Discounts do not apply here, welcome to the hardware pages, we have RAM to CPUs, to GPUs, alot more, explore around.

CPUs: 100 Series:

L Tier:

Starting at 225$ USD.

Hydron L100 is a 6-core, 12-thread desktop processor built on the Achilles Max architecture for the AM5 platform. It runs at a base frequency of 3.8 GHz with a max single-core boost up to 5.0 GHz and all-core turbo around 4.6 GHz. It features 36MB of X-Z-Cache, Hydron’s proprietary 3D-stacked cache designed for latency-sensitive gaming workloads. With a base TDP of 65W and a peak draw of 88W, it delivers strong performance-per-watt for entry to mid-tier systems. The chip is thermally rated for a maximum operating temperature of 96°C before throttling. Priced at $225, it supports DDR5 memory, PCIe Gen 5 connectivity, and is fully compatible with AM5 motherboards. The L100 is aimed at gamers, students, and creators seeking high performance on a budget, and performs best with a tower air cooler or a basic 240mm AIO.

The Hydron L150 is a high-performance upgrade over the original L100, featuring a 10-core, 20-thread configuration built for users seeking a stronger entry into the performance segment. It runs at a base clock of 4.0 GHz with a peak turbo boost of 5.0 GHz and an all-core maximum of 4.6 GHz under sustained loads. It carries approximately 40MB of X-Z-Cache, optimized for low-latency gaming and multitasking. The L150 operates at a TDP of 85W with peak power draw reaching up to 115W. Throttling begins at 96°C, so it is recommended to pair it with a high-performance air cooler or a 240mm AIO for optimal thermal performance. Priced at $305, the L150 offers a notable step up from baseline CPUs without entering premium-tier territory.

M Tier:

Starting at 350$ USD.

Hydron M100 is a 12-core, 24-thread processor built on the Achilles Max architecture, designed for the AM5 platform with support for DDR5 and PCIe Gen 5. It operates at a base clock of 3.7 GHz and boosts up to 5.3 GHz on single-core workloads, with an all-core turbo around 4.9 GHz under sustained load. It includes 56MB of X-Z-Cache, Hydron’s high-speed 3D-stacked cache optimized for gaming and hybrid multitasking. The M100 has a TDP of 105W with peak power draw up to 140W, and a thermal limit of 97°C before throttling occurs. Priced at $350, it is aimed at advanced gamers, streamers, and prosumers seeking top-tier performance without entering workstation territory. Ideal cooling includes high-performance air towers or 240mm AIOs, ensuring stable boost behavior under load. The M100 delivers elite multithreaded output while maintaining strong single-thread performance for high-refresh gaming and creative applications.

The Hydron M150 delivers a substantial jump in multi-threaded power and clock speed, with 16 cores and 32 threads clocked at a 4.2 GHz base and a turbo boost of 5.3 GHz. All-core maximum under load hovers around 4.9 GHz, offering impressive sustained performance for prosumers, content creators, and advanced multitaskers. With an estimated 64MB of X-Z-Cache, the M150 delivers efficient throughput for compute-heavy applications and gaming workloads alike. It has a TDP of 125W, peaking at around 165W under full load, and will throttle if temperatures exceed 97°C. A 240mm to 280mm AIO cooler is recommended to handle thermal demands. At $450, it sits in the upper midrange, delivering flagship-like performance without crossing into enthusiast pricing.

H Tier:

Starts at 550$ USD.

Hydron H100 is a 24-core, 48-thread high-end processor built on the Achilles Max architecture for AM5 systems. It runs at a base clock of 4.2 GHz and boosts up to 5.6 GHz on single-core workloads, with all-core turbo speeds reaching 6.1 GHz. It features 96MB of ultra-fast Z-ZP-Cache optimized for multitasking, rendering, and advanced gaming scenarios. The chip has a TDP of 160W and can peak up to 220W under full load, with a thermal throttle limit of 98°C. It supports DDR5 memory, PCIe Gen 5, and is priced at $550, offering elite-level workstation and enthusiast-grade performance when paired with 280mm–360mm AIO cooling systems.

