Raspberry Pi 6 Officially Announced With Quad-Core Arm Cortex-A78 and 16GB RAM Option
The Raspberry Pi Foundation has officially announced the Raspberry Pi 6, its next-generation single-board computer that promises to deliver a substantial performance upgrade over the Pi 5 while maintaining the sub-$100 price point that has made the platform a staple in education, hobbyist projects, and edge computing deployments worldwide.
A New Generation of Processing Power
At the heart of the Pi 6 is a custom Broadcom BCM2713 system-on-chip featuring four Arm Cortex-A78 cores clocked at up to 2.8 GHz. This represents a generational jump from the Cortex-A76 cores used in the Pi 5, and early benchmarks shared by the foundation suggest roughly 40 percent better single-threaded performance and significantly improved power efficiency.
The GPU has also received an upgrade, moving to a newer VideoCore VII variant that supports hardware-accelerated 8K video decoding and improved OpenGL ES 3.2 performance. For makers working with computer vision or display-heavy applications, this is a welcome improvement.
Memory and Storage Options
The Pi 6 will be available in three memory configurations: 4GB, 8GB, and a new 16GB option. All models use LPDDR5 memory, a first for the Raspberry Pi lineup, which delivers roughly double the bandwidth of the LPDDR4X used in the Pi 5.
Storage connectivity sees a meaningful boost as well. The board retains the microSD card slot but now includes a full PCIe 3.0 x1 lane exposed via an M.2 HAT+ connector, doubling the theoretical bandwidth available for NVMe drives compared to the Pi 5's PCIe 2.0 implementation.
Connectivity and I/O
Wireless connectivity has been upgraded to Wi-Fi 6E with tri-band support, and Bluetooth has moved to version 5.3. The dual USB 3.0 ports now support USB 3.2 Gen 1 speeds natively, while two USB 2.0 ports remain for peripherals that don't demand high bandwidth.
The GPIO header remains the standard 40-pin layout, ensuring backward compatibility with the vast ecosystem of existing HATs and accessories. The foundation confirmed that all Pi 5-compatible HATs should work without modification.
Dual micro-HDMI ports support up to 4K60 output simultaneously, and the board includes a dedicated MIPI DSI/CSI connector for camera and display modules.
Pricing and Availability
Eben Upton, CEO of Raspberry Pi, said in the announcement that the foundation worked closely with Broadcom to keep costs manageable despite the significant hardware upgrades. The 4GB model will retail at $45, the 8GB at $65, and the 16GB at $95. Pre-orders open in mid-April, with general availability expected by June 2026.
"We've always believed that computing power should be accessible to everyone," Upton said during the virtual launch event. "The Pi 6 brings workstation-class performance to a board that fits in your pocket."
Industry Reaction
The announcement has generated considerable excitement in the maker and embedded computing communities. Several industrial partners have already committed to building carrier boards and compute modules based on the Pi 6 platform, signaling strong commercial interest alongside the hobbyist market.
Analysts at Counterpoint Research noted that the Pi 6 positions Raspberry Pi more competitively against x86-based mini PCs, particularly for lightweight server, kiosk, and digital signage applications where power consumption is a key consideration.
What It Means for Developers
For software developers, the Pi 6 offers enough horsepower to comfortably run containerized workloads, local AI inference with small models, and full desktop Linux environments. The foundation confirmed that Raspberry Pi OS will ship with optimized kernel support from day one, and Ubuntu and Fedora have both pledged launch-day images.
The jump to 16GB of RAM in particular opens the door to use cases that were previously impractical, including running local language model inference, hosting small databases, and multitasking across development environments.
The Raspberry Pi 6 looks poised to continue the platform's tradition of punching well above its price class, and the broader Arm ecosystem stands to benefit as developers build and test on increasingly capable hardware.
