【rtl8812au双通道2.4G5.8G双频usb3.0接口wifi模块】价格_厂家

rtl8812au双通道2.4G5.8G双频usb3.0接口wifi模块

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产品属性

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品牌

B-LINK

型号

rtl8812

短信息模式

都可以

信息发送内容

都可以

发射功率

0.036W

支持网络

802.11abgnac

频段

2.4-5.8GMHz

通讯接口形式

USB3.0

芯片

RTL8812AU

尺寸

27.0*20.0*3.5mm

1. Introduction

1.1 General Description

BL-M8812AU1 product is a highly integrated single-chip MIMO (Multiple In, Multiple Out) Wireless LAN (WLAN) USB 2.0/3.0 network interface controller complying with the wireless very high throughput IEEE 802.11ac Draft 2.0 and IEEE 802.11n specifications. The RTL8812AU provides a complete solution for a high-performance wireless client and also supports WiFi Direct feature that can easily build a WiFi P2P PAN network.

Figure 1 Top View Figure 2 Bottom View

1.2 Features

l Operating Frequencies : 2.4~2.4835GHz and 5.15~5.85GHz

l Host Interface is USB 3.0, complies with USB 1.0/1.1/2.0

l IEEE Standards : IEEE 802.11a/b/g/n/ac

l Wireless data rate can reach up to 867Mbps

l Connect to external antenna through the IPEX connector

l Power Supply:5V±0.2V (3.3V Power Supply optional)

1.3 Applications

l MID

l IP Camera

l STB

l Smart TV

l E-book

l Other devices which need to be supported by wireless network

2. Functional Block Diagram

Figure 3 BL-M8812AU1 block diagram

3. Product Technical Specifications 3.1 General Specifications

Item	Description
Product Name	BL-M8812AU1
Main Chip	RTL8812AU-CG
Host Interface	USB 3.0 ( Backwards compatible with USB 2.0 )
IEEE Standards	IEEE 802.11a/b/g/n/ac
Operating Frequencies	2.4GHz~2.4835GHz /5.15~5.85Hz
Modulation	802.11b: CCK, DQPSK, DBPSK 802.11a/g: 64-QAM,16-QAM, QPSK, BPSK 802.11n: 64-QAM,16-QAM, QPSK, BPSK 802.11ac: 256-QAM,64-QAM,16-QAM, QPSK, BPSK
Working Mode	Infrastructure, Ad-Hoc
Wireless Data Rate	802.11b: 1, 2 ,5.5,11Mbps 802.11a/g: 6,9,12,18,24,36,48,54Mbps 802.11n: HT20 reach up to144.4Mbps, HT40 reach up to300Mbps 802.11ac: VHT20 reach up to173.3Mbps, VHT40 reach up to400Mbps, VHT80 reach up to866.7Mbps
Rx Sensitivity	-95dBm (Min)
TX Power	18.5dBm (Max)
Antenna Type	Connect to external antenna through the IPEX connector
Dimension(LWH)	27.020.03.5mm (LWH) (Without PIN header) ，Tolerance: ±0.15mm
Power Supply	5V±0.2V (3.3V Power Supply optional)
Power Consumption	Standby 163mA@5V (Max) TX mode 876 mA@5V (Max)
Clock Source	40MHz
Working Temperature	-10°C to +50°C
Storage Temperature	-40°C to +70°C

ESD CAUTION: Although this module is designed to be as robust as possible, Electrostatic Discharge (ESD) can damage this module. It must be protected from ESD at all times and handled under the protection of ESD.

3.2 DC Power Consumption

Vcc=5V，Ta = 25 °C，unit: mA
Supply current	Typ.		Max
Standby (RF disabled)	142		163

802.11b	1Mbps		11Mbps
Supply current	Typ.	Max.	Typ.	Max.
TX mode	265	298	241	268
Rx mode	168	198	164	190
802.11g	6Mbps		54Mbps
Supply current	Typ.	Max.	Typ.	Max.
TX mode	273	318	171	298
Rx mode	161	216	153	206
802.11n HT20	MCS0		MCS7
Supply current	Typ.	Max.	Typ.	Max.
TX mode	271	324	166	284
Rx mode	150	186	131	174
802.11n HT40	MCS0		MCS7
Supply current	Typ.	Max.	Typ.	Max.
TX mode	256	292	156	278
Rx mode	131	190	120	160
802.11a	6Mbps		54Mbps
Supply current	Typ.	Max.	Typ.	Max.
TX mode	403	442	230	416
Rx mode	144	192	147	180
802.11n HT40(5G)	MCS0		MCS7
Supply current	Typ.	Max.	Typ.	Max.
TX mode	382	422	193	398
Rx mode	158	190	157	204
802.11ac	MCS0		MCS9
Supply current	Typ.	Max.	Typ.	Max.
TX mode	297	422	192	392
Rx mode	162	202	168	206
2T2R
802.11n HT40(2.4G)	MCS8		MCS15
Supply current	Typ.	Max.	Typ.	Max.
TX mode	389	536	160	508
Rx mode	142	170	143	172
802.11n HT40(5G)	MCS8		MCS15
Supply current	Typ.	Max.	Typ.	Max.
TX mode	505	796	257	812
Rx mode	151	182	149	190
802.11ac(5G)	NSS2-MCS0		NSS2-MCS9
Supply current	Typ.	Max.	Typ.	Max.
TX mode	430	876	230	820
Rx mode	153	184	158	198

