BGM240PB32VNA3R by Silicon Laboratories Inc

Overview of BGM240PB32VNA3R by Silicon Laboratories Inc.

The BGM240PB32VNA3R is a high-performance Bluetooth Module, part of the category of Other Telecom ICs. This module, crafted by Silicon Laboratories Inc., integrates Bluetooth 802.15.1 wireless technology with a striking 2000 Mbps data rate, enabling robust wireless connectivity. It provides a nominal operating voltage of 3.3 V and supports a wide operating temperature range from -40 °C to 105 °C, showcasing its versatility across various environmental conditions.

Designed for secure applications, this Bluetooth PCB module features Secure Boot with Root of Trust and Secure Loader (RTSL), essential for protecting against unauthorized firmware modifications and ensuring system integrity. Its RF TXRX capabilities couple with a substantial transmission power of 20 dBm, ensuring effective range and signal strength. Featuring surface mount technology, the BGM240PB32VNA3R warrants a compact design with dimensions measuring 15 mm in length and 12.9 mm in width, contoured in a rectangular package without defined lead terminals.

Industry Applications for BGM240PB32VNA3R

The nature and capabilities of the BGM240PB32VNA3R make it a potentially suitable component in several cutting-edge industry applications. Here are a few illustrative examples, although this suitability would need to be verified by the respective industry’s engineering and design teams:

  • Internet of Things (IoT): Devices in the IoT spectrum, like smart home products or industrial IoT sensors, could potentially benefit from its high data rate and robust security features, ensuring quick, reliable data transfer and secure communication channels.
  • Consumer Electronics: Given its compact size and powerful Bluetooth capabilities, this module might be used in devices such as wireless speakers, headphones, or even smart watches where space is at a premium and secure communication is crucial.
  • Healthcare: Medical devices that require secure data transmission, like wearable health monitors, could potentially incorporate this module to ensure patient data is transmitted securely and reliably.
  • Telecommunications: The Telecom circuit classification of this module suggests its potential use in enhancing communication infrastructure, possibly in devices requiring high data throughput and secure connectivity.
  • Electronic Manufacturing: As a highly integrable module with secure capabilities, it might be utilized in the manufacturing process of various electronics that require embedded wireless communication functionalities.

Note that these industry applications are conceptual/illustrative and require analysis and verification by engineering and design teams for adherence to industry standards and specific application requirements.

About Silicon Laboratories Inc.

Silicon Laboratories Inc. is a prominent player in the field of electronics, particularly known for their innovation in telecommunication circuits. Specializing in a range of Other Telecom ICs, Silicon Laboratories focuses on designing components that enhance connectivity and performance in a multitude of telecommunications products. The BGM240PB32VNA3R exemplifies their commitment to security and high performance in telecommunications technology, aligning with modern demands of IoT and secure connection needs. Silicon Laboratories continues to innovate in this area, pushing the boundaries of what’s possible with telecommunication circuits.

Where to Find BGM240PB32VNA3R by Silicon Laboratories Inc

To purchase the BGM240PB32VNA3R, potential buyers are recommended to visit findchips.com, where current stock levels and pricing can be checked. Historically, this part has been available through distributors such as Symmetry Electronics, Mouser Electronics, and DigiKey. On findchips.com, you can also explore other Other Telecom ICs to find alternate parts that might be offered by Silicon Laboratories Inc or other manufacturers.

Compare pricing for BGM240PB32VNA3R and other Other Telecom ICs / Telecommunication Circuits at findchips.com