The Hydron H150 is a 32-core, 56-thread powerhouse designed for core-heavy applications and users demanding raw, unfiltered throughput. With a 4.5 GHz base clock and turbo boost up to 5.8 GHz, the H150 sustains an all-core max of 5.3 GHz under intensive workloads. It utilizes an estimated 120MB of Z-ZP-Cache, tuned for massive parallel performance in rendering, simulation, and compilation tasks. With a TDP of 210W and peak draw reaching 275W, the H150 requires serious cooling—at minimum a 360mm AIO or custom water loop—to maintain peak performance. Throttle temperatures begin at 98°C. Priced at $650, it is a brute-force solution for power users who want top-tier multi-threading without stepping into the elite E-class.

E100:

Starting at 750$ USD.

Sitting at the pinnacle of Hydron’s consumer CPU lineup, the E100 is a true enthusiast-class processor built for those who demand extreme performance in every category. With 32 cores and 64 threads, it surpasses the H150 in both frequency and cache architecture, featuring a 5.6 GHz base clock, 6.2 GHz turbo, and a sustained all-core max near 5.9 GHz. It’s backed by 140MB of high-speed Z-ZP-Cache and a finely binned silicon process that ensures thermal and voltage efficiency under extreme conditions. The E100 draws up to 310W of power with a TDP of 240W, necessitating a high-end 360mm AIO or custom cooling solution. Throttling begins at 98°C. At $750, it’s the definitive choice for elite gamers, streamers, engineers, and system builders seeking next-level responsiveness and compute power.

C100:

Starting at 1,150$ USD.

Hydron C100 is a 36-core, 64-thread commercial-class processor designed for extreme workloads on the AM5 platform using the Achilles Max architecture. It runs at an ultra-high base clock of 6.2 GHz and boosts up to 6.65 GHz on single-core tasks, with sustained all-core turbo around 6.3 GHz under high-end cooling. It features 256MB of Z-ZP-Cache, built for low-latency data processing, multitasking, AI acceleration, and intensive rendering applications. With a TDP of 260W and a peak power draw of over 325W, the C100 is engineered for custom liquid cooling or enterprise-class thermal setups. It supports DDR5 memory, PCIe Gen 5 lanes, and ECC-ready configurations, making it ideal for studios, AI developers, simulation engineers, and extreme users. Priced at $1,150, it redefines high-end desktop performance, sitting at the edge of consumer and workstation-class hardware.

Hydron AROH:

Hydron Profesional Workspace CPUs:

Warning, each CPU needs massive cooling for Hydron Core Max Lock to work, if your system detects insufficient cooling, then this feature will be extremely insufficient, and a AIO is recommended. We have made it make as less heat as possible, it takes the sTR5 socket and SP6/5 variants forced on the 2000 types.

Official Specifications:

The Hydron AROH 1500 is a powerful entry into the professional workstation CPU space, delivering 32 cores and 64 threads optimized for sustained full-core workloads. With each core operating at a guaranteed 3.2 GHz base and up to 4.6 GHz turbo on every core, this chip redefines baseline workstation performance. It features 90KB of L1 cache per core, 64MB of L2 cache, and a massive 365MB of unified L3 cache, providing excellent responsiveness across content creation, software compilation, and simulation workflows.

The AROH 1550 is a another powerful entry into the HPW territory, rocking 36 cores, 68 threads,  and has support for Hydron’s MaxCore Lock™ feature, it operated at a 3.2 GHz base, and 4.6 GHz turbo on every one using Core Lock, with 90KB per core of L1 cache, 65MB of L2 cache, and 366MB of L3 cache, providing a upgraded performance uplift.

AROH 1600 is equipped with 48 cores and 72 threads, the HPW: 1600 is purpose-built for demanding creators, virtual machines, and parallel compute loads. All cores run at a consistent 3.0 GHz base and up to 4.4 GHz turbo under Hydron’s MaxCore Lock™ system. The chip is outfitted with 90KB of L1 cache per core, a 64MB L2 cache pool, and 372MB of high-speed L3 cache, ensuring top-tier throughput and low-latency execution for multi-threaded software and development stacks.

