AMD’s Dr. Lisa Su announced the company is on track to deliver the next-generation Xbox processor by 2027, a reassuring sign amidst ongoing hardware delays and market volatility. Meanwhile, the Steam Machine, a less powerful competitor, remains shrouded in uncertainty, lacking both a firm price and release date as of a couple months into 2026.
Steam Machine’s Price Tag Remains Elusive
Valve is facing challenges in setting a sustainable price for its upcoming Steam Machine and Steam Frame due to fluctuating component costs.
- Valve is still aiming for a first-half-of-the-year release for the Steam Machine, but the initial target was Q1.
- Component price volatility, particularly in memory and storage, is preventing Valve from finalizing a price.
- The Steam Machine is designed to target a 4K 60fps experience using FSR upscaling from a 1080p base resolution.
- Users will be able to upgrade the Steam Machine’s SSD and system memory with laptop-style SODIMM modules.
- AMD is prepared to mass-produce the next-gen Xbox processor for a 2027 launch, indicating sufficient 3nm wafer availability.
The latest update on the Steam Machine reveals a shift in messaging. Valve still intends to release the hardware in the first half of 2026, but notes from an event last November indicated a Q1 release was originally planned. The core issue? The unpredictable pricing of memory and storage. While Valve states it’s “unable” to set a price, some speculate the volatility simply makes a sustainable price point difficult to guarantee.
Valve maintains the Steam Machine is designed for a 4K 60fps gaming experience, utilizing FSR upscaling from a 1080p base resolution. Given the struggles some PlayStation 5 games have achieving this, doubts remain. However, it’s important to note Valve isn’t promising FSR2, FSR3, or FSR4; the machine will utilize standard FSR, a cost-effective spatial upscaler built into SteamOS. Valve acknowledges some titles may require more upscaling, potentially necessitating a lower frame rate with Variable Refresh Rate (VRR) to maintain 1080p resolution.
Optimizations for ray tracing are also underway, benefiting from the open-source nature of Linux, SteamOS, and RADV driver development, allowing for transparent tracking of progress. Optimism surrounds HDMI VRR support, despite the HDMI Forum’s restrictions on open-source drivers utilizing the full HDMI 2.1 specification.
The Steam Machine will offer user-upgradability for both the SSD and system memory, utilizing laptop-style SODIMM modules. A 2x 16GB kit currently costs around £300 on Amazon UK, highlighting the financial implications of upgrading beyond the standard 16GB.
Xbox’s 2027 Launch Looks Increasingly Likely
The announcement that AMD is prepared to mass-produce the next-generation Xbox processor by 2027 offers a glimmer of hope for the console’s future.
With AMD on track to deliver the processor by 2027, there’s confirmation of sufficient 3nm wafers available at TSMC. The challenge now shifts to securing enough GDDR7 memory modules for the console’s launch. Despite these hurdles, a 2027 release for the next Xbox seems plausible. Microsoft has positioned the new Xbox as a “premium, curated experience,” signaling a higher price point and a significant technological leap.
The new Xbox will be an open platform, allowing users to access stores beyond the Xbox Store, though a curated experience will likely remain within Microsoft’s ecosystem. This positioning shifts cost comparisons away from the PlayStation 5 and Xbox Series X, and towards the broader PC market, which also grapples with memory pricing. By 2027, the hope is that memory cost volatility will have subsided, even if prices remain elevated.
The next-generation Xbox isn’t aiming for affordability, but rather to deliver superior performance and value compared to prebuilt PCs. This can be achieved by adopting a console-centric design, integrating the CPU and GPU onto a single processor—potentially utilizing chiplets to manage costs. This approach could allow Microsoft to compete in the PC market while avoiding a direct confrontation with PlayStation.
A unified memory setup, similar to current consoles, could further reduce costs by eliminating the need for separate system memory and VRAM. This centralized design on a single PCB contrasts sharply with the complex assembly of modern PCs. However, this approach sacrifices the upgradability and customization options inherent in PC building.
Leveraging cutting-edge Zen CPU architecture and next-generation RDNA 5 graphics, the next Xbox is expected to surpass the Steam Machine’s capabilities. A Steam Machine mock-up built with similar components is in development, offering a preview of its performance. While the core architectures for the next Xbox aren’t yet finalized, anticipation is building for more specific details.
