MBH7BT08

MBH7BT08 FUJITSU | Alldatasheet

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Copyright © FUJITSU MEDIA DEVICES LIMITED 2002 - 1 - Bluetooth Module MBH7BT08 Data Sheet Rev. 0.05e

20 October 2002

FUJITSU MEDIA DEVICES LIMITED All specifications are preliminary which may be changed without any prior notice

Copyright © FUJITSU MEDIA DEVICES LIMITED 2002 - 2 - 1. Introduction This document applies to the Bluetooth Class 2 module MBH7BT08. 2. Features MBH7BT08 is a Power Class 2 module conforming to Bluetooth Specification Version 1.1. MBH7BT08 transmits and receives in the 2.4 GHz ISM band. Although upper layer protocol stack and Profiles have to be embedded on the user's host system when user uses conventional HCI module, MBH7BT08 includes upper layer protocol stack and several Profiles. Therefore, MBH7BT08 makes it possible to reduce the resources of the user's host system required to process for Bluetooth. MBH7BT08 has the following features:

• Bluetooth Specification Version 1.1 Compliant
• Built-in upper layer protcol stack (L2CAP , SDP , RFCOMM)
• Built-in profiles (GAP , SDAP , SPP)
• Transmit Power Class 2 (+4 dBm max.)
• Hardware interface: UART interface (up to 921.6 kbps)
• Software interface: Zerial interface (AT command-like)
• 3.3 ± 0.3 V Operation
• Bluetooth Qualification Program approved (planned)
• Microminiature: 19.5 x 13 x 2.2 mm
• Surface mount type 3. Block Diagram Zeevo Bluetooth Chip 12MHz Crystal Antenna Port UART 32kHz Crystal

Copyright © FUJITSU MEDIA DEVICES LIMITED 2002 - 3 - 4. Electrical Characteristics 4-1. General Specification Bluetooth™ Specification Version 1.1 Compliant Carrier Frequency 2400MHz ~ 2483.5MHz Modulation 0.5 BT Gaussian-filtered 2FSK at 1Msymbol/s Modulation index: 0.25 to 0.35 Symbol Rate 1Mbps Channel 79ch Channel Space 1MHz Transmit Power Power Class 2 4-2. Absolute Maximum Rating Items Symbol Value Unit Supply Voltage Vcc +3.6 V Input Voltage Vin -0.3 ~ Vcc+0.3 V Storage Temperature Tstg -30 ~ +85 °C RF input power - +15 dBm 4-3. Recommendable Operating Condition Items Symbol Min Typ Max Unit Supply Voltage Vcc 3.0 3.3 3.6 V Operating Temperature Topr 0 +70 °C 4-4. I/O Terminal Characteristics Vcc=3.3V, Ta=25°C Items Symbol Min Max Unit Test Conditions Low-Level Input Voltage V IL - 0.8 V Vcc=Vcc Min High-Level Input Voltage V IH 2.0 - V Vcc=Vcc Max Low-Level Output Voltage V OL - 0.4 V Vcc=Vcc Min, IOL=100µA High-Level Output Voltage V OH 2.4 - V Vcc=Vcc Min, IOH= -100µA Low-Level Output Current I OL - 2.2 mA VOL=0.4V High-Level Output Current I OH - 3.1 mA VOH=2.4V

Copyright © FUJITSU MEDIA DEVICES LIMITED 2002 - 4 - 4-5. Power Consumption Vcc=3.3V, Ta=25°C Mode Min Typ Max Unit Power during Inquiry / Page scan - 1.5 - mA Power during Inquiry / Page - 20 - mA Power during connection (DH5 TX followed by DH1 RX) - 55 - mA Power during connection (DM3 TX followed by DH1 RX) - 50 - mA 4-6. Transmitter Specification*1 Vcc=3.3V, Ta=25°C Items Condition Min Typ Max Unit RF transmit power Maximum output -2 1 4 dBm RF power control range - 30 - dB RF power range control resolution - 3 - dB 20dB bandwidth for modulated carrier - - 1 MHz Initial Carrier Frequency Tolerance DH1 mode -75 - +75 kHz Carrier Frequency Drift 1 Slot

