Release Date, Specs, Price & Everything We Know (2026)

Microsoft hasn’t held a proper consumer reveal for Project Helix yet, but between a flurry of leaks, an official GDC 2026 keynote by Jason Ronald (VP of Next Generation at Xbox), and AMD’s own disclosures, we already know a surprising amount about the next Xbox console. What’s already clear is that Project Helix isn’t a straightforward generational upgrade to the Xbox Series S and X. It’s a hybrid console-PC system capable of running both Xbox console games and PC titles from storefronts like Steam and GOG. With it, Microsoft hopes to reframe what a living room gaming box can be, trying to combine the best of both worlds.
Read this article with the caveat that much of the information below, particularly on the hardware side, comes from leakers and insider sources rather than official announcements, and may still be in flux. We’ll continue updating this piece as new information becomes available.
On the release date front, Microsoft has just officially confirmed that Alpha developer kits will ship to studios beginning in 2027. No consumer release date for the hardware has been announced. Unlike Sony, Microsoft has historically varied the cadence of console launches. The second generation, the Xbox 360, debuted just four years after the original Xbox, managing to surprise Sony, which didn’t have its PlayStation 3 ready until a year later. The Xbox One landed in 2013, eight years after the Xbox 360, and the Xbox Series S and X debuted seven years later. In both cases, the consoles launched simultaneously with PlayStation platforms and suffered as a result.
That’s partly why we weren’t surprised when rumors that Microsoft wanted to beat Sony to the market once again started circulating a while ago. Nearly two years ago, Call of Duty leaker The Ghost of Hope shared that the company might attempt a late-2026 launch, having shunned a mid-generation refresh, unlike Sony, which released the PlayStation 5 Pro. Obviously, with the first development kits available to developers starting next year, that timeline is no longer realistic. However, that doesn’t necessarily mean the overall strategy has changed; if they are distributed early in 2027, a late 2027 launch window could still happen, and reputable sources have suggested that Sony might delay its PlayStation 6 to 2028 or even later due to ongoing memory and storage shortages.
Those component issues also make pricing for both consoles uncertain. The Xbox Series X launched at $499 in 2020, but that era is almost certainly over for Project Helix. Based on leaked hardware specifications (see below), early estimates from AMD insider KeplerL2 have placed the console in the over $1K range. Worryingly, those figures were calculated before the shortages caused a massive price hike for both memory and storage components.
Hardware Specifications
Official Info
This early, Microsoft and AMD have deliberately kept their official disclosures high-level so far, sharing architecture philosophy rather than hard numbers. Here’s what we know with certainty:
Custom AMD SoC: Project Helix is built on a custom AMD System-on-Chip (SoC), co-designed specifically for the console. AMD SVP Jack Huynh confirmed it uses the RDNA 5 GPU architecture and is manufactured on TSMC’s 3nm process node, providing a significant efficiency leap over the 7nm node used in the Xbox Series X.
Next-Generation DirectX and GPU Architecture: Microsoft confirmed that Project Helix is co-designed for the next generation of DirectX. One of the headline features is support for Work Graphs, the DirectX 12 Ultimate feature that allows the GPU to generate its own workflows in real time, eliminating a key CPU bottleneck present in current-generation hardware. In practice, this should allow for substantially more complex world simulations and physics.
FSR Diamond: AMD’s next-generation upscaling and frame generation stack has just been confirmed for Project Helix at GDC 2026. It replaces FSR Redstone and is natively integrated within the Microsoft GDK. It uses a dedicated NPU for multi-frame generation, neural texture compression, ray regeneration for both RT and path tracing, and neural rendering.
Dedicated NPU: A Neural Processing Unit is built directly into the SoC, handling all ML-driven rendering tasks independently from the main GPU and CPU.
Ray Tracing: Microsoft has specifically described Project Helix as delivering “an order of magnitude leap” in ray tracing performance over the current generation. This is presumably powered in large part by RDNA 5’s architectural improvements, some of which were co-developed with Sony under Project Amethyst for the PlayStation 6 and are expected to feature in the Xbox console, too:
Radiance Cores: A dedicated hardware block designed specifically for ray and path tracing. By taking full control of ray traversal, one of the most compute-intensive tasks currently handled inefficiently across shared GPU resources, Radiance Cores free shader cores for their primary functions, delivering a substantial ray tracing performance boost over previous architectures.
Neural Arrays: A new approach to grouping GPU compute units so they can work together as a unified AI engine. This enables better upscaling and denoising at a significantly lower cost to GPU performance, and represents a fundamental architectural improvement over technologies like Sony’s PSSR and AMD’s FSR.
Universal Compression: A software layer that compresses data of all types (not just specific file formats as in current solutions) as it flows through the graphics pipeline, boosting available memory bandwidth without requiring a more expensive hardware memory upgrade. AMD SVP Jack Huynh described memory bandwidth limitations as a key barrier to next-generation rendering techniques, and Universal Compression is specifically designed to address that issue.
Leaked and Rumored Specifications
The following specifications have been reported primarily by hardware leaker Moore’s Law Is Dead, who has been the main source of Xbox (and PlayStation) next hardware details since mid-2025, and the aforementioned AMD insider Kepler L2. Several of these leaks have since been partially corroborated by official disclosures, but they should be treated as unconfirmed until Microsoft releases official devkit specifications.
