Two arm Cortex-M33 or two Hazard3 processors with 150MHz
520 KB on-chip SRAM
Software and hardware compatible with Raspberry Pi pico 1
Drag-and-drop programming with mass storage via USB
Cast module enables direct soldering on supporting boards
Robust and fully documented security features
2.4GHz 802.11n Wireless LAN & Bluetooth 5.2
The Raspberry Pi® next generation microcontroller board, built with RP2350.
Equally good, but better
With higher core clock speed, dual memory, more powerful arm cores, optional RISC-V cores, new security features and improved interface capabilities, the Raspberry Pi offers PICO 2W significant performance improvements while maintaining compatibility with previous members of the Raspberry Pi pico series.
Programmable in C/C++ and Python and with detailed documentation PICO 2W , the Raspberry Pi is the ideal microcontroller board for enthusiasts and professional developers alike.
The chip from the new Block
The Raspberry Pi PICO 2W is powered by RP2350, the new powerful and safe microcontroller. Every aspect of the design has been improved, from the CPU cores to our unique PIO interface subsystem. We have introduced a comprehensive security architecture based on Arm TrustZone for Cortex-M. And new low-Power states and chassis options extend the bandwidth of addressable applications.
Switch on
The RP2350's unique Dual core and Dual architecture capability allows users to choose between a pair of industry standard arm Cortex-M33 cores and an open hardware standard pair of Hazard3 cores. This gives developers the opportunity to experiment with RISC-V architecture in a stable, well-supported environment.
Radical transparency
The RP2350's security architecture, including the safe boot ROM, is fully documented and fully available to all users: This transparent approach, unlike the "security through ambiguity" offered by older vendors, allows professional users to confidently integrate the RP2350 and the Raspberry Pi pico 2 into products.
Optional boot signing, enforced by on-chip mask ROM, with key fingerprint in OTP
Protected OTP memory for optional boot decryption keys
Global bus filtering based on arm or RISC-V security/privilege levels
Peripheral devices, GPIOs and DMA channels can be individually assigned to security domains
Hardware mitigations for Fault Injection attacks
Hardware SHA-256 accelerator
Raspberry Pi®, SC1633, PICO 2W, arduino, raspberry pi, raspberry
