DUAL BAND / BCM43569 / USB 3.0/2.0

WF05 V3.3 USB Wi-Fi Adapter Board

A BCM43569-based board reference listing 400 Mbps at 2.4 GHz and 867 Mbps at 5.8 GHz in the supplied catalogue.

Listed chipset

BCM43569, Broadcom, US

Listed USB interface

USB3.0/2.0

Wireless rates · catalogue

2.4GHz:400Mbps; 5.8GHz:867Mbps

Bluetooth · catalogue

Not specified in the supplied board data

Catalogue configuration · confirm the supplied revision and assembly.

Black USB Wi-Fi adapter circuit board marked WF05 V3.3, with a USB-A connector and two antenna connectors.

WF05 V3.3 · component side

Supplied photograph · select the image to enlarge.

THE CONFIGURATION

A different chipset behind a similar wireless speed class.

WF05 V3.3 is a separate BCM43569 platform. Compare its listed chipset and 2.4 GHz rating with R8812BU_F05 V1.1 rather than treating an 867 Mbps 5.8 GHz figure as a complete product definition. Its source row describes the USB interface as USB 3.0/2.0.

The photograph is marked WF05 V3.3. The catalogue row does not specify a Bluetooth version, despite Bluetooth-related wording elsewhere in the supplied image materials. It also does not resolve which board is currently used in an LGX-L3Mate finished adapter.

TECHNICAL DATA

Board specifications

Use the exact reference and revision when comparing this configuration. The figures below are supplier-catalogue declarations.

Catalogue board reference

WF05 V3.3

Chipset · catalogue declaration

BCM43569, Broadcom, US

Wireless standards · catalogue wording

IEEE802.11a/b/g/n/ac

Declared per-band wireless rates

2.4GHz:400Mbps; 5.8GHz:867Mbps

USB data interface · catalogue wording

USB3.0/2.0

Bluetooth · declared version

Not specified in the supplied board data

Security modes · catalogue wording

WEP, WPA-PSK/WPA2-PSK

Wi-Fi OS list · catalogue statement

Win7/8/10/11

Bluetooth OS list · catalogue statement

Not specified in the supplied board data

HOST INTEGRATION

Match the software to the board.

The supplied WF05 V3.3 row lists Windows 7/8/10/11. It does not provide Linux, Android or Mac OS support for this board, so those systems are not promised here. Confirm the matching driver package and the exact host build for evaluation.

01

Wi-Fi software

Catalogue OS statement: Win7/8/10/11. Agree the exact OS build, architecture and matching driver package for evaluation.

02

Bluetooth boundary

This catalogue row does not specify Bluetooth. A version or Bluetooth host support is not promised from that omission.

03

Your host conditions

Identify the host, installation form, available connection, antenna location and evaluation criteria. No device-level compatibility test is implied by this reference.

Read the board integration guide outline ↗

BOARD PROCUREMENT

Specify the assembly you need to receive.

A board reference identifies the starting configuration. It does not define every item in the delivery.

Define this board enquiry

Connection

Define connector, pads or leads, pin assignments and required input supply.

Mechanical fit

Provide actual board outline, holes, component height and host clearance requirements.

Antenna & included items

Agree antenna, cables, fixings and documents as included, optional or excluded.

Evaluation & changes

Request a version-matched drawing and driver where needed; describe any change for assessment.

KEEP THE CONFIGURATIONS DISTINCT

Compare the next board reference.

The photograph is marked WF05 V3.3. The catalogue row does not specify a Bluetooth version, despite Bluetooth-related wording elsewhere in the supplied image materials. It also does not resolve which board is currently used in an LGX-L3Mate finished adapter.

Green USB Wi-Fi adapter circuit board marked R8812BU_F05 V1.1, with a USB-A connector and two antenna connectors.

COMPARE ANOTHER CONFIGURATION

R8812BU_F05 V1.1

RTL8812BU · USB3.0/2.0

View board details ↗

YOUR BOARD REQUIREMENT

Start with WF05 V3.3.

Share the target quantity, host and required assembly. Confirm the supplied version and included items with the enquiry.

Enquire about this board