OCP Infrastructure | Remanufactured

High-performance infrastructure. Up to 70% vs. new hardware.1 Zero embodied carbon on every remanufactured component.3

RackRenew delivers hyperscale-grade OCP compute, storage, AI and custom solutions, sourced directly from the world’s largest cloud platforms and remanufactured to full enterprise spec.

OCP Solution Provider · ISO 9001

Tioga Pass server, remanufactured by RackRenew

Tioga Pass · Active Configuration

CPU Dual Xeon Gold 6138
RAM Up to 768 GB DDR4
Networking 100G SFP28
Density 48 servers / ORv2 rack
Management OpenBMC ready

Sourced from existing supply, not built to order2

Up to 70%1

Cost reduction vs. new hardware

Faster than new2

Sourced from existing supply, not built to order

0 kg3

Embodied carbon on every remanufactured component

Infrastructure Portfolio

Four product lines. One circular supply chain.

Every RackRenew product is sourced from hyperscale decommissions, remanufactured to original OEM specifications and delivered production-ready. Choose the configuration that fits your workload.

Leopard V2 compute server

Improved k8 per $

Compute

Hyperscale-grade dual-socket and single-socket servers engineered for virtualization, containerized workloads, private cloud, and HPC. Delivered with OpenBMC configured to your specifications.

  • Leopard V2, Tioga Pass, Yosemite V2 platforms
  • Up to 768 GB DDR4 ECC RAM per node
  • 10G / 25G / 100G networking options
  • VMware, Proxmox, KVM, K8s validated
Bryce Canyon storage chassis

More GB per $

Storage

High-density JBOD and JBOF solutions for data lakes, archiving, backup and AI data pipelines. Up to 11.5 PB per ORv2 rack. Available with new enterprise-grade or certified refurbished media.

  • Bryce Canyon (SAS-3) · Grand Canyon (SAS-4, Q4 2026)
  • Lightning NVMe JBOF up to 2.7 PB per rack
  • OpenBMC management framework
  • Structured, unstructured and cold storage use cases
Big Basin GPU server

More tokens per $

AI Infrastructure

GPU-ready OCP platforms for model training, inference and HPC workloads. Optimized power, cooling and density to maximise GPU utilisation while keeping cost per token competitive.

  • GPU and accelerator-ready architectures
  • NVMe-optimized for AI data pipelines
  • Up to 40% lower power vs. equivalent new platforms
  • Validated for PyTorch, CUDA, NCCL environments
Yosemite V2 chassis in an ORv2 rack

Configured to your workloads

Custom Build

Not every workload fits a standard configuration. RackRenew’s bespoke design and build service creates infrastructure tailored to your exact performance, power and integration requirements.

  • Full BOM specification and co-engineering
  • BIOS, BMC and network pre-configured to spec
  • Edge, hybrid, and legacy integration support
  • Validated with your orchestration platform of choice

Why RackRenew

Built different. Proven at hyperscale.

These are not consumer-grade refurbs. Every system was engineered by hyperscale teams to run 24/7 in the world’s most demanding data centers, and we remanufacture them to that same standard.

This first deployment in Italy is a strategic milestone for Qarnot. Made possible through our collaboration with A2A and RackRenew, it gives us the opportunity to address the Italian market’s growing needs for sovereign, energy-efficient cloud computing.

Paul Benoit, CEO and Co-founder, Qarnot

Compute / HPC reference deployment

Brescia’s data center revolution: turning waste heat into urban value

In A2A’s published account, full Phase 2 build out targets 3,500 tonnes of CO₂ avoided annually, recovered heat at 65°C serving about 1,350 apartments, and 16 GWh per year of thermal output. Phase 1, operating today, delivers roughly 800 MWh per year.

1,350

Apartments served with recovered heat (Phase 2 target, A2A)

3,500 t

CO₂ avoided per year (Phase 2 target, A2A)

16 GWh

Thermal output per year (Phase 2 target, A2A)

800 MWh

Thermal output per year, Phase 1 operating today

Solutions by workload

Not sure where to start? Browse by use case.

RackRenew products are pre-validated for the most common enterprise and cloud workloads. Find the right solution for your environment on our Solutions page.

ESG

Make your infrastructure spend part of your ESG story.

0 kg3

Embodied carbon on every remanufactured component

ISO 9001

Certified

Scope 3

Audit-ready reporting

Partners

Built with the best. Delivered through a global partner network.

RackRenew works with OCP Solution Providers, certified resellers and technology partners across EMEA, Americas and APAC. Interested in joining the ecosystem?

Qarnot
Cato Digital
ScaleUp Technologies

Qarnot · Cato Digital · ScaleUp · CircleB

Certifications

Standards you can audit

Sims Lifecycle Services production facilities: ISO 9001 · ISO 14001 · ISO 27001 · ISO 45001 · RackRenew: OCP Recognized Solution Provider since 2024 · OpenBMC · ORv2 Compliant

ISO 9001
ISO 14001
ISO 27001
ISO 45001
OCP Solution Provider

ISO certifications held by Sims Lifecycle Services at the production facilities. OCP recognition held by RackRenew.

Ready to scale your infrastructure?

Whether You’re Expanding or Building from Scratch: Let’s Build It Together.

Whether you’re expanding an existing environment or building from scratch, RackRenew delivers performance, reliability and sustainability at a price point that makes new projects viable. RackRenew’s track record shows that remanufactured infrastructure reaches customers considerably faster than comparable new equipment, since components are sourced from existing supply rather than manufactured to order.2

1  Based on RackRenew like-for-like reference comparisons of remanufactured switch, compute node, and storage node configurations against the market price of equivalent new equipment, held on file by RackRenew. Where a comparison involves a model no longer sold new, RackRenew states that in the comparison.

2  Actual lead times depend on final customer configuration, component availability and destination. RackRenew does not guarantee delivery windows on this website.

3  RackRenew assigns the embodied carbon of a component to its first owner, who incurred the manufacturing emissions at original purchase. A component that enters a second service life through remanufacture is counted at zero embodied carbon for the second owner.