The AROH 1650 is a high performance version of the standard AROH 1600, it has 56 cores and 92 threads, All cores run at a 3.0 GHz base and up to 4.45 GHz turbo under Hydron’s MaxCore Lock™ system, it has 95KB per core of L1 cache, 66MB of L2, and 374MB of higher-speed L3 cache. This preforms up to 18% better than the standard 1600, and just bit more expensive, but larger cooling recommended.

AROH 1700 is designed for professionals scaling into high-core rendering or AI environments, the HPW: 1700 sports 64 cores and 96 threads. Every core performs at 2.8 GHz base and up to 4.2 GHz boost frequencies — simultaneously, thanks to full turbo activation. With 95KB of L1 cache per core, 72MB of total L2 cache, and 384MB of high-bandwidth L3 cache, this CPU delivers excellent performance per watt for hybrid workloads across multiple industries.

The AROH 1740T brings enhanced threading performance with 64 cores and an expanded 128 threads, ideal for heavy multitasking, dense VMs, and render farms. It operates at 2.6 GHz base and up to 4.1 GHz turbo on every core, optimized by Hydron’s CoreMesh AI controller. Caches include 95KB L1 per core, 78MB L2, and a balanced 388MB L3, making it a formidable engine for pros pushing workloads around the clock.

The AROH 1750 is a enhanced version of the HPW: 1700, featuring 82 cores, 144 threads, and 2.7GHz base and 4.2GHz turbo activation on every core, with the help of Hydron’s MaxCore Lock™, with 98KB per core, 80MB L2 cache, and a hefty 395MB of L3 cache, bring superior performance in the 1700 variants.

The AROH 1800 is pushing into ultra-high-performance territory, the AROH 1800 features a whopping 96 cores and 156 threads — all clocked at 2.4 GHz base and up to 3.9 GHz boost, sustained across the entire die. Each core carries 100KB of L1 cache, supported by 82MB L2 and a massive 408MB of L3 cache. Built for deep AI inference, high-resolution rendering, and real-time physics simulations, the 1800 is a server-grade beast for desktop-class platforms with advanced liquid cooling.

The AROH 1850 is a top-end performance version of the standard AROH 1800,  featuring 108 cores, 192 threads, all clocked at 2.3 GHz base and up to 3.9 GHz turbo, it has 100KB per core of L1 cache, 84MB of L2 cache, and a staggering 410MB of L3 cache, built for more advanced servers or workstations which need extra power. Requiring a large cooling AIO or heavy air cooling, this CPU produces a lot of heat and is made for the top-end consumers.

The AROH 1900 delivers unprecedented parallel processing with 128 cores and 256 threads, each locked at 2.2 GHz base and up to 3.7 GHz turbo frequencies — active on all cores. It incorporates 100KB of L1 cache per core, 86MB of L2 cache, and an expansive 412MB L3 cache, pushing limits for enterprise-grade compute power, scientific workloads, and local high-performance compute clusters.

The AROH 1950 is a elite performance variant of the standard 1900, featuring 156 cores, and 312 threads, clocked at 2.1 GHz base and up to 3.6 GHz turbo, with Hydron’s MaxCore Lock™ support, it can hit this on every core, sustaining max performance. during heavy loads. It has 100KB of L1 cache per core, and 88MB of of L2 cache, and 448MB of L3 cache.

The AROH 1980 is the last stand before hitting 2000 performance territory,  rocking 182 cores, and 356 threads, each clocked at 2.1 GHz base and up to 3.5 GHz on every core, it supports Hydron’s MaxCore Lock™ and is made for heavy consumers, in the Ultra-Top-End class, recommended to put a heavy server class cooling station and more, as this thing runs hot! It has 105KB of L1 cache per core,  and 115MB of L2 cache, and 512MB of L3 cache.

The AROH 2000 is the first tier of the 2000 tier of CPUs, featuring 256 cores, and 478 threads, with each clocked at 1.9 GHz base, and turbo up to 3.3 GHz on every single core using Hydron’s MaxCore Lock™, with 110KB per core, 132MB of L2 cache, and 556MB of L3 cache, each with hot power, powerful cooling solution recommended to hit top performance, this thing is a beast and will always be.

