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User  Manual  for  WF-M63B-USH1 

1. Introduction

WF-M63B-USH1 module design is based on Mediatek MT7663BUN solution,

 

The MT7663BUN is a 

highly integrated single chip which has built in a 2x2 dual-band wireless LAN radio and Bluetooth radio. 
It includes Bluetooth EDR and LE radio which complies with Bluetooth v2.1+EDR, v4.2, and v5.1.   
The Module is a highly integrated MAC/BBP and 2.4/5GHz PA/LNA single chip which supports a 
866.7Mbps PHY rate. The Module is designed to support standard-based features in the areas of 
security, quality of service, and international regulations, giving end users the greatest performance 
anytime and in any circumstance. This documentation describes the engineering requirements 
specification.   

1.1 RF module Overview 

The general HW architecture for the module is shown in Figure 1. This WLAN Module design is based 
on Mediatek MT7663BUN. It is a highly integrated single-chip MIMO(Multiple In Multiple Out) Wireless 
LAN  (WLAN)  network  interface  controller  complying  with  the  802.11  specification  and  Bluetooth  over 
USB interface. It combines a MAC, a 2T2R capable baseband, and RF in a single chip. An intelligent 
Wi-Fi/Bluetooth  coexistence  algorithm  is  implemented  to  provide  the  best  harmonized  Wi-Fi  and 
Bluetooth radio performance.   

Figure 1 WF-M63B-USH1 Block Diagram 

1.2 Specification reference 

This specification is based on additional references listed below. 

IEEE Std. 802.11a 

IEEE Std. 802.11b 

IEEE Std. 802.11g 

IEEE Std. 802.11n 

IEEE Std. 802.11ac 

_ Bluetooth 2.1+EDR/4.2/5.1 

Summary of Contents for WF-M63B-USH1

Page 1: ...cumentation describes the engineering requirements specification 1 1 RF module Overview The general HW architecture for the module is shown in Figure 1 This WLAN Module design is based on Mediatek MT7663BUN It is a highly integrated single chip MIMO Multiple In Multiple Out Wireless LAN WLAN network interface controller complying with the 802 11 specification and Bluetooth over USB interface It co...

Page 2: ...4QAM 256QAM and OFDM Bluetooth GFSK π 4 DQPSK and 8 DPSK Data rates 11b 1 2 5 5 and 11Mbps 11a g 6 9 12 18 24 36 48 and 54 Mbps 11n MCS0 15 up to 300Mbps 11ac MCS0 9 Nss 2 up to 866 7Mbps Form factor 32pins Host Interface USB 2 0 PCB Stack 4 layers design Dimension Typical 18mm x 27mm x 2 4mm Antenna external Antennas Design Operation Temperature 10 to 70 Storage Temperature 40 to 85 Operation Vol...

Page 3: ...2T2R USB WIFI Module BT2 1 EDR 4 2 5 1 2 Mechanical Specification 2 1 Mechanical Outline Drawing Typical Dimension W x L x H 27 0mmx18 00mm x 2 4mm General tolerance 0 2mm TOP View SIDE View BOT View 2 2 Product Picture Top view Bot view ...

Page 4: ...round 9 WOW Wi Fi device wake up host 10 RST Internal regulator on off 11 RST Internal regulator on off 12 GND Ground 13 3 3V 3 3V Voltage power 14 NC NC 15 GND Ground 16 NC NC 17 NC NC 18 NC NC 19 NC NC 20 GND Ground 21 DP USB interface 22 DM USB interface 23 GND Ground 24 NC NC 25 GPIO3 Debug UART TXD 26 GND Ground 27 BT RF BT RF PIN 28 GND Ground 29 BT_Wake_host BT device wake up host 30 NC NC ...

Page 5: ...PSK DQPSK and CCK and DSSS Channel CH1 to CH11 Data rate 1 2 5 5 11Mbps TX Characteristics Min Typ Max Unit Remark 1 Spectrum Mask Target Power 1 fc 11MHz to 22MHz 30 dBr 2 fc 22MHz 50 dBr 2 Constellation Error EVM Target Power 1 1Mbps 23 13 dB 2 2Mbps 13 dB 3 5 5Mbps 13 dB 4 11Mbps 23 13 dB 3 Frequency Error 10 10 ppm RX Characteristics Min Typ Max Unit 4 Minimum Input Level Sensitivity each chai...

Page 6: ...Br 3 at fc 30MHz 40 dBr 2 Constellation Error EVM Target Power 1 6Mbps 30 8 dB 2 9Mbps 11 dB 3 12Mbps 13 dB 4 18Mbps 16 dB 5 24Mbps 19 dB 6 36Mbps 23 dB 7 48Mbps 25 dB 8 54Mbps 37 28 dB 3 Frequency Error 1 IEEE802 11g 10 10 ppm 2 IEEE802 11a 10 10 ppm RX Characteristics Min Typ Max Unit 4 Minimum Input Level Sensitivity each chain 1 6Mbps PER 10 94 85 dBm 2 9Mbps PER 10 84 dBm 3 12Mbps PER 10 82 d...

