Elvantis
Deploying High-Density AI GPU Computes and Scalable Cloud Hardware Engineered for Tropical Climate Operations and Local Enterprise Compliance.
High-efficiency, 2-socket enterprise rack deployments optimized for heavy deep-learning inference, scale-out databases, and hyperconverged nodes in Jakarta cloud zones.
Ideal for virtualization, high-density transactional databases, and localized storage arrays in Jakarta metropolitan networks.
Tailored enterprise NAS optimized for AI model checkpoint saving, raw video storage, and multi-user parallel development environments.
Supercharged 2U platform supporting high-bandwidth GPU interface structures for training and real-time inference loads.
Maximized density storage node offering space for 12 large form factor drives, perfect for big data engines and archive services.
As global demands for processing power grow, Indonesia's digital ecosystem is undergoing a massive shift. The industrial hubs of Karawang, Cikarang, and greater Jakarta are demanding modern data infrastructures to run automation, massive database clusters, and AI workloads. Elvantis Mesh Systems Ltd. provides the computing hardware required to support this digital transformation.
Established in 2016, Elvantis design and manufactures GPU cluster nodes, High-Performance Computing (HPC) engines, and next-generation V7 rack solutions. Combining over 10 years of hardware R&D experience with 7 years of global export compliance, we bring enterprise solutions directly to Southeast Asia.
Our infrastructure supports local networks, financial centers, smart city systems, and local telecom companies. We focus on low latency, power optimization, and direct compatibility with frameworks such as DeepSeek, PyTorch, and Kubernetes.
Industrial automation under the "Making Indonesia 4.0" initiative and modern banking demands require localized, resilient hardware setups. Our V7 rack servers are optimized for these requirements.
Indonesian fintech, state banks, and payment gateways operate at high volume. The V7 architecture features dual Intel Xeon Scalable or AMD EPYC configurations with PCIe Gen5 support to handle massive, concurrent transactions with low latency.
With global cloud companies building facilities in Bekasi and Tangerang, hardware efficiency is critical. V7 rack nodes maximize VM density per rack, lowering overall Power Usage Effectiveness (PUE) and operational costs.
As regional localized generative AI models expand, host systems require high GPU capacity. The G8600 V7 platforms support up to 8 GPUs in an 8U rack space, designed to run local language models within secure networks.
V7 rack servers represent a major shift in hardware design compared to legacy V5 and V6 series. These systems focus on higher computational density, better power efficiency, and wider PCIe expansion capabilities to meet modern workload requirements.
| Feature Set | Legacy V5 / V6 Specifications | V7 Advanced Enterprise Standard | Operational Impact |
|---|---|---|---|
| Memory Architecture | DDR4 (up to 2933/3200 MHz) | DDR5 (up to 4800/5600 MHz) | Up to 75% increase in memory bandwidth for in-memory databases. |
| PCIe Generation | PCIe 3.0 / PCIe 4.0 | PCIe 5.0 (Double lane bandwidth) | Low-latency interconnects for Nvidia H100/H200 and high-speed NICs. |
| Power Management | Static Power Profiles | Dynamic Power Capping Technology (DEMT) | Reduces energy consumption under varying application loads. |
| Direct Liquid Cooling | Air Cooled / Proprietary Blocks | Liquid-to-Air hybrid loop options | Enables continuous operation in ambient temperatures up to 45°C. |
Operating enterprise hardware in Southeast Asia presents a challenge: high humidity and high temperatures can strain data center cooling infrastructure. Running systems at high PUE increases operational costs.
The V7 server design resolves this issue using counter-rotating, high-pressure hot-swappable cooling fans, segmented internal air ducts, and optional liquid cooling. System components monitor real-time thermal zones, modifying fan speeds dynamically to balance airflow without wasting power.
V7 servers feature 80 PLUS Titanium-certified PSUs, with efficiency levels reaching 96%. Combined with Elvantis' diagnostic software, these units balance load across power supplies, preventing sudden failures and optimizing power consumption.
Every server shipped to Indonesia undergoes a detailed, multi-stage testing procedure at our production facility. This QA process ensures hardware stability from individual components to fully integrated rack configurations.
High-resolution camera systems inspect all PCB alignments, solder connections, and capacitor placements to prevent manufacturing defects before final assembly.
Each system runs under 100% computational load in a temperature-controlled environment, ensuring components withstand extended operation.
We pre-flash custom BIOS, IPMI configurations, and operating system kernels, delivering hardware that integrates directly into your data center.
Deploying IT infrastructure in Indonesia requires navigating local regulations. Elvantis assists enterprise clients through these import, safety, and compliance processes.
Whether your project requires guidance on TKDN (Tingkat Komponen Dalam Negeri) domestic content rules, compliance with local telecommunications regulations, or coordination through localized customs agents (API-U / API-P), our export logistics department manages the documentation.
Through our network of system integrators in Jakarta, Surabaya, and Medan, we provide custom Service Level Agreements (SLAs) to support enterprise clients, including:
We ensure smooth import and deployment of hardware through structured logistics paths:
Our hardware evolution supports higher workload demands, optimizing system performance as computing needs grow.
Providing complete system builds featuring DDR5 memory and high-bandwidth PCIe Gen5 slots, maximizing system throughput for enterprise database and AI workloads.
Introducing self-contained liquid-to-air cooling options, allowing high-performance CPU and GPU configurations to run at lower temperatures without custom plumbing.
Integrating Compute Express Link (CXL) structures, allowing memory resources to be shared dynamically across multiple server chassis to improve infrastructure utilization.
Select from our production range of rack servers and GPU expansion systems. Custom adjustments to memory, storage, and networking are available.
High-capacity 8U GPU system designed for large language model training and large-scale vector processing.
High-density 25-drive bay server balanced for database services, cache layers, and localized virtualization pools.
A 2U node with 12 large storage bays, optimized for software-defined storage (SDS) and data archiving.
Pre-configured for hyperconverged architectures, featuring high-speed 10GE network controllers and 64GB system memory.
A compact 1U dual-socket chassis supporting GPU acceleration, designed for space-constrained edge locations and server rooms.
Heavy-duty 4U chassis with 8 NVMe drive slots, optimized for mission-critical databases and heavy analytical setups.
Designed for high system uptime and security, optimized for secure governmental networks and enterprise file storage.
An OEM customizable 4U computing platform, built for specialized industrial controls and local cloud nodes.
Common technical and procurement questions for Indonesian data centers and enterprise buyers.
Our V7 servers are configured with auto-ranging power supplies (90V to 264V AC, or high-voltage DC options) that match standard Indonesian industrial electrical feeds (220V/50Hz). The titanium PSUs include power factor correction (PFC) circuitry to protect components against power variations.
We coordinate with local shipping forwarders to manage the import clearance process into Indonesia. We support shipping configurations under DDP (Delivered Duty Paid) or CIF terms, managing regulatory approvals, import licenses, and customs documentation.
Yes. V7 architectures, including the G8600 V7 and 2258 V7 GPU configurations, support Nvidia Tensor Core GPUs and PCIe-based accelerators. They are fully compatible with container environments like Docker and Kubernetes, and support libraries like PyTorch and Triton to run DeepSeek, Llama, and custom AI applications.
We partner with local system integrators in key Indonesian business hubs to supply replacement parts (such as drives, memory, and fans) from local inventory. Our engineering team also provides remote diagnostics for system firmware and out-of-band management setup.
Yes. Through Elvantis' manufacturing setup, we offer custom chassis configurations, company branding, specific BIOS defaults, and customized PCIe expansion options. Contact our sales department to discuss custom configurations.