The AROH Pro 2000 is the apex of Hydron’s CPU engineering: 272 cores and 536 threads, each running at 1.9 GHz base and turbo boosting up to 3.2 GHz on every single core. It boasts 115KB of L1 cache per core, a monstrous 156MB of L2 cache, and an unmatched 812MB of L3 cache — all integrated into a chip requiring server-class power and cooling infrastructure. Built for AI supercomputing, real-time 3D film pipelines, and national-scale simulations, the Pro: 2000 is for those who demand nothing less than absolute dominance.

The AROH Pro 2050 is the absolute king of any server CPU, featuring 296 cores, and 612 threads, each running at 1.7 GHz base and turbo boasting up to 3.1 GHz on all the cores using Hydron’s MaxCore Lock™, engineered and built for anything, mastering blender alone with no GPU even, and destroying anything in is path, this is the final say, with 120KB per core, and a violation of 224MB of L2 cache, and a unseen 956MB of L3 cache, running hot to another level. 

Hydron Zylon

Starting at 30$ USD

Hydron Zylon Z50
The Hydron Zylon Z50 is the most affordable entry into Hydron’s CPU lineup, designed as a direct alternative to Celeron and Athlon-class processors. Featuring 4 cores and 4 threads, the Z50 offers a base performance ceiling of 3.5 GHz, with turbo boosts reaching up to 3.7 GHz. It is built on the Achilles Max architecture and supports both AM4 and AM5 sockets, providing broad compatibility across platforms. With 6MB of Hyper Cache and a low 12W TDP, the Z50 delivers efficient performance for basic desktop tasks, lightweight systems, and cost-sensitive builds. Starting at just $30, it’s an accessible CPU for entry-level computing.

Hydron Zylon Z100
The Hydron Zylon Z100 steps up from the Z50 with 4 cores and 6 threads, offering enhanced multitasking performance while maintaining energy efficiency. It runs at 3.6 GHz on all cores, with a maximum turbo frequency of 3.8 GHz. Based on the Achilles Max architecture, it features 8MB of Hyper Cache and maintains a modest 14W TDP. With support for both AM4 and AM5 sockets, the Z100 ensures flexibility for users upgrading older systems or building new entry platforms. Starting at $45, it balances value and performance, making it ideal for budget-conscious users who still want smoother day-to-day performance.

Hydron Zylon Z150
The Hydron Zylon Z150 refines the entry-level offering by introducing full SMT efficiency, with 4 cores and 8 threads. Operating at 3.8 GHz sustained and up to 4.0 GHz turbo, it brings noticeable improvements in responsiveness for multi-tasking, light productivity, and casual workloads. With 10MB of Hyper Cache and a 15W TDP, the Z150 retains power efficiency while delivering higher sustained performance than its Zylon siblings. Fully compatible with AM4 and AM5 sockets, the Z150 offers upgrade versatility at an accessible price of $60, positioning itself as the go-to entry processor for those who need smart, efficient computing on a budget.

Hydron Zylon Z180
The Hydron Zylon Z180 is the flagship of the Zylon entry-class, offering a 6-core, 10-thread configuration that pushes entry-level CPUs into a new performance tier. With a 4.0 GHz all-core clock and turbo speeds up to 4.4 GHz, it handles heavier multitasking and light creative workloads with ease. Equipped with 16MB of Hyper Cache and built on the Achilles Max architecture, the Z180 balances power with efficiency at just 18W TDP. Supporting both AM4 and AM5 sockets, it provides a smooth upgrade path for budget users seeking extended platform longevity. Starting at $80, the Z180 is the premium choice within Zylon, delivering robust value without stepping into mainstream-class pricing.

DXR2-D Memory:

Introducing DXR2-D & DXR2-DU Memory

DXR2-D and DXR2-DU represent the next evolution of Hydron desktop memory, delivering significantly higher speeds alongside major gains in thermal efficiency, system stability, and crash prevention. DXR2-D operates at a base frequency of 8100 MHz, while DXR2-DU (Desktop-Upscale) pushes performance further to 8800 MHz, pairing the speed increase with enhanced thermal handling and reinforced stability tuning for sustained high-load operation.

