Bexora
Bexora
Optimized for low-latency hosting, edge computing, and real-time deep learning inference.
As New Zealand advances its digital transformation initiatives across major metro hubs in **Auckland, Wellington, and Christchurch**, corporate enterprises and public sector frameworks are facing unprecedented storage and computation pressures. The demand is no longer just for raw hardware, but for efficient, power-optimized architecture capable of executing next-generation workloads while complying with strict local environmental standards.
**V6 rack servers** represent a critical baseline in this infrastructure transition. Engineered around 3rd and 4th Gen Intel® Xeon® Scalable processors (or AMD EPYC equivalent platforms), these platforms deliver the balance of thermal dissipation efficiency and high-density memory throughput required by organizations operating within New Zealand's unique market conditions:
Bexora AI Systems bridges the gap between Asian high-capacity fabrication zones and New Zealand’s system integrators. By serving as a direct **V6 rack server exporter**, we address the long lead times that historically restricted Oceanic access to customized hardware components.
"With the recent acceleration in regional hyperscale data center construction throughout Aotearoa, local system integrators must adopt platforms that balance advanced compute requirements (like Deepseek AI inference) with rigid cooling limitations."
— Chief Technology Officer, Bexora AI Systems
Multi-socket systems designed for up to 36 drive bays in a single chassis, optimizing real estate overhead in premium Auckland hosting nodes.
Based in China, Bexora operates a world-class manufacturing facility optimized for high-performance computing infrastructure and AI GPU systems integration.
Our manufacturing operations combine robust upstream silicon sourcing with downstream localization testing. We sustain long-term collaborative networks with lead distributors, enabling us to guarantee delivery schedules on high-density servers, memory DIMMs, and PCIe Gen 4.0/5.0 storage controller cards.
Whether customizing chassis dimensions, mounting brackets for specific NZ rack profiles, or flashing localized firmware for remote management (IPMI/Redfish), our engineering team guarantees plug-and-play capability upon arrival at your Wellington or Christchurch installation site.
Every rack server shipped to Oceania undergoes a meticulous 100% full inspection regime backed by automated optical checks. Systems are placed in thermal chambers to undergo dynamic burn-in and thermal stress analysis.
We ensure compliance with global regulatory baselines including CE, FCC, and regional AS/NZS electrical compliance standards, assuring seamless integration into industrial environments.
Engineered for massive datasets, containerized clusters, and deep learning compute arrays.
Understanding processing densities and thermal capacities for scalable data center upgrades.
Operating on Gen 2 Intel Xeon Scalable processors, V5 units maintain a significant install base. Ideal for steady-state workloads, classic virtualization, and local file storage where PCIe Gen 3.0 throughput suffices.
Power Threshold: up to 205W TDP per Socket
Introduces PCIe Gen 4.0, direct integration for GPU compute pipelines, and native DDR4 3200MHz support. It is the premier platform for enterprise virtualization, regional cloud provisioning, and container nodes due to its balanced performance-to-cost ratio.
Power Threshold: up to 270W TDP per Socket
Built for modern AI operations (such as Deepseek model scaling) with PCIe Gen 5.0 systems integration, DDR5 registers, and native liquid cooling options. Tailored for specialized data science workloads and highly demanding hyperscale systems.
Power Threshold: up to 350W+ TDP per Socket
Our ISO-certified manufacturing facility operates 45 QA inspectors testing all hardware before global dispatch.
Automated Optical Inspection identifies assembly tolerances before power application.
Chamber testing challenges thermal performance in ambient temperatures up to 45°C.
Simulating high-compute workloads to test voltage levels and network continuity under load.
Flashing customized BIOS, security keys, and remote IPMI management tools for NZ data centers.
Crucial guidelines for systems engineers and hardware procurement managers in New Zealand.
Original hardware components and modular systems designed to easily integrate into existing server rooms.
