Industry
Data
Centers
Ultra Edge® enables next-generation 800V DC data centre architectures – taking high voltage power directly to the GPU tray and unlocking 30% more AI compute. Transform your data centre from grid burden to grid asset, actively contributing to grid stability rather than straining infrastructure.
Data Center Applications
weeteq have developed Ultra Edge® DIVA (Dynamic current(I) & Voltage control for ASIC’s) a parallel power delivery architecture designed to reduce transient-driven voltage margin in AI compute systems. Conventional series DC-DC and voltage regulator architectures are constrained by control-loop bandwidth relative to increasingly aggressive AI load transients – forcing permanent voltage margin that directly increases power consumption. DIVA changes this by introducing a parallel ultra-fast regulation path that absorbs instantaneous load transients locally at the point of load, operating alongside a separate high-efficiency DC-DC path for average power. A single Ultra Edge® DIVA controller coordinates both paths simultaneously
800V DC Ready
Take high voltage power directly into the GPU tray. By decoupling transient response from conversion efficiency, DIVA enables a reduction in required voltage margin while maintaining equivalent performance – delivering a 10x reduction in current distribution and unlocking 30%+ GPU performance improvement. Unlike approaches that shift transient stress between sections of the power path, DIVA absorbs transients locally at the point of load, translating into meaningful system-level power reduction.
From Grid to Chip
Ultra Edge® optimises power delivery at every stage of the data center – from grid-forming power converters offering synthetic inertia, through BESS/UPS for distributed stabilisation, to the rack itself controlling HV power conversion and unlocking GPU performance improvements.
From Grid Burden to Grid Asset
Data centers are the fastest growing load on electrical grids worldwide. Ultra Edge® grid-forming power converter technology enables data centers to deliver synthetic inertia back to the grid – transforming your facility from infrastructure strain into a distributed grid resource.
Fault Protection
Ultra Edge® detects power instabilities and automatically adjusts outputs to prevent equipment damage. Circuit-level monitoring identifies stress conditions across server infrastructure, providing rapid fault detection for power electronics and battery systems. Automatic shutdown protocols protect expensive components during 800V supply fluctuations.
Where optimisation meets revolution
Disruptive Innovation Validated
Our circuit-level AI represents a fundamental breakthrough – the world’s first real-time system response correction technology that transforms how industries approach power and control optimisation – all backed by comprehensive patent protection through EPO and USPTO validation.
Market Leadership
The de facto solution for power and control system optimisation across critical global industries. Ultra Edge solves problems others accept as inevitable, establishing the new standard for performance and reliability.
Proven Technology
Prototype development completed with proven results that eliminate peak current overshoot and delivers substantial efficiency gains. Commercial validation underway with global technology leaders across automotive, industrial and grid sectors – transforming laboratory breakthrough into real-world performance improvements.
Global Impact
A global standard for power and control system optimisation in sustainable, smart technologies. Every machine matters – and our vision puts circuit-level intelligence into powering critical infrastructure worldwide, enabling the optimisation revolution that makes net zero achievable.
Changing perspectives in optimisation
Traditional optimisation waits for problems to occur, then reacts. Ultra Edge® fundamentally changes this approach—preventing inefficiencies before they happen through real-time circuit-level intelligence. We’re moving beyond reactive maintenance to proactive system response correction, transforming how industries think about power control and energy efficiency.