Elvantis
Elvantis
Engineered to deliver deterministic compute capabilities, these enterprise systems serve as the foundation for ultra-low latency executions and large-scale AI processing.
Elvantis Mesh Systems Ltd. (elvantismesh.com) is a high-performance computing (HPC) system integrator and specialist OEM server manufacturer. We focus on scalable infrastructure, optimized thermal dissipation topologies, and flexible, ultra-low latency compute architectures tailored for the global quantitative finance sector.
Founded in 2016, we integrate industry-leading hardware architectures (Intel Xeon, AMD EPYC, NVIDIA GPU, and FPGA SmartNICs) to deliver sub-microsecond tick-to-trade execution servers. Our hardware is built to mitigate jitter, optimize memory registers, and withstand thermal stresses under continuous operations.
Modern integration labs dedicated to system configuration, component level validation, and strict performance stress testing.
Executing multi-layered quality control protocols, including full system burn-in diagnostics and environmental chamber thermal testing.
With $12M+ annual export revenue, we deploy certified computing platforms to financial hubs across North America, Europe, the Middle East, and Asia.
180+ engineering staff constantly innovating custom bare-metal BIOS settings and advanced liquid cooling topologies.
High-Frequency Trading (HFT) demands hardware optimization far beyond the scope of traditional enterprise cloud environments. At this scale, computing latency is calculated in nanoseconds, and execution success is governed by the laws of physics and board-level design.
HFT servers must deliver stable processing cycles. Micro-jitter caused by processor power-saving states (C-states/P-states) or operating system interrupts can cause execution delays. Our OEM services include BIOS custom configurations, disabling unnecessary logic paths, locked core clocks, and optimized PCIe pathways to ensure direct hardware access with minimal latency variance.
Standard network cards introduce unacceptable overhead. Our HFT bare-metal servers feature high-speed PCIe Gen 5 expansion slots tuned for ultra-low latency FPGA cards and SmartNICs (e.g., AMD Solarflare). These allow direct user-space networking via kernel bypass protocols (EF_VI, OpenOnload), cutting network latency down to sub-microsecond levels.
Sustained processor overclocking produces high heat loads. Our hardware features custom-designed copper heat sinks, high-airflow counter-rotating fans, and option paths for direct-to-chip liquid cooling. Maintaining stable operating temperatures prevents thermal throttling, securing predictable computational performance during periods of market volatility.
Tailored server platforms built to meet the needs of specific quantitative trading strategies and infrastructure architectures.
For firms running latency-sensitive arbitrage and market-making strategies. Custom BIOS optimizations, ultra-low latency RAM sub-timings, and direct PCIe lane layouts from CPU to SmartNICs optimize execution speeds.
Optimized 1U and 2U chassis designed for the power constraints and depth limits of colocation centers like Equinix LD4, NY4, and TY3. Features include redundant power supplies and high-density, front-access cabling.
High-density GPU platforms (e.g. xFusion G5500 / G5200 V7) designed for rapid backtesting, parameter optimization, and machine learning models. High PCIe bandwidth supports multiple double-width accelerators.
How Elvantis is developing its systems to meet the demands of next-generation low-latency infrastructure.
Integrating CXL (Compute Express Link) protocols to enable shared memory spaces between CPU, FPGA, and SmartNIC. This reduces bus overhead, cutting down tick-to-trade response times.
Developing server chassis configurations optimized for synthetic fluid immersion and direct-contact cold plates. This allows stable overclocking of CPU cores up to 5.6GHz without thermal throttling.
Co-developing hardware systems with built-in FPGA acceleration modules. This architecture processes raw feed traffic directly on the NIC, bypassing the system CPU entirely for standard trading tasks.
Our production labs handle system integration, configuration, and quality assurance testing. Explore our assembly facilities, testing bays, and component-level inspection procedures below.
Running server hardware in financial hubs like New York, London, Frankfurt, and Tokyo requires strict compliance with international safety, electromagnetic compatibility (EMC), and environmental regulations. Elvantis ensures all systems meet global trade and operating requirements.
Every server is configured under strict quality control standards, including full-system diagnostic sweeps, memory address testing, and thermal load cycling. This ensures systems arrive ready for deployment in colocation and enterprise data centers.
FCC Class A, CE Mark, RoHS Compliance, UL listing options, and VCCI certificates for global deployments.
Experienced in shipping high-value computing equipment worldwide under ATA Carnets to minimize customs friction.
Tailor hardware platforms to your exact software stack requirements:
Answers to common technical and logisitical questions regarding custom HFT hardware deployment.
HFT servers require deterministic performance and minimal latency. Key features include highly overclocked processors, custom BIOS settings that disable power-saving states (disabling C-states and P-states), optimized PCIe layouts, and compatibility with ultra-low latency SmartNICs and FPGAs. These optimizations help prevent processor frequency drops and reduce memory access latency.
We work directly with customers to configure low-latency memory sub-timings, establish locked core frequencies, and configure custom firmware profiles. Our systems are built to optimize PCIe pathways for SmartNICs, reducing physical link distance to the CPU and enabling direct memory access (DMA) bypass of the OS kernel.
Yes. We offer server chassis configured with copper liquid-cooling blocks designed for high-heat TDP components. We also offer options for single-phase immersion cooling tanks, allowing high compute densities and sustained CPU overclocking in colocation centers.
Yes. As an OEM manufacturer, we pre-install, test, and validate a wide range of network interface cards, including AMD Solarflare, Napatech, and custom FPGA acceleration units. We run high-throughput testing to ensure PCIe signal integrity before shipment.
All Elvantis servers comply with major international certifications, including CE, FCC Class A, RoHS, and UL safety standards. We handle customs compliance and documentation to ensure smooth delivery to financial datacenters worldwide.
Deploy high-density hardware platforms configured for data center, AI training, and low-latency financial systems.
