Silicon Labs Bluetooth Low Energy Devices Now Support 5.4, Addressing Various Applications Including ESL


The release of Bluetooth® 5.4 earlier this year was met with a lot of excitement. Two features in particular, Periodic Advertising with Responses (PAwR) and Encrypted Advertising Data (EAD), have been enthusiastically received by the growing Electronic Shelf Label (ESL) market. In fact, annual Bluetooth ESL shipments are expected to be in excess of 334 million units by the end of 2027.
PAwR will allow the implementation of a time-synchronized star network with bi-directional communication using an enhanced Periodic Advertisement with a Response feature. This feature adds the capability for devices that receive data from a periodic advertiser to respond to the transmitter of the periodic advertiser. Additionally, devices can be allocated to groups, allowing them to listen only to their group's transmissions. The key benefit of this feature is the capability to support massive-sized star network implementations powerfully and efficiently.
EAD adds the ability to encrypt advertising data. Encrypted advertisement data can be received by any device but can only be decrypted and authenticated by devices that have previously shared the session key. The significant benefit of this feature is that it allows for the encryption of data shared over periodic advertisement with responses.
PAwR supports powerful and efficient large-scale star network implementations and EAD adds the ability to encrypt advertising data. Encrypted advertisement data can be received by any device but can only be decrypted and authenticated by devices that have previously shared the session key.
ESLs are small, battery-powered e-paper displays that replace paper labels to present product and pricing information at the shelf edge and use wireless technology to communicate with a central hub to create a dynamic pricing automation network. This presents massive opportunities to gain efficiencies and save time, and retailers of all sizes have been anticipating this feature. The combination of PAwR and EAD makes Bluetooth 5.4 an important milestone for ESL developers and provides a standards-based solution that will make it easier for retailers to invest in retail automation. SILICON LABS’ full range of low-power, high-performance Bluetooth SoCs and modules support the latest version.
Below are the ways in which our portfolio supports Bluetooth 5.4 features:
Our BG21 is targeted for mains powered applications including lighting and gateways, and voice assistants. Designed to increase processing capability, improve RF performance, and lower active current, these devices also provide the highest level of IoT device security.
Our BG22 combines best-in-class ultra-low transmit and receive power (4.1 mA TX at 0 dBm, 3.6 mA RX) and a high-performance, low-power Arm® Cortex®-M33 core (27 µA/MHz active, 1.2 µA sleep) delivers industry-leading energy efficiency that can extend coin cell battery life up to ten years.
The BG24 is ideal for battery-powered IoT mesh devices including smart home, lighting, and portable medical products with features that include high-performance 2.4 GHz RF, low current consumption, an AI/ML hardware accelerator and Secure Vault™, IoT device makers can create the smart, robust, and energy-efficient products that are secure from remote and local cyber-attacks.
Our newly announced BG27 is the most versatile SoC in our portfolio. This family offers an 2.3 mm x 2.6 mm package capable of running on button cell batteries, making it ideal for applications with extremely small form-factor requirements without sacrificing performance and security. The BG27 also features an integrated DCDC boost that allows operation down to 0.8 volts, enabling support for single-cell alkaline and 1.5-volt button cell batteries that are typically used in medical applications for battery-operated patches and continuous glucose monitoring devices.
There is a wide variety of application our Bluetooth devices can address, and Silicon Labs offers a wide selection of development hardware options to evaluate the best approach for your application needs:
Bluetooth Development Hardware Options
Learn more about Silicon Labs' broad Bluetooth offering for IoT – including the Bluetooth Low Energy SDK, Bluetooth chips (SoC and module hardware), and security with the world's first PSA Level 3 security certified hardware.