3 Slot

5 Slot

-25 -40 -40 +25 +40 +40 kHz kHz kHz 8 bit sequence 01010101 ±115 - - kHz Modulation Characteristics 8 bit sequence 00001111 (Avg) ±140 - ±175 kHz Adjacent Channel Power |M-N|=2 |M-N|>=3 -20 -40 dBm dBm Out of Band Spurious Emissions 30MHz --- 1GHz 1GHz --- 12.75GHz 1.8GHz --- 1.9GHz 5.15GHz --- 5.3GHz -36 -30 -47 -47 dBm dBm dBm dBm 4-7. Receiver Specification*1 Vcc=3.3V, Ta=25°C Items Condition Min Typ Max Unit Sensitivity at 0.1% BER DH1 mode - -75 -70 dBm Sensitivity (single slot packets) Input level = -70dBm DH1 mode - - 0.1 % Sensitivity (multi-slot packets) Input level = -70dBm DH5 mode - - 0.1 % C/I performance - - 0.1 % Blocking performance 30MHz ~ 12.75GHz Interferer signal - - 0.1 % Intermodulation Performance 5th order intermodulation - - 0.1 % Maximum Input Level Input level = -20dBm - - 0.1 % *1) Measured according to the Bluetooth specification.

Copyright © FUJITSU MEDIA DEVICES LIMITED 2002 - 5 - 5. Pin Descriptions Name No. I/O Description External connection GPIO3 1 I/O General Purpose Input / Output NC GND 2 --- Gr ound Ground ANT 3 I/O Antenna RF port (50Ω) Antenna (50 Ω) GND 4 --- Gr ound Ground TXD 5 O UART data output UART RxD RXD 6 I UART data input UART TxD PCM_SYNC 7 O PCM Synchronous data strobe (This function is not available.) NC USB_D- 8 I/O USB D- data input/output (This function is not available.) NC PCM_CLK 9 O PCM Synchronous data clock (This function is not available.) NC RTS# 10 O UART Ready To Send to DTE UART CTS# CTS# 11 I UART Clear To Send from DTE UART RTS# USB_D+ 12 I/O USB D+ data input/output (This function is not available.) NC PCM_IN 13 I PCM Synchronous data input (This function is not available.) NC PCM_OUT 14 O PCM Synchronous data output (This function is not available.) NC RESET# 15 I Reset input: active low for 5 ms (It is required for firmware update.) Reset output or NC GPIO0 16 I/O General Purpose Input / Output NC GPIO2 17 I/O General Purpose Input / Output NC GPIO1 18 O CPU Activity (This terminal outputs high when the on-chip CPU is running and low when the device is in deep-sleep.) Monitor input or NC GPIO5 19 I/O General Purpose Input / Output NC GPIO4 20 O Baseband Activity (This terminal is high if there is any baseband activity.) Monitor input or NC GPIO6 21 I/O General Purpose Input / Output NC GPIO7 22 I/O General Purpose Input / Output NC GND 23 --- Gr ound Ground VCC 24 --- DC power (3.3V) DC Power GND 25 --- Gr ound Ground GND 26 --- Gr ound Ground

Copyright © FUJITSU MEDIA DEVICES LIMITED 2002 - 7 - UART settings, such as baud rate and packet format, are following. The default baud rate can be configured using firmware setting software. Table 6-1: UART settings Parameter Possible Values (The default baud rate is 115.2 kbps.) Data bits 8 bits Parity None Number of Stop bits 1 bit Flow Control Hardware flow control (RTS/CTS) 6-2. Software Interface All components of the upper layer stack, lower layer stack and profiles (GAP , SDAP , SPP) are incorporated on MBH7BT08. The Zerial interface can be used for software interface between the host and MBH7BT08. The Zerial interface is Zeevo’s proprietary interface. A user can use simple AT-like modem command set to run Bluetooth. *GAP: Generic Access Profile SDAP: Service Discovery Application Profile SPP: Serial Port Profile Radio Baseband Link Manager L2CAP RFCOMM SDP Profiles (GAP , SDAP , SPP) Application MBH7BT08 Zerial Interface Host

