Manufacturer Interview - Allocation and component shortage +++ Smart Embedded - Part 2 +++ Certified 5.2 modules including Bluetooth stack
The small powerhouse for your IOT application:
WiFi 5 and Bluetooth 5 Module Laird Sterling-LWB5+
LAIRD Connectivity is expanding its product portfolio with robust small IoT modules. These modules can be used globally and have all the necessary certifications.
The modular design reduces the parts list on your PCB. You can choose between a solderable module and the standardised M.2 variant.
The new Sterling LWB5+ is based on the CYW4373E from Infineon. It is designed specifically for IoT for a secure, reliable and robust feature set.
Integrated antenna amplifier
With built-in antenna amplifier and low noise amplifier with antenna diversity, you can achieve a reliable connection even in harsh environments.
You have a choice of antenna. Either choose the on-board chip antenna or the external MHF4 antenna connection.
|
Wireless Specification |
WiFi5 (802.11ac) |
|---|---|
|
Bluetooth |
V5.2 |
|
Frequency |
Dual-Band 2,4 GHz & 5 GHz |
|
Transmission power |
+18 dbm |
|
Antenna versions |
On-board ceramic chip MHF4 connector Trace pin for external antenna |
|
WiFi 5 (802.11ac) |
20, 40, 80 MHz Single-stream spatial multiplexing up to 433.3 Mbps Integrated PA/LNA Antenna diversity (M.2 board) |
|
Size |
12 mm x 17 mm x 2,2 mm (Modul) 22 mm x 30 mm x 3,1 mm (M.2) |
5 advantages why you should use the new Sterling LWB5+:
- Certified: Pre-certified for faster market entry: FCC, IC, CE RCM Giteki and Bluetooth SIG.
- Compatible: Open source Linux Backport Packet SUPPORTs many Linux kernels
- Reliable: Integrated PA (power amplifier) and LNA (low noise amplifier) with antenna diversity for reliable connectivity in harsh RF environments. Approved for industrial temperature range from -40 °C to 85 °C
- Robust: Wide range of features including 802.11ac WiFi and dual-mode Bluetooth.
- Secure: SUPPORTs the latest WPA3 security standards.
We will be happy to send you further information on request.