- |
- +1 赞 0
- 收藏
- 评论 0
本文由玄子转载自Silicon Labs Blog,原文标题为:Silicon Labs Bluetooth Low Energy Devices Now Support 5.4,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
相关推荐
芯科科技针对蓝牙Mesh 1.1标准版本发布技术更新,增强安全性和系统可靠性,引入许多通信增强功能
芯科科技宣布针对最新的蓝牙Mesh 1.1标准版本发布技术更新,包括改进了安装和更新过程,增强安全性和系统可靠性,并引入许多通信增强功能。这些功能提升将在许多商业和工业应用中发挥作用,例如商业照明系统,有助于降低进入连接网络照明控制(NLC)系统的门槛。
Silicon Labs联手Unikie拓展边缘物联网应用,强化蓝牙定位解决方案性能
Silicon Labs(芯科科技)与物联网设计伙伴Unikie近期针对边缘智能(Edge AI)和物联网结合的应用强化合作。Unikie拥有近600名嵌入式系统工程专家,可帮助汽车、医疗保健、工业和智能建筑领域的设备OEM充分利用芯科科技的物联网无线连接、低功耗蓝牙(Bluetooth LE)和应用于边缘智能的人工智能和机器学习(AI/ML)解决方案。
蓝牙模块强化Canvas软件套件支持,快速构建低功耗蓝牙应用
Silicon Labs合作伙伴Ezurio采用EFR32BG24(BG24)蓝牙SoC开发其Lyra 24系列蓝牙模块,并在近期宣布该产品扩展支持Canvas软件套件(Canvas Software Suite),以帮助开发人员使用嵌入式Python脚本简单、快速地构建低功耗蓝牙应用程序,并支持直观的桌面/移动工具和示例应用程序。
芯科科技智能家居蓝牙SoC芯片BG24提供+19.5dBm高射频功率与1.3μA超低功耗,助力实现远距离连接与超长续航
Silicon Labs BG24蓝牙SoC芯片专为智能家居设备设计,以+19.5 dBm的高射频功率覆盖更广区域,同时1.3 μA的深度睡眠功耗大幅延长设备续航时间。支持蓝牙5.3和蓝牙Mesh协议,BG24提升了智能门锁、传感器和网关等设备的通信稳定性与兼容性,是智能家居互联的理想选择。
深度探讨蓝牙6.0的未来发展趋势
在蓝牙6.0规范推出之际,Silicon Labs(芯科科技)就火速跟进,其强大的蓝牙产品组合和行业领先的蓝牙架构现已支持蓝牙6.0和蓝牙信道探测。芯科科技产品营销经理Aashish Chaddha近期并参与了EEWorld的专题访谈,来帮助工程师快速了解蓝牙6.0技术,并从产品层面彻底理解蓝牙6.0。
Wi-Fi and Bluetooth LE Enhance Whitegoods and Smart Appliances
本文探讨了Wi-Fi和蓝牙低功耗(BLE)技术在白色家电和厨房电器中的应用,强调了这些技术如何提升智能功能,包括远程控制、自动化程序、预测性维护和能源监控。文章还介绍了硅实验室的解决方案,如SiWx917 Wi-Fi 6无线MCU和BG22/ BG27蓝牙LE解决方案,这些解决方案为智能家电提供了卓越的连接性、安全性和能效。全文还讨论了Matter协议在实现设备互操作性和生态系统集成中的作用,以及AI/ ML在预测性维护中的应用。
SILICON LABS - BLUETOOTH LE SOLUTIONS,WI-FI 6 WIRELESS MCU,BG27,BG22,SIWX917,SMART APPLIANCES,白货,智能家电,WHITEGOODS,KITCHEN APPLIANCES
基于BG27低功耗蓝牙芯片:物联网无线连接搭配AI/ML优化连续血糖监测应用
人工智能/机器学习(AI/ML)的发展正在改善医疗专业人员每天可用的研究方法、诊断工具和治疗方法。利用物联网和联网健康设备(也称为医疗物联网(IoMT))的力量,我们将可更为准确、及时地掌握个人的身体健康状态。本文将为您介绍医疗物联网的技术发展,以及由Silicon Labs(芯科科技)所推出的解决方案。
世强硬创正式成为Silicon Labs中国区首个本土线上电商平台 | 视频
世强硬创正式成为SiliconLabs中国区首个本土线上电商平台,未来双方将携手推动中国物联网产业的创新发展,赋能IoT新未来。
芯科科技BG24蓝牙SoC芯片内置AI/ML硬件加速器提供低功耗边缘计算能力,助力智能设备实现实时数据处理与决策
Silicon Labs BG24蓝牙SoC芯片通过内置AI/ML硬件加速器,赋予物联网设备卓越的边缘计算能力,使其能够在设备本地进行高效的实时数据处理与决策。结合低功耗设计和蓝牙5.3支持,BG24芯片在智能家居、工业监控和智能照明等领域表现出色,为未来智能设备的开发提供了强大的技术支撑。其低延迟和高效性能为用户带来更智能、更快速的应用体验,同时减少了对云计算资源的依赖,降低了整体运营成本。
【选型】Silicon Labs BG22、xG24、BG27无线SoC比较及信驰达无线模块选型指南
作为安全、智能无线技术领域的前沿品牌,Silicon Labs在最近几年陆续推出了EFR32BG22、EFR32xG24、EFR32BG27等系列无线SoC。RF-star作为物联网行业领先的无线通信模组厂商,基于Silicon Labs的无线SoC推出了RF-BM-BG22x系列串口转蓝牙透传模块、RF-BM-BG24x旗舰系列低功耗蓝牙模块和RF-BM-MG24x旗舰系列并发多协议无线模块。
Our Cost-Efficient BG22 and BG24L Bluetooth SoCs Are Built for Innovation
Meet Silicon Labs‘ BG22L and BG24L “Lite“ Bluetooth LE SoCs, designed to help you create energy-efficient, high-performance IoT applications while reducing costs.
