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JODY-W2 - System integration manual 

UBX-18068879 - R14 

Regulatory compliance

  

Page 68 of 84 

C1 - Public 

 

 

Channel number 

Channel center frequency [MHz]

 18

 

Allowed channels  Remarks 

 11 

2412 

 2462 

Yes 

 

12 

 13 

2467 

 2472 

No 

 

36 

 48 

5180 

 5240 

Yes 

Canada (ISED): Devices are restricted to 
indoor operation only and the end product 
must be labelled accordingly. 

52 

 64 

5260 

 5320 

Yes 

 

100 

 116 

5500 

 5580 

Yes 

 

120 

 128 

5600 

 5640 

No 

USA (FCC): Client device operation allowed 
under KDB 905462 

132 

 144 

5660 

 5700 

Yes 

 

149 

 165 

5745 

 5825 

Yes 

 

Table 33: Allowed channel usage under FCC/ISED regulation 

 

15.407 (j) Operator Filing Requirement:   
Before deploying an aggregate total of more than one thousand outdoor access points within the 
5.15

5.25 GHz band, parties must submit a letter to the Commission acknowledging that, should 

harmful interference to licensed services in this band occur, they will be required to take corrective 
action. Corrective actions may include reducing power, turning off devices, changing frequency 
bands,  and/or  further  reducing  power  radiated  in  the  vertical  direction.  This  material  shall  be 
submitted to Laboratory Division, Office of Engineering and Technology, Federal Communications 
Commission, 7435 Oakland Mills Road, Columbia, MD 21046. Attn: U-NII Coordination, or via Web 

site at https://www.fcc.gov/labhelp with the subject line: “U

-NII-

1 Filing”.

 

 

End product labeling requirements 

For  an  end-product  using  the  JODY-W2,  there  must  be  a  label  containing,  at  least,  the  following 
information: 

This device contains  
FCC ID: (XYZ)(UPN) 
IC: (CN)-(UPN) 

(XYZ) represents the FCC 

Grantee Code

”, this

 code may consist of Arabic numerals, capital letters, 

or  other  characters,  the  format  for  this  code  will  be  specified  by  the  Commission

s  Office  of 

Engineering and Technology

19

. (CN) is the Company Number registered at ISED. (UPN) is the Unique 

Product Number decided by the grant owner. 
The label must be affixed on an exterior surface of the end product such that it will be visible upon 
inspection in compliance with the modular labeling requirements of OET KDB 784748. The host user 
manual must also contain clear instructions on how end users can find and/or access the FCC ID of 
the end product.  
The label on the JODY-W2 module containing the original FCC ID acquired by u-blox can be replaced 
with  a  new  label  stating  the  end-product

’s  FCC/ISED

  ID  in  compliance  with  the  modular  labeling 

requirements of OET KDB 784748. 

FCC end product labeling 

The outside of final products containing the JODY-W2 module must display in a user accessible area 
a label referring to the enclosed module. This exterior label can use wording such as the following: 

“C

ontains Transmitter Module FCC ID: XPYJODYW263

” or “Contains FCC ID: XPYJODYW

263

”.

 

 

 

 

18

 Under ISED regulations, operation in the band 5150

5250 MHz is for indoor use only and the end product must be labelled accordingly. 

19

 47 CFR 2.926 

Summary of Contents for JODY-W2

Page 1: ...ocument describes the system integration of JODY W2 series modules These host based modules support Wi Fi 802 11n ac and Bluetooth 5 2 and are designed for both simultaneous and independent operations...

Page 2: ...production End of life Production information Document contains the final product specification This document applies to the following products Product name Document status JODY W263 A Production inf...

Page 3: ...nce 14 Wake up signals 15 Configuration pins 15 1 4 Data communication interfaces 16 SDIO 3 0 interface 16 High Speed UART interface 17 PCM Audio interface 17 Low power oscillator 17 JTAG Test Interfa...

Page 4: ...37 3 4 Software architecture 37 Wi Fi driver architecture 38 Bluetooth driver architecture 38 3 5 Compiling the drivers 39 Prerequisites 40 3 6 Deploying the drivers 40 Firmware 41 Configuration util...

