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SIMPLELINK-SDK-BLUETOOTH-PLUGIN

SimpleLink™ マイコン SDK 向け Bluetooth プラグイン

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最新バージョン
バージョン: 3.20.00.24
リリース日: 31 7 2019
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リリース ノート

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ソフトウェアの詳細を表示

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Windows Installer for SimpleLink SDK BLE Plugin  — 40067 K

Windows Installer for SimpleLink SDK BLE Plugin

MD5 チェックサム
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macOS Installer for SimpleLink SDK BLE Plugin  — 46431 K

macOS Installer for SimpleLink SDK BLE Plugin

MD5 チェックサム
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Linux Installer for SimpleLink SDK BLE Plugin  — 40179 K

Linux Installer for SimpleLink SDK BLE Plugin

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製品
Wi-Fi 製品
CC3220S — セキュア・ブートと 256kB RAM 搭載、SimpleLink™ 32 ビット Arm Cortex-M4 Wi-Fi® ワイヤレス・マイコン (MCU) CC3220SF — 1MB フラッシュと 256kB RAM 搭載、SimpleLink™ 32 ビット Arm Cortex-M4 Wi-Fi® ワイヤレス・マイコン (MCU) CC3235S — 256kB RAM 搭載、SimpleLink™ 32 ビット Arm Cortex-M4 デュアル・バンド Wi-Fi® ワイヤレス・マイコン (MCU) CC3235SF — 1MB フラッシュ搭載、SimpleLink™ 32 ビット Arm Cortex-M4 デュアル・バンド Wi-Fi® ワイヤレス・マイコン (MCU)
Arm Cortex-M4 マイコン
MSP432E401Y — イーサネット、CAN、1MB フラッシュ、256kB RAM 搭載、SimpleLink™ 32 ビット Arm Cortex-M4F マイコン (MCU) MSP432E411Y — イーサネット、CAN、TFT LCD、1MB フラッシュ、256kB RAM 搭載、SimpleLink™ 32 ビット Arm Cortex-M4F マイコン
低消費電力 2.4GHz 製品
CC2640 — 128kB フラッシュ搭載、SimpleLink™ 32 ビット Arm Cortex-M3 Bluetooth® Low Energy ワイヤレス・マイコン CC2642R — 352kB フラッシュ搭載、SimpleLink™ 32 ビット Arm Cortex-M4F Bluetooth® Low Energy ワイヤレス・マイコン CC2650 — 128kB フラッシュ搭載、SimpleLink™ 32 ビット Arm Cortex-M3 マルチプロトコル 2.4GHz ワイヤレス・マイコン CC2650MODA — 128kB フラッシュ搭載、SimpleLink™ 32 ビット Arm Cortex-M3 マルチプロトコル 2.4GHz ワイヤレス・モジュール CC2652R — 352kB フラッシュ搭載、SimpleLink™ 32 ビット Arm Cortex-M4F マルチプロトコル 2.4GHz ワイヤレス・マイコン
ハードウェア開発
評価ボード
BOOSTXL-CC2650MA — TI SimpleLink™ Bluetooth® Low Energy CC2650 モジュール BoosterPack プラグイン・モジュール LAUNCHXL-CC2640R2 — CC2640R2 LaunchPad™ development kit for SimpleLink™ Bluetooth® Low Energy wireless MCU LAUNCHXL-CC26X2R1 — CC26x2R SimpleLink™ マルチスタンダード ワイヤレス マイコン向け LaunchPad™ 開発キット
開発キット
CC3220S-LAUNCHXL — CC3220S LaunchPad™ development kit for Wi-Fi® SimpleLink™ wireless MCU CC3220SF-LAUNCHXL — CC3220SF LaunchPad™ development kit for Wi-Fi® SimpleLink™ wireless MCU LAUNCHXL-CC3235S — CC3235S dual-band LaunchPad™ development kit for Wi-Fi® SimpleLink™ MCU LAUNCHXL-CC3235SF — CC3235SF dual-band LaunchPad™ development kit for Wi-Fi® SimpleLink™ MCU MSP-EXP432E401Y — MSP432E401Y LaunchPad™ development kit for Ethernet SimpleLink™ MCU

技術情報

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Documentation Overview

SimpleLink SDK BLE Plugin User's Guide

最新情報

  • This version of the SimpleLink Bluetooth Plugin now enables a BLE two-chip solution to act as a GAP Central role. Previous versions of this plugin only included support for GAP Peripheral role. This new functionality is showcased through the addition of the new simple_central example, which uses the MSP432E401Y as the Host device and the CC26x2R1 as the NWP. The simple_central example demonstrates the following features:
    • Host: MSP432E401Y
    • NWP: CC26X2R1
    • GAP Central role support
    • Host Controller Interface (HCI) protocol used for communication with the NWP
    • BLE5 support
    • Power management
    • Low Energy Secure Connection (LESC) Pairing
    • Tested with up to 4 peripherals connected simultaneously (but can support more than 4 connections)
    • Supports a subset of TI Vendor Specific HCI commands and Bluetooth LE HCI commands/events. More information on these APIs can be found BLE Vendor Specific API Guide.
    • Works out-of-box with the Sensors BoosterPack and Project Zero examples that are also in the SimpleLink SDK Bluetooth Plugin.
    • The GAP Central source code is also showcased in a separate downloadable: the SimpleLink BLE Plugin Azure Gateway Example Pack. This example pack demonstrates enabling a user’s BLE two-chip solution to become a gateway to the Azure IoT cloud. The SimpleLink BLE Plugin Azure Gateway Example Pack can be found on www.ti.com.

リリース情報

The SimpleLink™ SDK BLE Plugin is a companion software package that enables the use of a Bluetooth radio on any standard MSP432P4 platform, MSP432E4 or CC32XX platform, and enables this two-chip solution to act as either a GAP Peripheral role or a GAP Central role. By having the ability to seamlessly and modularly add Bluetooth functionality (more specifically Bluetooth Low Energy/BLE) to an embedded system, a programmer can enable their embedded device to become a gateway to various IOT infrastructures.

For examples demonstrating the two-chip solution in a peripheral role, the plugin leverages the use of the TI Simple Application Processor (SAP) driver connected to a CC26xx Simple Network Processor (SNP) to provide a highly customizable hardware configuration. For software connectivity between the SAP and the SNP, an architecture agnostic HAL/Drivers layer is used to promote software portability and maximize collateral reuse.

For examples demonstrating the two-chip solution in a central role, communication between the NWP and the Host occurs through a UART serial interface using the Host Controller Interface (HCI) protocol. TI Vendor Specific HCI commands and a limited subset of Bluetooth LE HCI commands/events to implement a Bluetooth application. By using TI Vendor Specific commands and events, the application can communicate with and access the BLE stack.