Minecraft Servers Colocation Dedicated About us

Unleash the Power of Ryzen Lite 7600: Your Ultimate Computing Solution

Experience the Cutting-edge Technology

Designed for those who demand the best in gaming and intensive computing tasks. With a Ryzen 5 7600 processor, 64GB DDR5 RAM, and dual 1TB SSDs, it's engineered for peak performance.

Ryzen 5 7600 Processor
64GB DDR5 RAM
1TB 980 Pro SSD
Advanced Cooling Solutions
All-Core Boost up to 5.1GHz
High-Efficiency Power Supply

Pricing

$899 or $300/mo on a 3-Month Term

Customize & Purchase

Ryzen 5 7600 CPU

Ryzen 5 7600: A 16-core powerhouse delivering up to 5.4 GHz for peak server performance.

64GB DDR5 5600MT/s RAM

64GB DDR5 5600MT/s RAM: Ultra-fast, high-capacity memory for superior computing efficiency.

1TB 980 Pro NVMe

1TB 980 Pro NVMe: High-speed storage solution for exceptional data speed and reliability.

80+ Gold 315W PSU

80+ Gold 315W PSU: Reliable and efficient power supply for stable system performance.

AsRockRack Motherboard

AsRockRack Motherboard: Durable and versatile, designed for optimal system integration.

L3

L3: Enhanced cooling for peak performance, even under intense workloads.

Upgraded Cooling System - CPU Contact

Our journey to pinpoint the optimal thermal paste for our upgraded cooling system was meticulous and data-driven. We embarked on a rigorous testing protocol that examined five of the most acclaimed thermal compounds in the industry. Over the course of 30 diverse tests, which included stress tests, real-world application simulations, and long-term stability assessments, we gauged each paste's thermal conductivity, resistance, and longevity. This exhaustive analysis allowed us to objectively evaluate the performance of each compound under various thermal loads and environmental conditions, ensuring our selection met the highest standards of thermal management.

The culmination of our research is a comprehensive study, soon to be solidified in a research paper that's currently in the editorial phase. Our findings are poised to contribute valuable insights to the broader tech community, offering a nuanced understanding of thermal paste performance in high-stress server environments. The forthcoming paper will detail our methodology, the data collected, and the scientific analysis that led us to our final decision. The anticipation for this publication is high within industry circles, as it promises to demystify the often subjective domain of thermal paste selection.

In anticipation of the research paper's release, we have taken to our blog to share preliminary insights and a behind-the-scenes look at our investigative process. The blog post narrates our quest for excellence and delves into the factors that influenced our ultimate choice of Arctic MX-4. We also discuss the synergistic relationship between the chosen thermal paste and the Dynatron L3 cooler with its high-conductivity copper plate, which together form the bedrock of our CPU's cooling interface. This level of detail not only underscores our commitment to transparency but also serves as an educational resource for our clients and the tech community at large. Stay tuned for both the detailed research paper and further informative content on our blog, which will equip our readers with the knowledge to understand the intricacies of server cooling solutions.

Speed & Reliability - NVMe SSDs

At the heart of our server’s storage system lie dual 1TB Samsung 980 Pro NVMe SSDs, renowned for their breakneck speeds and robust performance. These SSDs represent the pinnacle of PCIe 4.0 technology, achieving sequential read and write speeds up to 7,450 MB/s and 6,900 MB/s, which drastically reduce data transfer times and accelerate workload processing. Their enhanced random read and write speeds offer a significant performance uplift, ensuring that even the most I/O-intensive tasks are handled with ease.

The choice of two 1TB 980 Pros is strategic, not only doubling the capacity but also reinforcing data redundancy and access speeds. These SSDs are built to last, with endurance ratings of up to 1,200TB written and an MTBF of 1.5 million hours, ensuring that they can endure the rigors of persistent high-performance usage. The combination of their speed and reliability is foundational to our server design, allowing us to guarantee an operational environment where efficiency and data integrity go hand in hand. Their integration into our servers is a clear reflection of our commitment to delivering systems that operate at the technological forefront, ready to take on the challenges of any high-demand computing scenario with unwavering reliability.

Speed & Reliability - RAM

Crucial, underpinned by Micron's engineering expertise, stands at the forefront of RAM technology, offering modules that are synonymous with both speed and reliability. The company's attention to detail is evident in its die selection process, which starts at the wafer level, ensuring consistent performance and avoiding the 'silicon lottery' that can occur when mixing dies from different sources. This meticulous process means that each Crucial RAM module, from the Ballistix to the Ballistix MAX series, is optimized for speed and built to deliver reliable performance for gaming and overclocking applications.

Crucial's RAM has proven its mettle in the most demanding environments, setting numerous world records with overclockers who push their modules to the limits. The high-quality Micron die used in Crucial's modules is capable of scaling to high memory frequencies, supporting rigorous overclocking while maintaining stability at moderate voltages. Moreover, these modules have withstood extreme conditions without compromise, highlighting their reliability even when subjected to the stress of prolonged, high-frequency operation.

Given these unparalleled performance benchmarks and the brand's reputation for durability, it was a clear decision for us to partner with Crucial as our RAM provider. We equip our servers with Crucial RAM to ensure that they can handle the intense demands of today’s data processing and provide the extra performance that our clients require. Our commitment to using only the most reliable components underlines our promise to deliver servers that not only meet but exceed the expectations of performance and reliability in the industry.