The DXR2-D kit starts at $300 for a 16 × 2 configuration, while DXR2-DU is available starting at $380, targeting high-end workstations and enthusiasts who demand maximum performance without sacrificing reliability.

Alongside the new lineup, DXR1-FE is also launching as an entry-level option, starting at $200 for a 16 × 1 configuration, offering proven DXR stability in a more accessible form factor.

RGB variants are not offered directly by Hydron. Custom RGB implementations will be available through select partners, including Corsair and Gigabyte, who will produce their own DXR-certified designs.

DXR2-D:

Starting at 300$ USD.

DXR2-D is Hydron’s new baseline desktop memory tier, engineered for high-frequency performance without compromising long-term reliability. Operating at 8100 MHz, DXR2-D introduces improved thermal efficiency, enhanced crash prevention, and refined stability controls compared to previous DXR generations. It is designed for demanding desktop workloads and high-performance systems that require consistent, sustained speed rather than short burst performance. DXR2-D starts at $300 in a 16 × 2 configuration, positioning it as a high-end yet balanced solution for enthusiasts and professional users alike.

DXR2-DU

Starting at 380$ USD

The DXR2-DU is a upscaled special variant of the standard DXR2-D, including 8800 MHz speeds, 700Mhz higher, while having more stability and a bigger RAM package, at the cost of a higher price. With lower TDP and better thermals and design, it offers the best crash protection and prevention.  Starting at 16x2 (32GB) configuration, and can be accelerated greatly, at a steep price however, but it is all worth it.

DXR2-FE

Starting at 200$ USD.

DXR2-FE is engineered for users who prioritize absolute stability, efficiency, and longevity over raw frequency. Operating at a tuned 7100 MHz, DXR2-FE focuses on reduced signal stress, lower operating temperatures, and highly consistent performance under sustained workloads. By using smaller, lower-density memory packages, it minimizes electrical noise and thermal concentration, resulting in fewer errors, improved system reliability, and smoother long-term operation—especially in compact desktops and professional environments.

Rather than chasing peak clocks, DXR2-FE is optimized for real-world stability, making it ideal for workstations, always-on systems, and users who value dependable performance without aggressive tuning. It delivers the refined DXR2 architecture in its most conservative and reliable form.

QeAmp GX Series:

The Hydron QeAmp GX Series marks a new chapter in GPU technology, delivering cutting-edge graphics power across every performance tier. Built on the new Xacta architecture and powered by XENA rendering cores—each equivalent to 1.74 CUDA cores—the GX series sets a new standard for efficiency, raw power, and future-ready graphics performance.

The GX family also comes in Discrete Editions (DE), offering clean Hydron-designed models close to MSRP for enthusiasts, while partnered brands like ROG, MSI, Gigabyte, Sapphire, PNY, and ZOTAC deliver their own custom-cooled and OC versions.

With groundbreaking efficiency, scalable performance, and next-generation AI rendering, the QeAmp GX Series is Hydron’s most ambitious GPU launch to date—bringing desktop-class innovation and power directly to gamers and creators worldwide.

GX Series Models:

Cheapest options starting at 300$ USD.

Photo of  QeAmp GX 1050.

GX 1050

The GX 1050 is Hydron’s entry into the GX family, designed for 1080p gaming excellence. Equipped with 3,516 XENA cores on the Xacta 07 architecture, 12GB of GDDR7, and a modest 180W TDP, it delivers smooth, efficient performance in a compact form. Perfect for gamers who want reliable power without excess, the GX 1050 balances affordability and capability.

GX 1050X 

The GX 1050X is a upgraded, faster and more strong variant of the GX 1050, offering 4,508 XENA cores, with 14GB of faster GDDR7 memory, and a 220W TDP, with a faster and better GPU, the Xacta 06 which brings better and faster performance than the Xacta 07 chip. This is tailored for main entry 1440p and 120Hz+ 1080p gaming at high settings.

