1SPP Bluetooth Evaluation Board
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  • Supports Bluetooth 2.0 features of BGB203
  • Embedded Bluetooth Stack includes the following protocol:
  • Bluetooth RF

  • Link Controller (LC)

  • Link Manager (LM)

  • Logical Link and Adaptation Protocol (L2CAP)

  • Service Discover Protocol (SDP)

  • RFCOMM Protocol

  • Serial Port Profile (SPP)

  • Generic Access Profile (GAP)

  • Adaptive Frequency Hopping (AFH)
  • Tested and qualified by Bluetooth SIG
  • Configuration can be stored in Flash
  • Fast connection
  • Automatic re-connect mode
  • Low-power sleep mode
  • Physical Interface: Universal Asynchronous Receive Transmit (UART)
  • Kit includes:
  • Two 1SPP Evaluation Boards

  • Two USB Cables

  • PIFA Antenna included on PCB

  • DB9 Serial Port connection to PC


Digi-Key Button Mouser Button

Combining the NXP Bluetooth 2.0 SiP BGB203/H1/S06 with 1SPP firmware, this innovative solution implements a Bluetooth Serial Port Profile (SPP) and can be used to wirelessly transfer data between systems.

The Bluetooth protocol stack runs on the BGB203 processor, and not on the host processor, so it minimizes host processor overhead and can be implemented in a variety of environments. The firmware provides complete Bluetooth functionality and uses a command set that follows standard AT-command syntax. The command interface makes it simple to configure the command set, and there is a configurable escape sequence.

The host accesses the firmware via a physical UART interface that can be configured for a variety of characteristics, including baud rate, word length, parity, stop bits, RTS/CTS flow control, and DTR/DSR flow control. The firmware supports RS-232 signals, working with CD, RI, and DTR/DSR (including pass-through).  It also supports DCE or DTE device.

The BGB203 is a second-generation System-in-Package (SiP) solution for Bluetooth 2.0 wireless connectivity. It provides complete, plug-and-play Bluetooth 2.0 operation in a low-cost package that measures only 49 mm2.  Optimized for short-range hosted and embedded applications, it reduces board space, lowers overall cost, and speeds time-to-market for a range of applications that use serial data transfer, including industrial, point-of-sale, and medical systems.

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