Powered by the Intel Any WAN SoC GRX350 and Intel Home Wi-Fi Chipset WAV 513 and WAV523, allowing up to 128 devices to connect simultaneously
Superior Small packets for extraordinary gaming experience. Streaming 4K Ultra HD video and games online without lag over a 5GHz band while using the 2.4GHz band for everyday tasks
6 built-in high-gain antennas providing maximum omni-directional wireless coverage and reliability. Metallic process painting
Beamforming delivers highly efficient wireless connections improving range & performance plus high powered amplifiers & antennas to extend your Wi-Fi coverage. MU-MIMO Technology simultaneously sends data to multiple devices.
Now available with updated firmware for faster performance and better range. Wireless rate-Maximum 1900Mbps. Operating mode-Routing mode
Awarded the International iF Design Award 2017.
Specs
Specifications
PHICOMM K3C AC 1900 MU-MIMO Dual Band Wi-Fi Gigabit Router – Powered by Intel Technology
Specifications
Brand, Seller, or Collection Name:
PHICOMM®
Package Length:
14.02 inches
Package Height:
4.02 inches
Package Width:
10 inches
Number of items:
1
Item Package Quantity:
1
Manufacturer:
Phicomm Communication USA, Inc.
Item Length:
2.9 inches
Item Width:
8.349999 inches
Item Height:
9.099999 inches
Color:
silver
Band Color:
silver
Dial color:
silver
item_name:
PHICOMM K3C AC 1900 MU-MIMO Dual Band Wi-Fi Gigabit Router – Powered by Intel Technology
binding:
Personal Computers
Model
model: K3C
Specs
Specifications
PHICOMM K3C AC 1900 MU-MIMO Dual Band Wi-Fi Gigabit Router – Powered by Intel Technology
Specifications
Brand, Seller, or Collection Name:
PHICOMM®
Package Length:
14.02 inches
Package Height:
4.02 inches
Package Width:
10 inches
Number of items:
1
Item Package Quantity:
1
Manufacturer:
Phicomm Communication USA, Inc.
Item Length:
2.9 inches
Item Width:
8.349999 inches
Item Height:
9.099999 inches
Color:
silver
Band Color:
silver
Dial color:
silver
item_name:
PHICOMM K3C AC 1900 MU-MIMO Dual Band Wi-Fi Gigabit Router – Powered by Intel Technology