GX 1060

Stepping up the range, the GX 1060 brings 5,428 XENA cores and 16GB of GDDR7 memory. Running on the Xacta 05 GPU, this card is tailored for 1440p gaming, offering the perfect blend of speed, efficiency, and headroom for more demanding titles. With a 280W TDP, it’s the sweet spot for enthusiasts who want more without overspending.

GX 1070

The GX 1070 represents a leap into high-performance territory. Powered by 7,508 XENA cores on Xacta 04, backed with 20GB of GDDR7, and a 350W TDP, it’s engineered for flawless 1440p and a strong entry into 4K gaming. With support for HyRender 1.2, visuals are sharper and smoother than ever, making the GX 1070 a true performance workhorse.

GX 1080

For those who demand uncompromising power, the GX 1080 pushes the limits of true 4K gaming. Featuring 10,212 XENA cores, 24GB of GDDR7, and a robust 425W TDP, this card runs the most demanding titles at their highest settings. Its Xacta 03 architecture ensures long-term performance scalability, while HyRender 1.2 provides advanced AI-driven enhancements for maximum immersion.

GX 1090

The GX 1090 takes the GX series into professional territory. With an astonishing 16,928 XENA cores and 32GB of GDDR7 memory, it offers unmatched performance for both advanced 4K gaming and heavy rendering workloads. A 510W TDP gives it the raw power needed for demanding use cases, while its Xacta 02 GPU architecture ensures efficiency alongside brute force.

GX 1100

At the pinnacle stands the GX 1100, Hydron’s flagship workload powerhouse. Armed with 19,384 XENA cores on the Xacta 01 GPU and a massive 68GB of GDDR7, this card redefines what’s possible for high-end graphics and compute tasks. With a 600W TDP, it’s designed not just for gaming, but for creators, professionals, and researchers who need nothing less than absolute maximum performance.

QeAmp EXO Series:

The EXO series are made for high levels of server computing, with power efficient while still staying powerful beasts, cheapest options at 250$, a server rack which can hold 20 entry GPUs for 100$, one that can hold 16 medium end GPUs for 125$, or a server rack that can hold 12 high end GPUs for 150$, both are same size and can be attached to each other, the GPUs both run on the XENA platform.

This series runs again off the GX series architecture, the Xacta + architecture, made for servers and low heat while still remaining powerful devices and hardware. Every XENA Core = 1.69 CUDA core based off performance testing (Due to different power target levels, it is moderately weakened.)

These GPUs only come in Discrete versions, versions given from other companies or partners most likely only have better cooling or made by them, since sometimes we give the materials and they manufacture the GPU, there are currently 8 models, the EXO 1000, EXO 1200, EXO 1400, EXO 1500, EX0 1600, EXO 1800, EXO 2000, and EXO X1. HydronLink works seamlessly with any type of GPU (as long as its EXO) you can buy different length cables at our partners. Buying in bulk of this product of anything, which means buying a whole rack or more, will gain you a 25% discount on your purchase always.

EXO Series Models:

Cheapest Options Starting at 250$ USD.

Photo of a EXO 1400.

EXO 1000:

The Hydron QeAmp EXO 1000 is an efficient entry-level server accelerator designed for scalable computing environments. Featuring 2,412 XENA cores and 8GB of ECC-protected GDDR7 memory, it delivers reliable performance for lightweight AI inference, distributed workloads, and edge servers. With a modest 110W TDP and support for PCIe 5.0, the EXO 1000 prioritizes efficiency and density in large deployments. Through HydronLink V1, multiple units can operate together seamlessly, allowing organizations to scale compute power simply by adding more GPUs. At $250 per unit, it provides a highly accessible building block for large-scale GPU clusters.

EXO 1200:

The Hydron QeAmp EXO 1200 expands on the entry-tier platform by delivering increased compute capability in a compact server-friendly design. Equipped with 3,012 XENA cores and 12GB of ECC GDDR7 memory, it offers greater performance while maintaining strong efficiency with a 150W TDP. Its low-profile format makes it particularly suitable for dense rack installations and compact server systems. Like all EXO models, it supports HydronLink, enabling seamless multi-GPU scaling—even across different EXO models—making it ideal for modular datacenter environments. Priced at $400, the EXO 1200 is optimized for scalable server deployments that require both performance and flexibility.

