Veda IF912 and IF913 - Wi-Fi 6/6E + Bluetooth LE® Module
Overview
Veda IF912/IF913 high-performance connected MCU modules, based on the Infineon CYW55912 and CYW55913 chipsets. They are low-power dual and tri-band Wi-Fi 6/6E solutions. Ezurio is announcing our initial development with this chipset to expose a future piece of our roadmap to developers.
The Veda IF912 and Veda IF913 share a common hardware platform with the exception of the respective chipsets, allowing full leveraging of development, qualification, and software.
- Size: Small footprint (7 x 11 mm) - as little as 25% the footprint of competing solutions
- Flexibility: Memory options for Wi-Fi 6 vs 6E, optionally run on integrated SRAM and flash on chip
- Low Cost: Highly integrated SIP design reduces footprint and cost, with product sector leading pricing
- Shielding: Integrated RF shield, no external shield required (simplifies integration size and cost)
- Memory: Integrated PSRAM and Flash
- Software: Full support for latest MODUS Toolbox development environment
- Connectivity: Only vendor with Dual-band Wi-Fi 6 (Veda IF912) AND Tri-band Wi-Fi 6E (Veda IF913)
Veda IF912
Dual-Band Wi-Fi 6
Connected MCU
For customers looking for a low-cost solution in the classic 2.4 and 5 GHz bands, the Veda IF912 represents a familiar approach to Wi-Fi integration that can leverage your historical experience with adding Wi-Fi into your designs. Especially for applications which don't require the throughput of the 6 GHz band that Wi-Fi 6E brings, the Veda IF912 is a perfect fit.
Veda IF913
Tri-Band Wi-Fi 6E
Connected MCU
Future-proofing your designs with the high performance and additional frequency spectrum of Wi-Fi 6E, the Veda SL913 brings all the SL91x benefits with tri-band support. For those who wish to design in with some of the latest and greatest in Wi-Fi features (including OFDMA, low latency, and low power), we recommend the Veda IF913.
What is a Connected MCU?
Ezurio's Veda series of Wi-Fi radio modules represent our line of Connected MCU offerings. They contain several subcomponents: the radio itself, a microcontroller for on-module application processing, onboard memory, and a collection of I/O peripherals. They're designed to operate in two ways:
- Hosted mode, where they represent a complete wireless subsystem as an assistant to a main board's processor
- Hostless mode, where the module and its MCU are the primary processor for your design, running applications, stacks, and security on the module without the need for a connected processor.
Specifications
Connectivity
Interface
Bluetooth 5
Documentation
Browse Application Notes, Certifications and Documentation in our Support & Documentation Center.