Xenion Renegade Architecture Gen 5, or the XR5 series, is Hydron's mobile platform processors/chipsets for M5 series devices, the latest be the all new and powerful XR5S, and its non-pro model XR5, and budget model XR5B, with its predecessor Gen 4 Architecture for the XR4 series, and then its future successor XR6 Series, which is early testing of the XR6A.

Fenton Xenion is a budget architecture that is 4nm for all chips currently, while not the most powerful and certainly not even matched to our performance, it completely destroys other phones in the same price range of 350-500$ USD, and its GPU is the same, more powerful than ever.

Gen 5 Features:

Gen 5 Xenion Renegade Architecture will be the most powerful mobile chipset of the decade (other than future gen's), it will have excessive better efficiency, and heat absorption, using the new layout and redesigned internals of the M5 Series, It will also have brand new ray tracing acceleration units, and a lot more, with more efficient battery usage, less than the M4, and still carries more power. With improved data transfer rates and higher core and thread count, along with new gen NPUs for AI workloads.

The XR5 architecture will also be smaller, and thinner, for more room for the new DXR2 Ram coming out next year. And room for more cooling. It will have more stability software and fail safes to prevent crashing, instability, and more stability on heavy loads, still sustaining temperature.

Zenton Architecture Gen 1 Features:

The Zenton Architecture is a specially designed architecture for the A-Series of Hydron phones, offering lower performance then standard XR (Xenion Renegade) architecture, but much more performance than any other phone. Offering superior load times and gaming performance than any other phone. With specialized RT capabilities and powerful GPUs.

Fenton Xenion Generation 1 Features:

The Fenton Xenion architecture marks a new era of budget devices, offering superior performance to any phone in its price range, while offering a powerful CPU and GPU combo for any time, capable of beating the latest high end SoCs even at its price range.

Gen 4 Features:

Gen 4 Xenion Renegade Architecture is Hydron’s most refined mobile chip foundation yet — built to deliver ultra-smooth performance, advanced AI, and console-level graphics in any Hydron device. With enhanced ray tracing and a new custom frame generation engine, XR4 delivers deeper realism and higher frame stability across demanding apps and games.

It’s fully optimized to work across all major operating systems — including HydronOS, Android, Linux, and iOS variants — as long as it's inside a certified Hydron device. Its modular design ensures smooth integration with EcoLiNK, AI assistants, and next-gen multitasking, making XR4 the perfect balance of power, efficiency, and flexibility.

Gen 3 Features:

Gen 3 Xenion Renegade Architecture (XR3 Series) marked a major step forward from the XR2, bringing significantly improved ray tracing capabilities, better thermal control, and enhanced efficiency across all tasks. With newly designed ray tracing nodes, XR3 delivers smoother lighting and reflections, especially noticeable in gaming and AR workloads — outperforming anything found in the M2 series.

This generation introduced a smarter cooling layout, allowing devices to stay cooler under sustained heavy use without compromising performance. Paired with better power management and optimized OS integration, XR3 offered a major uplift in real-world speed, responsiveness, and multitasking on all supported Hydron platforms.

Gen 2 (Original Generation) features:

Gen 2 Xenion Renegade Architecture (XR2 Series) brought Hydron’s early ambitions into reality — stabilizing and refining the raw power introduced in the original HySnap Gen 1 chipset. While based on an older architecture by today’s standards, XR2 still delivered strong ray tracing performance that outpaced most competitors at the time, setting new standards for mobile visuals.

Compared to the unstable, experimental chip in the original M1 Concept, XR2 offered far greater stability, cooler thermals, and a more balanced performance curve. With more cores than typical smartphone processors and better system integration, it was the first widely deployed Xenion chip that proved Hydron's mobile chips weren’t just powerful — they were built to last.

Gen 1 HySnap Chipset Xenion Entry Features: (HXE1)

HySnap Xenion Entry (HXE) Gen 1 Chipset was Hydron’s bold first step into custom silicon — a raw, unrefined powerhouse that pushed mobile performance into uncharted territory. Designed for sheer benchmark dominance, the HXE chip packed impressive compute capabilities for its time, delivering shockingly high scores and fluid performance in short bursts.

However, its early design came with major trade-offs: notoriously unstable under sustained load, high thermal output, and limited efficiency controls. Despite these flaws, HXE laid the critical foundation for what would become the Xenion Renegade Architecture, introducing Hydron’s commitment to performance-first design. It was chaotic, experimental — and the origin of everything that followed.

Official Processor Specs: (Mobile)

Based off estimated performance, from top-worst. (Ignoring Stability Issues)

Desktop Architecture:

GPU Architecture:

Xacta:

Xacta is the last say for GPU architecture, deserving nothing but dominance, on the most advanced chips and GPUs, this has fast shaders, and up to 4x as much performance than CaneHail, however needs a memory bus bigger than 128 for it to be on GPU.

CaneHail: 

CaneHail Architecture is the most advanced architecture Hydron has ever made for basic consumers, seen in the GRX: Destroyer, GRX 2150, FRX 2150.

It has better cooling and a thinner NM process than CaneDrail, which was 4nm, and CaneHail is 3nm.

It has 1.73x the performance of RT cores and better rasterization by 43%, while CaneDrail lacked thermals also, CaneHail is incredibly better at heat performance, offering 47% better thermals and less throttling.

CaneDrail:

CaneDrail Architecture was a significant improvement over Achilles Quest architecture, used in the GRX 2000 series, the unrealesed 2050 and 2000, both lacking RT performance and rasterization.

CaneDrail has 29% better RT cores than Achilles Quest, and 21% better rasterization.

Achilles Quest:

Achilles Quest is Hydrons first launch into GPUs, it had terrible RT performance and rendering, and terrible heat, no need to say anything else, but it did launch Hydron's first GPU unreleased series, GRX 2000 and GRX 2050, and BRX 1640 (discontinued)

CPU Architecture:

Achilles Max:

Achilles Max is a the first attempt into CPUs, with assist from AMD, we made master of CPUs, usually their sockets are AM5 and we made these CPUs for raw performance, and efficiency.

Most of these CPUs have great thermal efficiency, and master most companies first attempt into the CPU market, us making remarkable breakthroughs. The max memory for all CPUs of this is 9.512TB, though many CPUs have limits., DXR2 in the future up to 11533 MHz of DDR5 also, and same max speeds with DXR type memory.