EXO 1400:

Positioned as a powerful mid-range server accelerator, the Hydron QeAmp EXO 1400 introduces high-bandwidth memory to the lineup. It features 3,856 XENA cores paired with 12GB of ECC HBM3e, delivering significantly higher memory bandwidth for demanding compute tasks such as AI inference, data analytics, and scientific workloads. Operating at a 195W TDP, the EXO 1400 balances performance with efficiency in medium-scale server clusters. With HydronLink connectivity, it can integrate seamlessly with other EXO GPUs, enabling powerful distributed systems. At $600, the EXO 1400 provides a major step forward in compute and memory performance for growing datacenter workloads.

EXO 1500:

The Hydron QeAmp EXO 1500 pushes the midrange tier further with enhanced compute density and next-generation memory. Featuring 4,532 XENA cores and 16GB of ECC HBM4, it delivers exceptional bandwidth and performance for virtualization servers, AI workloads, and simulation environments. Despite its powerful capabilities, it maintains strong efficiency with a 250W TDP, allowing large clusters to operate reliably and quietly. Through HydronLink, multiple EXO GPUs can work together as a unified compute system, scaling performance across racks or entire datacenters. With a price of $850, the EXO 1500 offers a compelling balance of cost, memory bandwidth, and compute power.

EXO 1600:

The Hydron QeAmp EXO 1600 marks the entry point into high-performance server acceleration within the EXO lineup. Equipped with 5,832 XENA cores and 24GB of ECC HBM4 memory, it is designed to handle demanding workloads such as large-scale AI inference, high-performance computing, and enterprise cloud services. A wide memory bus ensures high bandwidth, while a 350W TDP allows it to deliver strong performance in professional datacenter environments. With HydronLink support, the EXO 1600 can scale seamlessly across multi-GPU clusters, enabling massive parallel computing systems. At $1,200, it offers powerful performance for organizations building advanced compute infrastructure.

EXO 1800:

The Hydron QeAmp EXO 1800 is a high-end datacenter accelerator engineered for heavy enterprise and research workloads. Featuring 6,982 XENA cores and 32GB of ECC HBM4 memory, it delivers substantial compute throughput and memory bandwidth for AI training, scientific simulations, and complex data processing. With a 450W TDP, the EXO 1800 is optimized for powerful server environments capable of sustained high-performance operation. Integrated HydronLink technology allows multiple units to function as a unified computing system, enabling large-scale GPU clusters capable of tackling demanding workloads. At $2,500, the EXO 1800 provides serious computational capability for modern datacenters.

EXO 2000:

The Hydron QeAmp EXO 2000 is a flagship-class accelerator built for intensive datacenter workloads and large GPU clusters. It features 9,212 XENA cores paired with 48GB of ECC HBM4 memory, delivering massive compute capability and extremely high memory bandwidth. Designed to power advanced AI training systems, scientific research clusters, and hyperscale cloud infrastructure, the EXO 2000 operates at a 600W TDP while maintaining stable performance under sustained loads. With full HydronLink support, organizations can scale performance dramatically by combining multiple GPUs into powerful compute arrays. Priced at $8,500, the EXO 2000 stands as one of the most capable accelerators in the EXO lineup.

EXO X1:

The Hydron QeAmp EXO X1 represents the pinnacle of the EXO architecture and is built for the most extreme computational environments. Featuring 23,326 XENA cores and a massive 160GB of ECC HBM4 memory, it delivers extraordinary compute density and memory bandwidth for frontier-scale AI training, scientific simulation, and national-level supercomputing workloads. Operating at an 850W TDP, the EXO X1 is designed for advanced datacenter cooling solutions and high-power compute nodes. Through HydronLink, multiple X1 accelerators can operate together to form immense GPU clusters capable of tackling the world’s most demanding computational problems. At $40,000 per unit, the EXO X1 stands as the ultimate expression of Hydron’s server GPU technology.