Page 5: ...product regulatory compliance 62 United States compliance statement FCC 63 Canada compliance statement ISED 64 Referring to the u blox FCC ISED certification ID 65 Obtaining own FCC ISED certificatio...

Page 6: ...output power for 5 GHz band 77 B 3 Japan regulatory domain Giteki 78 B 3 1 Wi Fi output power for 2 4 GHz band 78 B 3 2 Wi Fi output power for 5 GHz band 78 B 4 Korea regulatory domain KCC 79 B 4 1 W...

Page 7: ...antenna pins for Wi Fi and Bluetooth Two antenna pins for Wi Fi and Bluetooth Supported Wi Fi radio modes IEEE 802 11 a b g n ac IEEE 802 11 a b g n ac Supported Wi Fi bands 2 5 5 GHz 2 5 5 GHz Max W...

Page 8: ...Hz and 5 GHz Wi Fi SDIO Wi Fi optional Bluetooth UART Bluetooth Table 2 Supported configurations of the JODY W2 module series JODY W2 series module has two antenna pins with one dedicated for dual ban...

Page 9: ...uire a firmware re download Active TX RX data connection enabled with the system running at the specified power consumption Wi Fi operation IEEE Power Save Station mode The device automatically wakes...

Page 10: ...hip pin I O1 Description Domain 1 GND GND Ground GND 2 VBAT PWR Module supply input 2 8 V 5 5 V VBAT 3 VIO PWR VIO supply 1 8 V or 3 3 V VIO 4 1V8 PWR VIO supply for SDIO Supply for analog part 1 8 V...

Page 11: ...I PCM data input VIO 19 GND GND Ground GND 20 GND GND Ground GND 21 ANT2 NC Reserved Do not connect 22 GND GND Ground GND 23 GND GND Ground GND 24 ANT0 RF Bluetooth antenna signal Do not connect to D...

Page 12: ...50 SD_D2 SD_DAT 2 I O SDIO data line bit 2 1V8 51 SD_D3 SD_DAT 3 I O SDIO data line bit 3 1V8 52 SD_CMD SD_CMD I O SDIO Command line 1V8 53 SD_CLK SD_CLK I SDIO Clock input 1V8 54 SD_D0 SD_DAT 0 I O S...

Page 13: ...dle the high peak current generated by the module A margin of at least 20 over the specified peak current is recommended when designing the power supply for the module 1 3 System function interfaces P...

Page 14: ...controller through PDn and CORE_PDn in case of abnormal module behavior JODY W2 is reset to its default operating state by any of the following events Module is powered on and internal voltages are go...

Page 15: ...ult the configuration pins are high at logic level 1 unless otherwise noted A 100 k pull down resistor to ground is required to set the pins low No external circuitry is required to set a configuratio...

Page 16: ...e is fixed to 1 8 V for Default Speed and High Speed modes A module acts as a device on the SDIO bus Table 9 summarizes the bus speed modes supported by the module Bus Speed Mode Max Bus Speed MB s Ma...

Page 17: ...ee also Configuration pins BT_UART_CTS I UART CTS signal Connect to Host RTS Table 11 UART signal description High Speed UART signals are powered by the VIO voltage domain PCM Audio interface JODY W2...

Page 18: ...t Input GPIO_16 LTE_COEX_RX VIO UART_LTE_SIN JTAG_TDI test data input Input GPIO_17 LTE_COEX_TX VIO UART_LTE_SOUT JTAG_TDO test data output Output Table 15 JTAG signal mapping 1 5 Antenna interfaces W...

Page 19: ...Wi Fi operation the module has been tested and approved for use with the antennas listed in the JODY W2 series data sheet 2 The module may be integrated with other antennas In this case the OEM insta...

Page 20: ...tions PDn and pins described as Configuration pins Accurate design is required to ensure that the voltage level is well defined during module boot Follow the General high speed layout guidelines Other...

Page 21: ...ows the distance between the GND reference on the bottom plane and the copper layer on the top layer Thickness of the copper layer T can also be represented by Base Copper Weight which is commonly use...

Page 22: ...some clearance void area on the ground reference layer below any pin on the RF transmission lines This helps to reduce the parasitic capacitance to ground Route RF lines in 45 angle and avoid acute an...

