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The modular infrastructure built for the era of AI, HPC and extreme density.

Extreme density architecture

Direct-to-chip liquid cooling compatible Hybrid cooling architecture

/ Density has increased, thermal demands have changed, infrastructure must evolve accordingly.

Environments operating between 30 and 140 kW per rack are now becoming standard, a range where air cooling reaches its physical limit. This creates a new reality for organizations that need to scale AI workloads.

OmniAI was built precisely for this turning point.

OmniAI was built to operate workloads where high density is no longer the exception, but the standard.

Edgefy modular engineering

Hybrid architecture

High-efficiency cooling circuits (air + liquid)

Certified PE 426 physical protection

All delivered in a pre-tested, pre-integrated module, ready to support AI and HPC workloads in mission-critical environments.

IT Shielding

OmniAI uses certified PE 426 IT Shielding, ensuring full protection against physical and environmental risks:

/ fire

/ firefighting water

/ humidity

/ smoke

/ dust

/ EMC

/ intrusion

/ corrosion

Tested engineering.
Proven reliability.

This proprietary Edgefy certification ensures maximum physical resilience — a critical requirement for high-density environments.

faixa_omniai_3

The modular infrastructure built for the era of AI, HPC and extreme density.

/ Density has increased, thermal demands have changed, infrastructure must evolve accordingly.

Environments operating between 30 and 140 kW per rack are now becoming standard, a range where air cooling reaches its physical limit. This creates a new reality for organizations that need to scale AI workloads.

OmniAI was built precisely for this turning point.

AI demands density. Density demands efficiency. Efficiency demands liquid cooling.

OmniAI was built for workloads where high density is no longer the exception, but the operational standard.

  • Edgefy modular engineering

  • Hybrid architecture

  • High-efficiency cooling circuits (air + liquid)

  • Certified PE 426 physical protection

All delivered in a pre-tested, pre-integrated module, ready to support AI and HPC workloads in mission-critical environments.

IT Shielding

OmniAI uses certified PE 426 IT Shielding, ensuring full protection against physical and environmental risks, including:

/ fire
/ firefighting water
/ humidity
/ smoke

/ dust
/ EMC
/ intrusion
/ corrosion

Tested engineering.
Proven reliability.

This proprietary Edgefy certification ensures physical resilience a critical requirement for high-density environments.

This proprietary Edgefy certification ensures physical resilience a critical requirement for high-density environments.

Series DX 60

IT POWER

60kw

COOLING

Air Cooled

CREATED FOR

AI inference, distributed cloud, and mixed workloads

Series DX 100

IT POWER

100kw

COOLING

Air Cooled

CREATED FOR

AI inference, distributed cloud, and mixed workloads

Series HC 300

IT POWER

300kw

COOLING

Hybrid Cooling

CREATED FOR

AI training, LLMs, HPC, and extreme-density workloads

Series HC 1000

IT POWER

1000kw

COOLING

Hybrid Cooling

CREATED FOR

AI training, LLMs, HPC, and extreme-density workloads

THEY SHARE

Modular engineering

Continuous cooling

2N electrical architecture

PE certification

Factory acceptance testing(FAT)

Series DX 60

IT POWER

60kw

COOLING

Air Cooled

CREATED FOR

AI inference, distributed cloud, and mixed workloads

Series DX 100

IT POWER

100kw

COOLING

Air Cooled

CREATED FOR

AI inference, distributed cloud, and mixed workloads

Series HC 300

IT POWER

300kw

COOLING

Hybrid Cooling

CREATED FOR

AI training, LLMs, HPC, and extreme-density workloads

Series HC 1000

IT POWER

1000kw

COOLING

Hybrid Cooling

CREATED FOR

AI training, LLMs, HPC, and extreme-density workloads

THEY SHARE

modular engineering

continuous cooling

2N electrical architecture

PE certification

factory acceptance testing (FAT)

Thermal architecture built for AI

OmniAI’s hybrid cooling architecture combines the efficiency of liquid cooling with the flexibility of air:

Direct-to-chip liquid cooling for workloads above 30 kW per rack

High-efficiency air cooling for storage, switches and complementary workloads

Dry cooler or chiller as thermal rejection

Continuous monitoring of:

Water temperature

Hydraulic power

Heat Capture Rate (HCR)

Leak detection

Key benefits

1

supports extreme densities (100 –140 kW+ per rack)

smaller physical footprint, with quieter and more stable operation

2

3

reduces PUE to the 1,15 – 1,3 range

greater thermal predictability

4

5

more processors per rack

lower energy consumption and elimination of hotspots

6

Delivered in as little as

180 days

Explore the omniAI

Voltar ao Topo

+ 150

racks

+ 1,82

MW

III

Tier

1,4

PUE

Case SERPRO

Block building, modular, high processing capacity, scalable, efficient power infrastructure

NBR/ABNT 10636 Certification

O novo data center modular do SERPRO (Serviço Federal de Processamento de Dados) possui certificação conforme a norma NBR/ABNT 10636, atendendo aos critérios estabelecidos para garantir um ambiente protegido contra diversos riscos.

Edgefy: Data center modular SERPRO: Corredor principal

Tier III

Além de uma infraestrutura física robusta e resiliente, o Data Center possui certificação Tier III pelo Uptime Institute. Dessa forma é possível realizar manutenções concorrentes sem impactar no serviço para garantir a disponibilidade.

Edgefy: Case SERPRO: usina de geradores

PUE 1,4

O data center modular do SERPRO tem um PUE de 1,4 que é altamente eficiente, consumindo apenas 40% da energia total para operações de suporte, como climatização. Esse desempenho reflete um design otimizado e sustentável, garantindo economia e alta performance operacional.

Edgefy: Data center modular SERPRO: Tela de gestão do ar-condicionado

Planta baixa simplificada

O data center modular do SERPRO é formado por múltiplos containers e oferece uma infraestrutura completa e segmentada, garantindo eficiência e segurança. Com áreas separadas para front desk, NOC (Centro de Operações de Rede), data halls, salas elétricas, e uma usina de geradores, ele permite maior controle e gestão operacional. Essa estrutura modular também proporciona escalabilidade, permitindo que novos containers sejam integrados conforme a demanda cresce, além de oferecer alta resiliência por meio da segregação de sistemas críticos e operacionais.

Edgefy: Data center modular SERPRO: Planta baixa simplificada
Edgefy: visão em perspectiva do SERPRO, formado por data centers em containers.
Edgefy: Case SERPRO: corredor frio.
Edgefy: Data center modular SERPRO: Vista da parede do container com logo
Edgefy: Case SERPRO: Front desk
Edgefy: Data center modular SERPRO: Sala elétrica
Edgefy: Case SERPRO: Sistema de monitoramento e controle de energia
Edgefy: visão superior do SERPRO, formado por data centers em containers.
Edgefy: Data center modular SERPRO: sala elétrica

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