Hello, dear Raspberry Pi developers and community!
I’m a huge fan of your products and actively use Raspberry Pi for various projects. I’d like to discuss an idea that, in my opinion, could help evolve the platform toward greater flexibility and performance. Please understand that this topic is not meant to impose solutions or criticize current models. On the contrary, such discussions help better understand what the market and users need. After all, community feedback can shape a clearer picture of current demands and trends—for example, the growing need for devices that can serve as full-fledged desktop computers for everyday work, gaming, or even light video editing.
Main Idea: Launch a high-performance "Paspberry PIP" line (where P stands for Performance).
Imagine a Raspberry Pi line focused on high performance, enabling the device to function as a complete desktop computer. This could include:
A more powerful processor (e.g., incorporating modern ARM IP cores like Cortex-A78 or even more advanced options with AI and graphics support).
Increased RAM capacity (at least 8-64 GB, with the option for expansion).
An integrated or modular GPU capable of handling modern tasks, such as 4K video, multi-tab browsing, and even basic gaming/rendering.
As an example, consider the Radxa Orion, an SBC (Single Board Computer) that supports installing a full-fledged discrete GPU via a PCIe slot, making it highly flexible for upgrades. As a Raspberry Pi enthusiast, I’d love to see something similar on your platform: a more scalable solution with support for modular expansions (e.g., slots for GPUs, SSDs, or additional cores).
Why is this relevant?
Current Raspberry Pi models are released infrequently (every few years), which is fine for this ecosystem. However, while waiting for new releases, users could upgrade their existing devices. Imagine if you offered official modules from the Raspberry Pi Foundation: swappable SoMs (System-on-Modules) with upgraded CPUs/GPUs, expansion boards, or even upgrade kits. This would not only extend the lifespan of older devices but also boost community loyalty—people would buy from you instead of turning to competitors.
The market is demanding more: with the rise of remote work, home learning, and hobby projects (like media centers or mini-PCs), there’s a need for a platform that can compete with budget desktops. Raspberry Pi is already close to this, but a step toward a "performance edition" could capture a new market segment.
Questions for the developers:
Are you planning to release a more powerful model suitable for desktop use?
Are you considering integrating modern ARM IP cores to boost performance?
Are there any plans for modularity and upgrades, allowing users to enhance their devices without buying a new board entirely?
I’m a huge fan of your products and actively use Raspberry Pi for various projects. I’d like to discuss an idea that, in my opinion, could help evolve the platform toward greater flexibility and performance. Please understand that this topic is not meant to impose solutions or criticize current models. On the contrary, such discussions help better understand what the market and users need. After all, community feedback can shape a clearer picture of current demands and trends—for example, the growing need for devices that can serve as full-fledged desktop computers for everyday work, gaming, or even light video editing.
Main Idea: Launch a high-performance "Paspberry PIP" line (where P stands for Performance).
Imagine a Raspberry Pi line focused on high performance, enabling the device to function as a complete desktop computer. This could include:
A more powerful processor (e.g., incorporating modern ARM IP cores like Cortex-A78 or even more advanced options with AI and graphics support).
Increased RAM capacity (at least 8-64 GB, with the option for expansion).
An integrated or modular GPU capable of handling modern tasks, such as 4K video, multi-tab browsing, and even basic gaming/rendering.
As an example, consider the Radxa Orion, an SBC (Single Board Computer) that supports installing a full-fledged discrete GPU via a PCIe slot, making it highly flexible for upgrades. As a Raspberry Pi enthusiast, I’d love to see something similar on your platform: a more scalable solution with support for modular expansions (e.g., slots for GPUs, SSDs, or additional cores).
Why is this relevant?
Current Raspberry Pi models are released infrequently (every few years), which is fine for this ecosystem. However, while waiting for new releases, users could upgrade their existing devices. Imagine if you offered official modules from the Raspberry Pi Foundation: swappable SoMs (System-on-Modules) with upgraded CPUs/GPUs, expansion boards, or even upgrade kits. This would not only extend the lifespan of older devices but also boost community loyalty—people would buy from you instead of turning to competitors.
The market is demanding more: with the rise of remote work, home learning, and hobby projects (like media centers or mini-PCs), there’s a need for a platform that can compete with budget desktops. Raspberry Pi is already close to this, but a step toward a "performance edition" could capture a new market segment.
Questions for the developers:
Are you planning to release a more powerful model suitable for desktop use?
Are you considering integrating modern ARM IP cores to boost performance?
Are there any plans for modularity and upgrades, allowing users to enhance their devices without buying a new board entirely?
Statistics: Posted by RAMSRAM — Wed Sep 17, 2025 5:16 pm