Page 23: ...Integrated antenna excites RF currents on its counterpoise typically the PCB ground plane of the device that becomes part of the antenna its dimension defines the minimum frequency that can be radiat...

Page 24: ...ies radiation exposure limits Table 16 Summary of antenna interface requirements Item Requirements Remarks Isolation in band S21 30 dB recommended The antenna to antenna isolation is the S21 parameter...

Page 25: ...shorter cables to minimize insertion loss RF connector on the other side of the cable for example another U FL for board to board connection or SMA for panel mounting SMT connectors are typically rat...

Page 26: ...ence Take care of interaction between co located RF systems like LTE sidebands on 2 4 GHz band Transmitted power may interact or disturb the performance of JODY W2 modules where specific LTE filter is...

Page 27: ...it design using a Low Drop Out LDO linear regulator The use of a linear regulator is suggested when the difference from the available supply rail and the VBAT or VIO 1V8 value is relatively low The li...

Page 28: ...d in parallel to SDIO_CLK as EMI debug option and signal termination This capacitor should be placed as close as possible to the JODY W2 clock input pin and can be assembled only for EMI purpose The c...

Page 29: ...st Host Controller is not allowed to send It is mandatory to use the hardware flow control Otherwise JODY W2 does not answer Baud rates 1200 38400 460800 1500000 3000000 default 2400 57600 500000 1843...

Page 30: ...us reducing the module s sensitivity Layout and manufacturing Avoid stubs on high speed signals Test points or component pads should be placed over the PCB trace Verify the recommended maximum signal...

Page 31: ...low the JODY W2 series modules Avoid placing temperature sensitive devices close to the module and provide adequate grounding to transfer the generated heat to the PCB 2 7 Module footprint and paste m...

Page 32: ...ment a special solder paste pattern with the following characteristics Solder paste area should be split in several smaller parts typically four to nine depending on copper pad area Total solder paste...

Page 33: ...designer may consider a heat sink on main PCB s bottom side connected through electrically insulated high thermal conductivity adhesive9 2 9 ESD guidelines JODY W2 module is manufactured through a hi...

Page 34: ...al filters have been considered in the design Layout checklist PCB stack up and controlled impedance traces follow PCB manufacturer s recommendation All pins are properly connected and the package fol...

Page 35: ...uired to operate JODY W2 series modules are developed by NXP and are already integrated into the Linux BSP for the NXP i MX application processors 16 The documentation for the software releases from N...

Page 36: ...rce code with GPLv2 license XX GPL source code with proprietary license For further information about license usage refer to the README file in the driver package See also Driver package structure 3 2...

Page 37: ...th HCI_UART driver module hci_uart ko UART FW LOADER src tgz uartfwloader_src Source code for NXP application to download the Bluetooth only firmware over UART while using parallel mode SD BT src tgz...

Page 38: ...ctions such as firmware downloading command handling data path handling power save and so on Figure 12 shows basic architecture of the Wi Fi driver Figure 12 Basic Wi Fi host driver and firmware archi...

Page 39: ...s suitable when using the BlueZ stack Another Bluetooth driver mbt8987 ko is available in the SDIO SDIO package which is not bound to BlueZ This driver exports a character device which can be used by...

Page 40: ...vers even if CONFIG_MODVERSIONS is set A full kernel build must be executed to make module versioning work 3 6 Deploying the drivers The drivers can be deployed at reasonable locations in the target r...

Page 41: ...ormation about the commands and logs see also Using SDIO UART driver package and Using the SDIO SDIO driver package Configuration utilities NXP provide the source code for building various application...

Page 42: ...ng runtime Wi Fi power table The Wi Fi power table defines the transmit power levels for the Wi Fi radio The power levels are based on regulatory compliance IEEE 802 11 requirements and product design...

Page 43: ...for 40 80 MHz operation in 5 GHz TLVPwr Length Specifies the transmit power limits for specific modulations as a list with the length length of ModulationGroup Power tupels where ModulationGroup speci...

Page 44: ...10 11ac 20 MHz MCS 8 VHT20 11 11ac 40 MHz MCS 8 9 VHT40 12 11ac 80 MHz MCS 0 1 2 VHT80 13 11ac 80 MHz MCS 3 4 VHT80 14 11ac 80 MHz MCS 5 6 7 VHT80 15 11ac 80 MHz MCS 8 9 VHT80 Table 29 Rate group info...