The leaked chip is internally codenamed Magnus and is described as featuring:
CPU: A hybrid design of up to 11 cores consisting of up to 3 high-performance Zen 6 cores and up to 8 efficiency-focused Zen 6c cores, with final core counts subject to binning decisions. MLID estimates that the Zen 6 cores will clock at a minimum of 5 GHz, likely in the 5.5-6 GHz range, noting that while desktop Zen 6 parts targeting 7 GHz use TSMC’s N2X node, Magnus uses N3P. It’s still going to be a generational leap over the Xbox Series X’s Zen 2 cores, but with a lower clock ceiling than top-end desktop silicon. According to MLID, the inclusion of full-fat Zen 6 performance cores, rather than the Zen 6c efficiency cores used across all eight cores of the PS6, might be specifically to handle the demands of PC gaming at higher refresh rates, which would require substantially more CPU throughput than a TV-centric 4K/120Hz console.
GPU: 68 RDNA 5 compute units, using the same AT2 chiplet that AMD is developing for the mid-range successor to the RX 9070 XT in the discrete GPU market, a card AMD has internally targeted at a $550 price point. While this represents only a 30% increase in raw compute units over the Xbox Series X’s 52 CUs, each unit is approximately 65% faster thanks to RDNA 5’s architectural improvements. The GPU clock is also estimated to be higher, at least 2.5 GHz, versus the Series X’s 1.825 GHz. Combined, MLID estimates that Magnus delivers roughly 5-6× the rasterization performance of the Xbox Series X and up to 20× the ray tracing performance. In desktop GPU terms, approximately RTX 5080-level in rasterization and potentially around RTX 5090-level in ray tracing. The total die size is reportedly 408 mm², which would be the largest APU in console history by a significant margin, compared to the PS6’s rumored 280 mm².
Memory: 48GB of GDDR7 across a 192-bit bus, though MLID believes Microsoft has not yet finalized this figure and may ultimately ship with 36GB depending on RAM prices when manufacturing decisions are locked in, likely around early 2027. He notes that 36GB (split approximately 12–16GB for VRAM and 20–24GB for system use in an optimized gaming OS) could be sufficient, while 48GB would allow Microsoft to market the device more aggressively as a premium PC alternative.
NPU: The leaked documents indicate the NPU is capable of up to 110 TOPS in a 6W power mode, or 46 TOPS in a lower 1.2W mode, well above anything in current-generation consoles.
Storage: It will be a high-speed NVMe SSD with an unspecified capacity.
Target performance: Native 4K at 120 FPS is the cited console target, though it might be capable of even higher frame rates. If these specs turn out to be true, Microsoft could be positioning the device as a competitor not just to the PS6, but to high-end pre-built gaming PC, potentially offering comparable performance to systems currently selling for nearly double the console’s price.
Software, Features, and Ecosystem
As mentioned earlier in this article, Project Helix’s defining characteristic is its hybrid nature. For the first time, an Xbox console will natively support games from both the Xbox ecosystem and third-party PC storefronts, including Steam and GOG, giving users more flexibility on where to buy their interactive entertainment. For developers, Microsoft is introducing a Unified Game Development Kit (GDK), allowing studios to ship a single build (Microsoft encouraged them to build for PC) and reach both console and PC players, which would be a meaningful reduction in porting overhead compared to the current generation.
The user interface is being built around an evolved version of the Xbox Full Screen Experience as seen in its most recent form on the ASUS ROG Xbox Ally handhelds. Ahead of Project Helix, Microsoft is rolling out Xbox Mode for Windows 11 starting in April 2026, initially in select markets. This is effectively a preview of the Project Helix interface: a full-screen, controller-optimized Xbox experience layered on Windows, allowing users to seamlessly switch between gaming and productivity.
Backward Compatibility and the 25th Anniversary
As part of Xbox’s 25th anniversary celebrations later in 2026, Microsoft has teased new ways to experience iconic games from its back catalog, though specifics haven’t been shared yet. What was confirmed at GDC 2026 by Jason Ronald is that Project Helix will maintain backward compatibility with four full console generations, making it the most backward-compatible Xbox ever shipped.
Xbox Next “Project Helix” Games
Just like for the , this section of the article is the most speculative. There are no announced games for Xbox Next/Project Helix yet, so we can only guess at some of the possible titles. First-party titles like the next Halo installment (not the Combat Evolved remake) and the next releases from Ninja Theory, Rare, and Obsidian are almost certainly targeting the new console specifically. Others, such as the Halo remake, Gears of War: E-Day, Forza Horizon 6, Fable, Clockwork Revolution, State of Decay 3, and The Elder Scrolls VI, will most likely receive a prettier version for the next Xbox hardware, making them essentially cross-generation.
The same goes for the following triple-A third-party games:
Creative Assembly’s Alien Isolation sequel
Ubisoft’s Assassin’s Creed Hexe
Cloud Chamber’s BioShock 4
Larian’s Divinity
Square Enix’s Final Fantasy VII Remake Part 3
Avalanche Software’s Hogwarts Legacy 2
4A Games’ Metro Exodus sequel
Respawn’s Star Wars Jedi Part 3
Ubisoft’s Tom Clancy’s Splinter Cell Remake
Ubisoft’s Tom Clancy’s The Division 3
Saber’s Warhammer 40,000: Space Marine 3
CD Projekt RED’s The Witcher IV
CD Projekt RED’s + Fool’s Theory’s The Witcher Remake
This article will be updated as new information becomes available.