Page 7: ... 2 at fc 20MHz 28 dBr 3 at fc 30MHz 45 dBr 2 Constellation Error EVM Target Power 1 MCS0 30 8 dB 2 MCS1 13 dB 3 MCS2 16 dB 4 MCS3 19 dB 5 MCS4 22 dB 6 MCS5 25 dB 7 MCS6 28 dB 8 MCS7 38 30 dB 3 Frequency Error 1 IEEE802 11n HT20 2 4G 10 10 ppm 2 IEEE802 11n HT20 5G 10 10 ppm RX Characteristics Min Typ Max Unit 4 Minimum Input Level Sensitivity each chain 1 MCS0 PER 10 94 85 dBm 2 MCS1 PER 10 82 dBm...

Page 8: ...2 at fc 40MHz 28 dBr 3 at fc 60MHz 45 dBr 2 Constellation Error EVM Target Power 1 MCS0 30 8 dB 2 MCS1 13 dB 3 MCS2 16 dB 4 MCS3 19 dB 5 MCS4 22 dB 6 MCS5 25 dB 7 MCS6 28 dB 8 MCS7 38 30 dB 3 Frequency Error 1 IEEE802 11n HT20 2 4G 10 10 ppm 2 IEEE802 11n HT20 5G 10 10 ppm RX Characteristics Min Typ Max Unit 4 Minimum Input Level Sensitivity each chain 1 MCS0 PER 10 90 82 dBm 2 MCS1 PER 10 79 dBm ...

Page 9: ... 80MHz 120MHz 40 dBr 2 Constellation Error EVM Target Power 1 MCS0 8 dB 2 MCS1 13 dB 3 MCS2 16 dB 4 MCS3 19 dB 5 MCS4 22 dB 6 MCS5 25 dB 7 MCS6 28 dB 8 MCS7 30 dB 9 MCS8 32 dB 10 MCS9 36 33 dB 3 Frequency Error 10 10 ppm RX Characteristics Min Typ Max Unit 4 Minimum Input Level Sensitivity each chain VHT 20 VHT 40 VHT 80 VHT 20 VHT 40 VHT 80 1 MCS0 PER 10 94 90 87 85 82 79 dBm 2 MCS1 PER 10 82 79 ...

Page 10: ...tion Characteristics 1 Delta f1 Avg 157 kHz 2 Delta f2max For at least 99 9 of all Delta f2max 121 kHz 3 Delta f2 Delta f1 0 85 kHz 2 Initial Carrier Frequency Tolerance 20 kHz 3 Carrier Frequency Drift 1 One Slot packet drift DH1 15 kHz 2 Three Slot packet drift DH3 15 kHz 3 Five Slot packet drift DH5 15 kHz 4 Max Drift Rate 15 kHz 50us RX Characteristics 1 Receiver Sensitivity BER 0 1 94 dBm 2 M...

Page 11: ...n Typ Max Unit TX Characteristics 6 10 14 1 Frequency Stability kHz 1 Omega i 4 kHz 2 Omega 0 4 kHz 3 Omega 0 Omega i 4 2 Modulation Accuracy 1 RMS DEVM π 4 DQPSK 9 8PSK 9 2 Peak DEVM π 4 DQPSK 28 8PSK 21 3 99 DEVM π 4 DQPSK 15 8PSK 12 RX Characteristics 1 Receiver Sensitivity BER 0 01 1 π 4 DQPSK 91 dBm 2 8PSK 89 dBm 2 Maximum usable signal BER 0 1 1 π 4 DQPSK 5 dBm 2 8PSK 5 dBm ...

Page 12: ...cs 1 Delta f1 Avg 225 275 kHz 2 Delta f2max For at least 99 9 of all Delta f2max 185 kHz 3 Delta f2 Delta f1 0 8 0 94 Hz Hz 2 Carrier frequency offset and drift 1 Frequency Offset 150 150 kHz 2 Frequency Drift 50 50 kHz 3 Max Drift Rate 20 20 Hz us 3 In band Spurious Emissions 1 2M offset 20 dBm 2 3MHz offset 30 dBm RX Characteristics 1 Receiver Sensitivity BER 30 8 95 dBm 2 Maximum usable signal ...

Page 13: ...WF M63B USH1 IEEE 802 11a b g n ac 2T2R USB WIFI Module BT2 1 EDR 4 2 5 1 4 Reference Design 4 1 SCH 4 2 Recommend PCB Layout Decal ...

Page 14: ...le BT2 1 EDR 4 2 5 1 5 Host Interface Timing Diagram 5 1 Chip power on sequence 5 1 reset sequence 6 Software Requirements The driver supports the following operating systems Linux Microsoft Windows XP Vista and Win7 Mfg software tool is MT7663BUN_QA_Tool ...

Page 15: ...WF M63B USH1 IEEE 802 11a b g n ac 2T2R USB WIFI Module BT2 1 EDR 4 2 5 1 7 Antenna Information 0 29dBi ...

Page 16: ... distance 20cm between the radiator your body 1 Operational use conditions Module has professional users use condition limitations Host product manufacturer please ensure giving such warning like Product is limited to professional users use in your product s instruction 2 Antenna used Antenna type Max Antenna Gain BT BLE PCB Antenna 0 37dBi 2 4G Wi Fi PCB Antenna Antenna 1 0 06dBi Antenna 2 2 65dB...

Page 17: ...location in the text of host product manual Original texts as following For Class B Note This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequenc...

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