Page 45: ...the following example The WLAN driver also looks for a binary file text file with hex values on the filesystem with the transmit power limit configuration whenever the regulatory domain is changed Th...

Page 46: ...following command enables energy detection and configures the detection thresholds according to the settings in the ed_mac_ctrl_V3_8987 conf configuration file The values ed_ctrl_2g offset and ed_ctr...

Page 47: ...d in production and RF related tests Labtool recipes Used by this proprietary tool to run specific tests and configure the hardware and RF parameters This test and configuration tool uses different fi...

Page 48: ...ged in the init_cfg conf file The changes have been implemented to meet the application requirements so that each interface is assigned with a unique MAC address to avoid conflicts The addresses are a...

Page 49: ...based on the driver package Refer to the README file in the driver for instructions insmod mlan ko insmod sd8987 ko fw_name mrvl sduart8987_combo_jody w2 sdiouart bin cfg80211_wext 0xf cal_data_cfg n...

Page 50: ...ode as shown below To download the Bluetooth firmware over UART we need fw_loader built from uartfwloader_src present in the SDIO UART driver package Sample to download along with all the parameters i...

Page 51: ...al 0 which will enable this mode Remember to use the Bluetooth only firmware Verifying the firmware version The version of the loaded driver can be verified using the following command Verifying the i...

Page 52: ...pported in all firmware releases Using hostapd is the recommended way to configure the access point The access point is configured with an SSID value jody w2 for 80 MHz bandwidth and passphrase 123456...

Page 53: ...that has all the information related to the channel security etc A sample of file which can be used is given below The access point is configured with an SSID value jody w2 with the passphrase 123456...

Page 54: ...oint Initially prepare the configuration file with some primitive settings File hostapd conf interface uap0 driver nl80211 ssid jody w2 RF hw_mode a channel 36 country_code DE 11N ieee80211n 1 ht_capa...

Page 55: ...wpa_passphrase ubx co AP5G 12345678 etc wpa_supplicant conf wpa_supplicant B D nl80211 i mlan0 c etc wpa_supplicant conf udhcpc i mlan0 hciattach dev ttyUSB0 any 3000000 flow 442 667056 ps_init_work...

Page 56: ...ike hostapd wpa_supplicant and network manager hcitool ihci0 scan Scanning 8C 83 E1 77 22 55 Galaxy S9 B4 69 21 62 32 6F DE BLN LT 020 30 F7 72 11 D6 6C KD 55X8505C 64 A2 F9 36 97 B5 ubx ae l2ping 64...

Page 57: ...wing values n Debug messages are disabled and not compiled into the driver module 1 All kinds of debug messages can be configured except for MENTRY MWARN and MINFO By default MMSG MFATAL and MERROR ar...

Page 58: ...h any charged capacitors Be especially careful when handling materials like patch antennas 10 pF coaxial cables 50 80 pF m soldering irons or any other materials that can develop charges To prevent el...

Page 59: ...e entire area of the fully populated host PCB the heat transfer efficiency of the oven and the type of solder paste that is used The optimal soldering profile that is used must be trimmed for each cas...

Page 60: ...a module populated on them Boards with combined through hole technology THT components and surface mount technology SMT devices may require wave soldering to solder the THT components Only a single wa...

Page 61: ...thorized antennas In the end product the JODY W2 module must be installed in such a way that only authorized antennas can be used The end product must use the specified antenna trace reference design...

Page 62: ...rn Ireland continues to accept the CE marking The following notice is applicable to Great Britain only JODY W2 modules have been evaluated against the essential requirements of the Radio Equipment Reg...

Page 63: ...y the product must be certified by accredited test lab The description of the FCC regulatory requirements in this document comprise a subset of applicable publications maintained by the FCC Office of...

Page 64: ...with ISED RSS 102 radiation exposure limits set forth for an uncontrolled environment This equipment should be installed and operated with minimum distance 20 cm between the radiator and your body Th...

Page 65: ...esign data for the review procedure Referring to the u blox FCC ISED certification ID If the conditions in General requirements FCC ISED End product regulatory compliance and all Antenna requirements...

