2 photos2
Tp-Link Deco M5 Whole Home Mesh Wifi System Networking Equipment
Tp-Link Deco M5 Whole Home Mesh Wifi System in Accra from Akina
AkinaNo seller reviews yetView storefrontGH₵2,450
How payment worksPayment on delivery
Masio does not collect money for this order. Confirm the item and agree delivery or pickup with Akina before you pay.
Similar listings
Network Switches
D-Link Unshielded 48 Port Patch Panel Full-Loaded
GH₵700Lapaz, Accra, Greater Accra
20 May 2026
Brand newAvailableD Link
Akina
Network Switches
D-Link 16-Port Fast Ethernet Unmanaged Switch Des-1016d
GH₵390Darkuman, Accra, Greater Accra
20 May 2026
Brand newAvailableD Link
Akina
Networking Equipment
Ubiquiti U6 Lite Access Point With Dual Band 2x2 MIMO
GH₵2,350Lapaz, Accra, Greater Accra
20 May 2026
Brand newIndoorAvailableUbiquiti Networks
Akina
Networking Equipment
Deco Multi-Scenario Poe Mesh Wi-Fi Deco X50-Poe
GH₵3,099Lapaz, Accra, Greater Accra
20 May 2026
Brand newAvailableTP Link
Akina
About this item
Product details
- Condition
- New
- Category
- Networking Equipment
- Type
- WiFi Repeater
- Brand
- TP-Link
- Model
- DECO M5
- Max LAN Speed
- 1000 Mbps
- Max WiFi Speed
- 867 MBps
- Number of LAN Ports
- 2
Item description from the seller
Immerse your whole home in powerful WiFi no matter its size or shape. Three units work together to provide coverage up to 5,500 sq. ft. With uninterrupted WiFi from the bedroom to the backyard, you can enjoy buffer-free 4K streaming and online gaming. Maximum wireless transmission rates are the physical rates derived from IEEE Standard 802. 11 specifications. Range and coverage specifications along with the number of connected devices were defined according to test results under normal usage conditions. Actual wireless transmission rate, wireless coverage, and number of connected devices are not , and will vary as a result of 1) environmental factors, including building materials, physical objects and obstacles, 2) network conditions, including local interference, volume and density of traffic, product location, network complexity,