芯科科技EFR32BG27蓝牙SoC助力持续性血糖监测CGM设备长达21天续航时间
在当今医疗领域,持续性血糖监测(CGM)成为人们关注的焦点,特别是对于糖尿病患者而言,实时了解血糖水平变化对于治疗和生活质量的提升具有举足轻重的意义。Silicon Labs提供的极小型、超低功耗EFR32BG27(BG27)蓝牙SoC在CGM中的应用显得尤为突出。本文将详细介绍BG27蓝牙SoC在CGM中的应用及其突出特点。
Silicon Labs(芯科科技) 物联网无线产品选型指南
Company and product overview Bluetooth Modules Bluetooth Modules Overview Bluetooth Modules Bluetooth Low Energy Kits Bluetooth Modules Blue Gecko Wireless Modules Bluetooth Modules Bluetooth Xpress Modules Bluetooth Modules Blue Gecko Wireless SoCs Bluetooth Modules Bluetooth BR/EDR Kits Bluetooth Modules Bluetooth BR/EDR Modules proprietary wireless devices proprietary wireless devices Proprietary Kits Proprietary Wireless Sub-GHz and 2.4 GHz Dual Band Devices Proprietary Wireless Sub-GHz Devices Wi-Fi Modules Wi-Fi Modules Wi-Fi Kits Mighty Gecko Modules Mighty Gecko Modules Mighty Gecko Development Kit Mighty Gecko Modules Mighty Gecko Mesh Networking Wireless SoCs Z-Wave Modules Z-Wave Modules Z-Wave Reference Designs Z-Wave Modules Z-Wave Development Kits
SILICON LABS - 射频发射器,DUAL BAND DEVICES,低功耗蓝牙套件,RF TRANSMITTER,Z-WAVE串行接口模块,ISM BAND RECEIVERS AND TRANSMITTERS,MIGHTY GECKO入门套件,蓝牙远程模块,8位微控制器,MESH NETWORKING WIRELESS SOCS,WI-FI套件,WIRELESS MCUS,蓝牙开发套件,RF MODULES,BLUETOOTH BR/EDR KITS,BLUETOOTH MODULES,BLUETOOTH CLASS 2 MODULE,蓝牙5 PCB模块,32位微控制器,BLUETOOTH XPRESS MODULES,Z-WAVE MODULES,WI-FI KITS,CONTROLLER DEVELOPMENT KIT,射频SOC,蓝牙BR/EDR模块,Z-WAVE DEVELOPMENT KITS,BLUETOOTH AUDIO MODULE,BLUETOOTH BR/EDR MODULESBLUETOOTH BR/EDR MODULES,BLUE GECKO BLE SIP模块入门套件,WI-FI MODULES,MIGHTY GECKO模块,WI-FI XPRESS STARTER KIT,区域发展工具包,PROPRIETARY WIRELESS SUB-GHZ DEVICES,BLUETOOTH BR/EDR MODULES,BLUE GECKO WIRELESS SOCS,控制器开发工具包,Z-WAVE模块,PROPRIETARY WIRELESS DEVICES,BLUE GECKO BLUETOOTH LOW ENERGY SIP MODULE WIRELESS STARTER KIT,PROPRIETARY KITS,嵌入式开发工具包,BLUETOOTH LONG RANGE MODULE,BLUETOOTH DEVELOPMENT KIT,射频模块,Z-WAVE开发套件,RF SOCS,BLUE GECKO无线SOC,BLUE GECKO WIRELESS MODULES,8-BIT MICROCONTROLLER,无线入门套件,BLUE GECKO BLE SOC入门套件,MIGHTY GECKO STARTER KIT,BLUE GECKO无线模块,ISM频段接收机和发射机,32-BIT MICROCONTROLLER,智能蓝牙开发套件,BLUETOOTH LOW ENERGY KITS,MIGHTY GECKO MESH NETWORKING WIRELESS SOCS,BLUE GECKO BLE SIP MODULE STARTER KIT,BLUETOOTH SMART DEVELOPMENT KIT,EMBEDDED DEVELOPMENT KIT,WI-FI MODULE WIRELESS STARTER KIT,MIGHTY GECKO MODULES,WI-FI XPRESS入门套件,BLUETOOTH 5 PCB MODULE,WI-FI模块无线启动套件,PROPRIETARY WIRELESS SUB-GHZ AND 2.4 GHZ DUAL