Page 66: ...ized antennas and or antenna trace design cannot be used the new antenna and or antenna trace designs must be added to the grant file This is done by a Class I Permissive Change or a Class II Permissi...

Page 67: ...ssible interfaces of the host product The modular transmitter must when installed into the host product have a regional setting that is compliant with authorized US modes and the host product is prote...

Page 68: ...U NII 1 Filing End product labeling requirements For an end product using the JODY W2 there must be a label containing at least the following information This device contains FCC ID XYZ UPN IC CN UPN...

Page 69: ...qui va comme suit Contient le module d mission IC 8595A JODYW263 The end product shall bear the following statement in both English and French in a conspicuous location on the device Operation is subj...

Page 70: ...from legal communications or ISM radio wave radiated devices Table 34 shows the NCC certification IDs allocated to JODY W2 modules Model NCC ID JODY W263 01A CCAJ22Y100F0T0 JODY W263 00A CCAJ22Y100F1...

Page 71: ...cts based on JODY W2 series modules and targeted for distribution in Japan must be affixed with a label with the Giteki marking as shown in Figure 20 The Indoor use only information translated into Ja...

Page 72: ...a gov au For more information about New Zealand compliance visit the New Zealand Radio Spectrum Management Group web site www rsm govt nz 5 9 Approved antennas Refer to the JODY W2 antenna reference d...

Page 73: ...report for each unit can be generated Figure 22 shows the ATE typically used during u blox production u blox in line production testing includes Digital self tests firmware download MAC address progra...

Page 74: ...Device The standard operational module firmware and test software on the host can be used to perform functional tests communication with the host controller check interfaces and perform basic RF perf...

Page 75: ...JODY W2 System integration manual UBX 18068879 R14 Appendix Page 75 of 84 C1 Public Appendix A Reference schematic Figure 23 Reference design for JODY W2...

Page 76: ...ation in the 2 4 GHz band B 1 2 Wi Fi output power for 5 GHz band Channel Modulation Channel bandwidth Data rates Maximum power setting 36 64 OFDM 20 MHz 6 9 12 18 24 36 48 54 Mbps 15 dBm 36 64 OFDM 2...

Page 77: ...able for operation in the 2 4 GHz band B 2 2 Wi Fi output power for 5 GHz band Channel Modulation Channel bandwidth Data rates Maximum power setting 36 64 OFDM 20 MHz 6 9 12 18 24 36 48 54 Mbps 15 dBm...

Page 78: ...ion in the 2 4 GHz band B 3 2 Wi Fi output power for 5 GHz band Channel Modulation Channel bandwidth Data rates Maximum power setting 36 64 OFDM 20 MHz 6 9 12 18 24 36 48 54 Mbps 15 dBm 36 64 OFDM 20...

Page 79: ...144 149 165 15 dBm 48 13 dBm 802 11ac VHT20 36 44 52 64 100 144 149 165 15 dBm 48 13 dBm 802 11n HT40 38 62 102 142 151 159 15 dBm 802 11ac VHT40 MCS0 7 38 62 102 142 151 159 15 dBm 802 11ac VHT40 MC...

Page 80: ...802 11ac VHT20 36 64 100 140 149 165 15 dBm 802 11n HT40 46 54 102 134 151 159 15 dBm 38 62 13 dBm 802 11ac VHT40 MCS0 7 46 54 102 134 151 159 15 dBm 802 11ac VHT40 MCS8 9 46 54 102 134 151 159 14 dB...

Page 81: ...discharge FCC Federal Communications Commission FW Firmware GND Ground GPIO General purpose input output HBM Human body model HS High speed HCI Host controller interface ISED Innovation Science and E...

Page 82: ...face Mount Technology SSID Service set identifier STA Station TBD To be decided THT Through hole technology UART Universal asynchronous receiver transmitter VCC IC power supply pin VIO Input offset vo...

Page 83: ...tle 47 Telecommunication 10 JESD51 Overview of methodology for thermal testing of single semiconductor devices 11 Android integration application note UBX 19035432 12 JODY W2 level shifter integration...

Page 84: ...e spatial stream in Table 29 Included sleep mode configuration commands in section 3 11 10 R10 26 Aug 2021 lber Updated reference design schematic in Figure 15 R11 25 Jan 2022 lber mzes Internal PU PD...

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