Copyright © FUJITSU MEDIA DEVICES LIMITED 2002 - 8 - 6-2-1. Zerial Interface The software behavior of the Zerial interface is similar to a Hayes-compatible modem. The Zerial interface has two modes, a command mode and a bypass mode. In the command mode, the host can issue specially formatted text strings called commands. These command strings can be used for configuration or to manage a connection with a remote device. Note that the Zerial interface does not support the standard Hayes AT command set. Instead, it has commands that leverage off the vendor-specific command form. Once a connection is established, the Zerial interface transitions to the bypass mode. In the bypass mode, All data sent from the host will be sent over the Bluetooth link to the remote device with the exception of the Escape sequence. Any data received from the remote device will be delivered to the host. To move Zerial interface out of bypass mode and into the command mode, the Escape sequence is used. While in the bypass mode, the Zerial interface will search for this Escape sequence from the host. If this sequence is found, the Zerial interface will go back to command mode. This allows commands to be issued again from the host, but the connection to the remote device will remain. Any data received on the Bluetooth link will be discarded while in command mode. While in the command mode, the Zerial interface will send responses back to the host for commands received. Responses from the Zerial interface will also be sent on system reset. These responses are not sent to the host during bypass mode. However, it is possible to configure a disconnect notification to be sent during bypass mode. The remote device must at minimum be a device that supports the Serial Port Profile (SPP). The Zerial interface can be used three different ways. (1) Initiate connections (2) Cable replacement (3) Standalone cable replacement The first type of device will use the Zerial interface to initiate connections. Within this configuration, the Zerial interface can be used, through the command set, to discover other Bluetooth devices, initiate bonding with a remote device, and initiate a connection with a remote device. The Zerial interface currently only supports point-to-point SPP connections. Commands are issued through the host such as a PC or a second microprocessor. The second type of device will use the Zerial interface to attach to a remote device acting as a cable replacement. The attached Zerial interface will accept connections initiated from a remote Bluetooth device and transfer data to/from the attached device over UART. It can also respond to a request from a remote device to bond. Since the Zerial interface setup occurs over UART, this configuration requires an additional controller. The last configuration is similar to the second configuration with the difference being the Zerial interface operates entirely standalone. In this configuration, an external setup (through commands) is not normally available.

Copyright © FUJITSU MEDIA DEVICES LIMITED 2002 - 9 - (1) Commands All commands are formatted as follows. AT+ZV Command [parameter] [parameter] Where Command is replaced by the actual command name listed in Table 6-2. Any text following the command (and separated by spaces) is considered to be a parameter. All commands must terminate in a line-feed, carriage return, or both. Tab characters, carriage returns, cannot separate parameters or line feeds. Parameters are shown in square brackets “[ ] ”. The number of parameters and their values depend upon the command. Numeric parameters are given in hexadecimal, except where noted. Table 6-2: Commands Command Name Response(s) Summary Bond [BD addr] [PIN] BondPending [BD addr] BondOk [BD addr] Change the UART baud rate Bypass -BypassMode- ConnectionDown Set the CoD to use ChangeBaud [rate] Baudrate Changed Disable bonding on the device CoD [major] [minor] CoDOk Initiate a device discovery DisableBond BondDisabled Enable bonding on the device Discovery [CoD] [profile] InqPending InqDone [num] Device [BD addr] [name] [service name] Set the local name of the device EnableBond [PIN] [BD addr] [timeout] BondEnabled BondPending [BD addr] BondOk [BD addr] BondDisabled Set the profile to use LocalName [Name] LocalNameOk Reset the device Profile [profile] ProfileOk Set the security level to use Reset ResetPending Initiate a connection with the specified device Security [level] SecurityOk Disconnect from the remote device SPPConnect [BD addr] ConnectionUp ConnectionDown Request the interface version number SPPDisconnect ConnectionDown Change the UART baud rate Version ZerialVer Set the CoD to use (2) Escape sequence Once a connection has been established between host and remote device, the host can put the Zerial interface back into command mode. Once the Zerial interface is back in command mode, new commands (including termination of connection) can be issued. To move the Zerial interface out of bypass mode and into the command mode, the Escape sequence is used. The Escape sequence is the string “^#^$^%” followed by 2 seconds of no data. It must mot be followed by a line-feed or carriage return. The Bluetooth connection to a remote device is not affected. If the Escape sequence is received and no connection is active, the Zerial interface will immediately respond with AT-ZV -CommandMode- When the Escape Sequence is received while a connection is still active and there is no data for 2 seconds, the Zerial interface will respond (after those 2 seconds of no data) with the same string. The Zerial interface will now be in command mode.