3.3

Specifications

TX Power

2.4G:

802.11b:17±1.5dBm

802.11g/11n-HT20:15±1.5dBm

802.11n -HT40:15±1.5dBm

5G:

802.11a/11n-HT20:15±1.5dBm

802.11n-HT40:15±1.5dBm

802.11ac:14±1.5dBm

TX Constellation Error(EVM)

2.4G:

802.11b: <-22dB@11Mbps

802.11g: <-28dB@54Mbps

802.11n-HT20: <-28dB@72.2Mbps

802.11n-HT40:< -28dB@150Mbps

5G:

802.11a: <-28dB@54Mbps

802.11n-HT20: <-28dB@72.2Mbps

802.11n-HT40: <-28dB@150Mbps

802.11ac:< -33dB@433Mbps

Receiver Minimum Input Sensitivity@PER

1Mbps: ;

11Mbps:;

54Mbps:-72dBm@PER<10%;

150Mbps:-67dBm@PER<10%;

300Mbps:-67dBm@PER<10%;

433Mbps:-61dBm@PER<10%;

867Mbps:-61dBm@PER<10%;

RF Test Report
PathA
2.4G
Mode	Rate(Mbps)	Power(dBm)				EVM(dB)			Sensitivity(dBm)
Mode	Rate(Mbps)	CH1		CH7	CH13	CH1	CH7	CH13	CH1	CH7	CH13
11b	1	16.57		16.63	17.20	-29.12	-29.59	-29.20	-94	-94	-94
11b	11	16.72		17.29	17.39	-25.48	-25.87	-27.23	-86	-86	-86
11g	9	17.00		16.93	16.77	-30.21	-29.45	-27.56	-86	-86	-86
11g	54	15.66		15.62	15.56	-33.50	-33.62	-34.08	-72	-72	-72
Mode	Rate(Mbps)	Power(dBm)				EVM(dB)			Sensitivity(dBm)
Mode	Rate(Mbps)	CH3		CH7	CH11	CH3	CH7	CH11	CH3	CH7	CH11
11n HT40	MCS0	16.89		16.66	16.34	-30.38	-28.77	-28.83	-86	-86	-86
11n HT40	MCS7	15.81		15.86	16.02	-34.38	-32.79	-32.71	-67	-67	-67
PathB
Mode	Rate(Mbps)		Power(dBm)			EVM(dB)			Sensitivity(dBm)
Mode	Rate(Mbps)		CH1	CH7	CH13	CH1	CH7	CH13	CH1	CH7	CH13
11b	1		18.08	18.00	18.47	-31.30	-31.13	-31.26	-95	-95	-95
11b	11		17.61	17.42	17.31	-27.12	-24.66	-27.40	-87	-87	-87
11g	9		17.28	17.35	17.19	-30.66	-29.17	-28.73	-87	-87	-87
11g	54		17.02	17.14	16.97	-31.49	-30.43	-29.06	-73	-73	-73
Mode	Rate(Mbps)		Power(dBm)			EVM(dB)			Sensitivity(dBm)
Mode	Rate(Mbps)		CH3	CH7	CH11	CH3	CH7	CH11	CH3	CH7	CH11
11n HT40	MCS0		16.89	16.66	16.34	-30.38	-28.77	-28.83	-87	-87	-87
11n HT40	MCS7		15.81	15.86	16.02	-34.38	-32.79	-32.71	-68	-68	-68

