technology to transmit power and data through one single Ethernet cable.
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Greater Efficiency. Larger Capacity. Improved Performance.
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Find your Wi-Fi 6 APs >>
Longer OFDM symbol
Target Wake Time
——with Uplink & Downlink of MU-MIMO
802.11ax extends MU-MIMO technology from 4×4 to 8×8 and enables work with both uploads and downloads compared to 802.11ac MU-MIMO. 802.11ax access points with 8×8 MU-MIMO in uplink and downlink provide up to 4x greater capacity in high-density scenarios compared to traditional SU-MIMO (Single-User MIMO), enabling more simultaneous device connections. Let the capacity of network perfectly follow your growing business expansion.
connection for 1000+ devices
The Wi-Fi 6 standard uses OFDMA for more efficient channel use and reduced latency. Imagine your WiFi connection as a series of delivery trucks delivering data packets to your devices. With 802.11ac Wi-Fi, each delivery truck could only deliver one parcel to one device at a time. But with OFDMA, each truck can deliver multiple parcels to multiple devices simultaneously. This vast improvement in efficiency works for both uploads and downloads.
802.11ac | without OFDMA
802.11ax | OFDMA
With 1024-QAM, each symbol carries 10 bits rather than 8 bits, improving raw speeds by 25% compared to 802.11ac 256-QAM. Watch Netflix at home or live stream Twitch Broadcasts from your home computer – with 1024-QAM, streaming just got that much better.
OFDM is a symbol that transmits data. It divides its data among smaller sub carriers for more stability and wider coverage. 802.11ax uses a 4x longer OFDM symbol to create 4x more sub carriers. Because of this, Wi-Fi 6’s longer OFDM symbol provides increased coverage and makes it 11% faster.
In order to further increase the system capacity and reduce co-channel interference, a new BSS Coloring & Spatial Reuse technology is added to 802.11ax—providing a corresponding color mark for each AP to differentiate between adjacent service sets, and further improving the carrying efficiency of wireless channel resources by identifying the color. The Wi-Fi 6 solution can implement channel spatial reuse to greatly improve network performance and capacity in high-density scenarios, such as office environments, restaurants and shopping malls.
· All same-channel BSS blocking
·Same-channel BSS only blocked on Colour Match
Target Wake Time (TWT) allows devices to negotiate when and how often they will wake up to send or receive data, increasing device sleep time and substantially improving battery life for mobile and IoT devices.
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