BAND DEVICES,WI-FI模块,BLUETOOTH CLASSIC AUDIO DEVELOPMENT KIT,MIGHTY GECKO DEVELOPMENT KIT,WIRELESS STARTER KIT,蓝牙经典音频开发套件,WIRELESS SUB-GHZ DEVICE,蓝牙CLASS 2模块,BLUE GECKO低功耗蓝牙SIP模块无线入门套件,蓝牙XPRESS模块,REGIONAL DEVELOPMENT KITS,BLUE GECKO BLE SOC STARTER KIT,Z-WAVE SERIAL INTERFACE MODULE,无线MCU,蓝牙音频模块,EBWT41U,ZDB5202,SLEXP8027A,EFR32FG13P233F512GM48,EFR32™,SLWSTK6061B,MGM12P,EZR32WG,EFR32FG13P231F512GM32,EFR32BG12P232F1024GM68,EFR32MG13P733F512GM48,EFR32BG13P532F512GM32,WT12,AMW007-E04,EFR32,WT32I,EZR32™,BGM121,BGM11S,WT11U,EFR32FG,EFR32FG14P233F256GM48,SLWSTK6062B,RBK-ZW500DEV-CON2,SLWSTK6120A,SLWSTK6063B,RBK-ZW500,EFR32BG12P132F1024GL125,SI4XXX,ZM5101,ZM5304,ZDB5101,ACC-UZB3-U-BRG,BGM111,EBWT11U,EFR32FG14P233F128GM48,ACC-UZB3-U-STA,MGM111,ZDB5304,SLWSTK6000B,SLWSTK6020B,WT32,SI10XX,SLWSTK6101C,EFR32MG13P632F512GM32,AMW037,EFR32FG12P433F1024GM48,DKWT32I-A,EFR32MG12P132F1024GL125,EFR32MG1P133F256GM48,BGM13S,EZR32HG,BGM13P,BGX13P,EZR32LG,MGM13P,WT41U,EFR32BG13P733F512GM48,BGX13S,SLWSTK6060B,MGM13S,SLWSTK6065B,WGM110,RBK-ZW500DEV-EMB2,EFR32BG12P433F1024GL125,EBWT12-A,ZM5202,AMW007,SLTB004A,EFR32MG14P733F256GM48,资产追踪,安全解决方案,便携式健身器材,器具,照明,便携式医疗设备,SECURITY,RETAIL,UTILITIES,CONSUMER,监测,家庭自动化,病人监护系统,ASSET TRACKING,物联网,METERING,PORTABLE FITNESS EQUIPMENT,IP摄像机,IP CAMERAS,INFUSION PUMPS,BUILDING AUTOMATION,HOME AUTOMATION,REMOTE MOBILE ACCESS,SMART HOME,POINT-OF-SALE SCANNERS,ASSET TRACKING,商业的,OCCUPANCY SENSORS,CONSUMER HEALTHCARE,BLOOD PRESSURE DEVICES,THERMOSTATS,INDUSTRIAL,PORTABLE MEDICAL EQUIPMENT,恒温器,订购按钮,SECURITY SOLUTIONS,销售点摄像机,IOT,PATIENT MONITORING SYSTEMS,HOME AUTOMATION,LIGHTING,智能计量,销售点扫描仪,MONITORING,工业,占用传感器,SMART METERING,ALARMS,楼宇自动化,零售,警报,血压装置,公用事业,COMMERCIAL,智能家居类,APPLIANCES,POINT OF SALE CAMERAS,ORDERING BUTTONS,OCCUPANCY SENSORS,THERMOSTATS,输液泵,消费保健,远程移动访问
BG24 Ranging Radio Board
本资料主要介绍了BG24 Ranging Radio Board的功能和设计。内容包括射频、天线和电源部分,以及EFR32信号分配和WSTK连接器与板ID。资料还展示了电路图和组件布局,并提供了设计版本和修改日期等信息。
SILICON LABS - 测距无线电板,BG24,无线通信,测距
BG27蓝牙SoC以其超低功耗、超小体积、超大资源等优势在CGM领域中占据重要地位
BG27蓝牙SoC基于ARM Cortex-M33处理器内核,拥有超低功耗、超小体积和超大资源等优势,成为了CGM设备的理想选择。本文将详细介绍该SoC在CGM中的应用及其突出特点。
电子商城
现货市场
服务市场

Ignion可支持多协议、宽频段的物联网天线方案设计,协议:Wi-Fi、Bluetooth、UWB、Lora、Zigbee、2G、3G、4G、5G、CBRS、GNSS、GSM、LTE-M、NB-IoT等,频段范围:400MHz~10600MHz。
最小起订量:2500 提交需求>

根据用户的蓝牙模块,使用Bluetooth 蓝牙测试装置MT8852B,测试蓝牙1.0至5.1,包括传输速率、功率、频率、调制和接收机灵敏度,生成测试报告。支持到场/视频直播测试,资深专家全程指导。
实验室地址:深圳 提交需求>
登录 | 立即注册
提交评论