Copyright © FUJITSU MEDIA DEVICES LIMITED 2002 - 10 - (3) Responses All responses will be in the following format. AT-ZV Response [parameter] [parameter] Where Response is replaced by the actual response string listed in Table 6-3. Anything in square brackets, "[ ]", are parameters that depend upon the command. Numeric parameters will be returned in hexadecimal, except where noted. Table 6-3: Responses Response Associated Command Summary ###NO CARRIER (none) A remote disconnect has occurred while in the bypass mode. -BypassMode- (none) The Zerial interface is currently in bypass mode. (Startup) (Remote disconnect) The Zerial interface is currently in the command mode. Baudrate Changed ChangeBaud The baud rate change request has been accepted. BDAddress [BD addr] (Startup) The BD address of the local device. BondDisabled DisableBond EnableBond Bonding with a new device has been disabled. BondEnabled EnableBond Bonding has been successfully enabled. BondFail Bond EnableBond A bonding attempt has been unsuccessful. BondOk [BD addr] Bond EnableBond Bonding has been successfully completed. BondPending [BD addr] Bond EnableBond Bonding is in progress. CoDOk CoD The class of device has been successfully changed. ConnectionDown SPPConnect SPPDisconnect (Remote disconnect) The connection with the remote device has terminated. ConnectionUp SPPConnect The connection with a remote device has been successful. Device [BD addr] [name] [service name] Discovery The results for one device during device inquiry, name request, and service search. InqDone [num] Discovery A device inquiry has been completed, and [num] devices have been found. InqPending Discovery A device inquiry has been initiated. LocalNameOk LocalName The local device name has been successfully changed. ProfileOk Profile The profile of the listening server has been successfully changed. ResetPending Reset The reset command has been accepted and the reset is about to occur. SecurityOk Security The security level has been successfully changed. ZerialVer [ver] Version The version of the Zerial interface command set.

Copyright © FUJITSU MEDIA DEVICES LIMITED 2002 - 11 - (4) Error All error reporting will be in the following format. AT-ZV Error Where Error is replaced by the actual error string listed in Table 6-4. Error reporting will provide information to the user to help describe the error that occurred. Table 6-4: Error Reporting Error string Summary ErrConnect Command cannot be used while valid connection is up ErrExecution An error occurred in trying to execute the command ErrFormat Command issued that does not start with “AT+ZV” ErrInvalidParam One of the parameters is incorrect (could be invalid range or unrecognized symbolic name) ErrNumParam Too few parameters given ErrUnknownCmd Unrecognized command (5) Responses after the reset Upon either hardware reset or software reset (such as the Reset command), the Zerial interface will respond as follows after the reset is complete. AT-ZV -CommandMode- AT-ZV BDAddress [BD addr] Because the BD address of the local device is reported during this response, the response is different than a response to the Escape Sequence.

Copyright © FUJITSU MEDIA DEVICES LIMITED 2002 - 12 - 7. Mechanical Characteristics 7-1. Appearance and Dimensions U n i t : m m

Copyright © FUJITSU MEDIA DEVICES LIMITED 2002 - 13 - 7-2. Module Footprint (reference) U n i t : m m