4Antennas 802.11AC Wifi BCM94360CD Wireless Network Card with Bluetooth 4.0 For OS X Yosemite 10.10

4Antennas 802.11AC Wifi BCM94360CD Wireless Network Card with Bluetooth 4.0 For OS X Yosemite 10.10

$186.04

$186.04 $0.00

Description

SPECIFICATIONS

Adapter Socket: PCI-X

Applicable Network Type: Gigabit Ethernet

Application: Desktop

Bluetooth Protocol: Bluetooth 4.2

Brand Name: WDXUN

Certification: CE

Choice: yes

Frequency: 5 GHz

Frequency Band Class: Dual-Band

Heat dissipation: No support

High-concerned chemical: none

Interface Type: Mini PCI-Express

Kind: Internal

Lan Transmission Rate: 1000M Ethernet

Model Name: 360

Model Number: BCM94360CD

Origin: Mainland China

Package: Yes

Products Status: Stock

Transmission Rate: 10/100/1000Mbps

Transmission Speed: 1200 Mbps

Type: WireLess

Wi-Fi Supported Frequency: 2.4G & 5G

Wired Interfaces: none

Wired socket: none

Wired transmission rate: none

Wireless Communication Standard: 802.11.ac

Wireless Protocol: 802.11n

Wireless socket: PCI-X

Wireless transmission rate: 1200M

semi_Choice: yes

4 Antennas 802.11AC Wifi BCM94360CD Wireless Network Card with Bluetooth 4.0

Specifications:
Supports both 2.4 & 5GHz dual-band,the connection speed will reach to 1300Mps under latest AC router
Support Windows7/8/8.1/linux
Native Support for latest OS X Yosemite 10.10
Native Support
Bluetooth 4.0 coexistence
Support Hand off

Performance:
The BCM4360 implements the 3-stream 802.11ac specification to enable speeds up to 1.3 Gbps in access points, routers, DSL/cable gateways and PC products. The single-chip dual-band transceiver integrates all the major functional blocks needed to implement a complete 802.11ac wireless sub-system, including radio, baseband and MAC. This highly integrated solution provides the increased coverage and throughput performance required for high quality video and media applications in the home and enterprise.

1.3 Gbps PHY rate performance offering over 3x performance
Dual-band operation compatible with legacy 802.11n networks
80 MHz wide bandwidth that is 2x wider than current 802.11n solutions 256-QAM, a higher modulation scheme that increases data transfer efficiency
802.11ac-compliant transmit and receive Beamforming for extended coverage for 802.11ac and legacy devices
Low Density Parity Check (LDPC) Codes for increased rate at range
PCI Express 2.0 host interface
Enhanced Bluetooth coexistence interface support for seamless BT + 5G WiFi operation