NEXT-GEN
WIRELESS-AC FOR BLAZING SPEEDS
Delivering
four independent streams of data at up to 1733 Mbps--up to six times faster
than Wireless-N*--our AC2400 Dual Band Gigabit WiFi Router brings
next-generation power and performance to your wireless network. Aside from
offering superb HD video streaming and latency-free online gaming for all your
connected devices, the E8400 delivers a bigger WiFi range to take your online
experience to the next level.
SUPERCHARGED
CPU FOR HIGH-BANDWIDTH ACTIVITIES
An
enterprise-class 1.4 GHz CPU revs up throughput to wired and wireless devices
alike and promotes simultaneous high-speed processing, making it great for
downloading or transferring large files or performing other data-intensive
activities.
FOUR
ANTENNAS FOR GREATER RANGE & COVERAGE
Four
external antennas project large, overlapping WiFi patterns to remove dead spots
and widen the router's range. The antennas can be adjusted to the optimal position
or detached for future upgrades.
BEAMFORMING
FOR STRONGER, MORE FOCUSED WiFi CONNECTIONS
The
E8400 also delivers innovative Beamforming technology to strengthen the
wireless signal to specific devices, rather than simply sending out WiFi in a
general direction. Now you can experience faster network speeds, better
wireless range, reduced interference from other devices, and stronger WiFi
connections.
INCREDIBLY
FAST WIRED SPEEDS
Four
Gigabit Ethernet ports--which are 10 times faster than Fast Ethernet--provide
the fastest wired speeds. A USB 3.0 port lets you add external storage or other
devices to share content across your network. If you have an external SATA
storage device, the E8400 is outfitted with a unique eSATA port for optimal
data transfer rates; it can also serve as a USB 2.0 port. Ports:
Power, Internet, Ethernet (1-4), USB 3.0 , LEDs: Internet, Ethernet (1-4), Wi-Fi, Wi-Fi Protected Setup,
Power, Buttons: Reset, Wi-Fi
Portected Setup, Power, Operating Temperature:
32 to 104 F (0 to 40 C), Storage
Temperature: -4 to 140 F (-20 to 60 C), Operating
Humidity:
10 to 80% Noncondensing