RF Test Report
PathA
5G
Mode	Rate(Mbps)	Power(dBm)				EVM(dB)				Sensitivity(dBm)
Mode	Rate(Mbps)	CH 36	CH 100	CH 140	CH 161	CH 36	CH100	CH140	CH161	CH 36	CH 100	CH 140	CH 161
11a	9	15.30	16.14	16.19	16.31	-27.84	-32.52	-33.34	-33.28	-90	-90	-90	-90
11a	54	15.33	16.88	16.83	16.68	-29.87	-30.96	-33.85	-31.28	-73	-73	-73	-73
Mode	Rate(Mbps)	Power(dBm)				EVM(dB)				Sensitivity(dBm)
Mode	Rate(Mbps)	CH 38	CH 102	CH 142	CH 159	CH 38	CH102	CH142	CH159	CH 38	CH 102	CH 142	CH 159
11n 40	MCS0	16.11	16.02	17.21	17.03	-24.35	-30.70	-33.41	-33.59	-86	-85	-86	-86
11n 40	MCS7	16.46	16.20	16.16	16.56	-32.85	-30.85	-31.51	-30.95	-68	-68	-68	-68
Mode	Rate(Mbps)	Power(dBm)				EVM(dB)				Sensitivity(dBm)
Mode	Rate(Mbps)	CH 42	CH 106	CH 138	CH 155	CH 42	CH106	CH138	CH155	CH 42	CH 106	CH 138	CH 155
11ac	MCS0	17.53	17.49	19.61	18.54	-30.35	-32.48	-24.65	-26.60	-85	-85	-85	-84
11ac	MCS9	15.43	16.12	16.92	15.81	-34.62	-31.56	-32.37	-34.27	-62	-62	-62	-61
PathB
5G
Mode	Rate(Mbps)	Power(dBm)				EVM(dB)				Sensitivity(dBm)
Mode	Rate(Mbps)	CH 36	CH 100	CH 140	CH 161	CH 36	CH100	CH140	CH161	CH 36	CH 100	CH 140	CH 161
11a	9	16.21	16.22	16.83	16.80	-31.93	-32.01	-31.63	-31.67	-90	-89	-89	-89
11a	54	16.74	17.34	17.05	16.95	-31.56	-33.15	-34.84	-35.11	-73	-73	-73	-73
Mode	Rate(Mbps)	Power(dBm)				EVM(dB)				Sensitivity(dBm)
Mode	Rate(Mbps)	CH 38	CH 102	CH 142	CH 159	CH 38	CH102	CH142	CH159	CH 38	CH 102	CH 142	CH 159
11n 40	MCS0	16.83	16.77	18.41	16.95	-29.89	-32.41	-29.12	-31.08	-86	-86	-86	-86
11n 40	MCS7	16.66	16.11	16.82	16.07	-32.34	-34.34	-33.02	-34.61	-68	-68	-68	-68
Mode	Rate(Mbps)	Power(dBm)				EVM(dB)				Sensitivity(dBm)
Mode	Rate(Mbps)	CH 42	CH 106	CH 138	CH 155	CH 42	CH106	CH138	CH155	CH 42	CH 106	CH 138	CH 155
11ac	MCS0	18.11	18.04	18.54	16.94	-29.54	-32.08	-30.74	-31.13	-84	-85	-85	-84
11ac	MCS9	16.45	16.92	16.59	16.59	-34.25	-35.97	-30.22	-34.65	-62	-62	-62	-62

4. Pin Assignments

Figure 4 Pin Assignments (Top view)

The following signal type codes are used in the tables:

I:Input O:Output

O/D: Open Drain P:Power Pin

Pin No：	Pin Name	Type	Description
1	VDD	P	VDD 5V Power Supply (3.3V Power Supply optional)
2	SSTX+	I	USB Transmitter Differential Pair
3	SSTX-	I	USB Transmitter Differential Pair
4	GND	P	Ground
5	SSRX+	O	USB Receiver Differential Pair
6	SSRX-	O	USB Receiver Differential Pair
7	WPS	/	WPS Switch （high potential）
8	GND	P	Ground
9	DP	I/O	USB Transmitter/Receiver Differential Pair
10	DM	I/O	USB Transmitter/Receiver Differential Pair
11	VDD	P	VDD 5V Power Supply (3.3V Power Supply optional)
12	LED	/	External LED Control

5. Application Information

5.1 Supported Platform

Operating System	CPU Framework	Driver
WINXP/WIN7/WIN8/WIN8.1/WIN10	X86 Platform	Enable
LINUX(Kernel 2.6.31~3.10)	ARM, MIPSII, X86 Platform	Enable

5.2 Typical Application Circuit

LED Circuit

WPS Circuit

RF reference circuit

Figure 5 Typical application circuit

NOTE：RF trace need to keep 50 ohm impedance.

USB differential pair need to keep 90ohm impedance.

Power supply pin 3.3V optional

6. Mechanical Specifications

Module dimension: Typical ( L*W * H): 27.0mm*20.0mm*3.5mm Tolerance : +/-0.15mm

Figure 6 Module dimension

7. Others

7.1 Package Information

Figure 7 Package Information

7.2 Storage Temperature and Humidity

1. Storage Condition: Moisture barrier bag must be stored under 30℃, humidity under 85% RH.

The calculated shelf life for the dry packed product shall be a 12 months from the bag seal date.

Humidity indicator cards must be blue, <30%.

2. Products require baking before mounting if humidity indicator cards reads > 30% temp < 30℃,

humidity < 70% RH, over 96 hours.

Baking condition: 125℃, 12 hours.

Baking times: 1 time.

7.3 Recommended Reflow Profile

Reflow soldering shall be done according to the solder reflow profile,Typical Solder Reflow Profile is

illustrated in Figures 8. The peak temperature is 245℃.

Figure 8 Typical Solder Reflow Profile