Equinix Bare Metal’s Shutdown: What It Means for Devs and CTOs

The $335 Million Question That Changed Bare Metal Forever.

Equinix paid $335 million for Packet in March 2020. They built it into Metal – their answer to AWS bare metal services. Four years later, they plan to shut it down by June 2026.

This isn’t just another service ending. It’s a seismic shift that exposes the brutal reality of competing with hyperscale cloud providers.

Why did a $50 billion company give up? Simple. The numbers didn’t work. Metal made up just 1.25% of Equinix’s revenue. Competing with AWS, Google, and Microsoft wasn’t worth it.

This shift impacts thousands of developers who trusted Equinix server hardware for serious workloads. You still have time to migrate, but the clock’s ticking.

In this guide, we break down what went wrong with Equinix bare metal and provide guidance on where to go next if you still require raw, dedicated power.

Why Equinix Bought Packet

Equinix wasn’t just after more servers. It wanted control over how they were delivered.

Packet had the tech. Their platform enables developers to spin up bare-metal servers in minutes, not hours or days. That automation made Packet stand out.

Equinix saw the value. Combine Packet’s speed with Equinix’s global data centers, and you have something different.

Their plan was simple:

• Close the gap between colocation and cloud.
• Give enterprises a way to build hybrid and multicloud setups.
• Offer raw hardware with the flexibility of cloud provisioning.
  

In early 2020, Equinix bought Packet for $335 million. Zachary Smith, Packet’s CEO, stayed on to lead the new bare metal push.

They rebranded the platform as Equinix Metal. It ran under the name “Packet, an Equinix company” while new enterprise features were built.

What Equinix Metal Actually Delivered

Technical Architecture Deep Dive

• API-first automation platform: Equinix Metal was built for developers. You could provision servers, set up networking, and manage storage using simple API calls. It felt like the cloud, but gave you real hardware.
• Hardware specifications: Most instances ran on Intel Xeon or AMD EPYC CPUs. NVMe SSDs came standard. RAM scaled from 32GB up to 1 TB. GPU options included NVIDIA Tesla and Quadro cards, ideal for compute-intensive jobs.
• Network fabric integration capabilities: You could connect Metal servers directly to other clouds using Equinix Fabric. No internet hops. Just fast, private links to AWS, Azure, Google Cloud, and more.
• Global footprint analysis: Equinix Metal is live in over 20 metros across North America, Europe, and the Asia-Pacific region. Sites like New York, London, Tokyo, and Sydney were key hubs. Each location was connected to Equinix’s 260+ global data centers.

Unique Value Propositions

• Sub-10 minute bare metal provisioning: You could spin up a dedicated server in less than 10 minutes. No tickets. No waiting. Just fast hardware ready to go.
• Direct Equinix Fabric connectivity: This was Metal’s strongest feature. You can connect to over 3,000 cloud and SaaS services through private links. That meant better security, lower latency, and less noise.
• Hybrid cloud positioning: Metal made it easy to mix on-premises and cloud solutions. Run your databases on bare metal. Push your analytics to the cloud. Keep it all connected through Fabric.
• Developer-friendly APIs and tooling: Everything worked the way DevOps teams expect, clean APIs, a solid CLI, Terraform support, and good docs. You didn’t have to fight the platform to get things done.

Real-World Performance Metrics

• Deployment speed benchmarks: Most servers were live in 7–8 minutes. More complex setups, such as custom networking, took around 15–20 minutes. That’s 90% faster than traditional hosting.
• Network latency measurements: With direct Fabric links, latency remained under 5 ms to major clouds within the same metro. Internet-based setups typically achieve 15–30ms latency, depending on your provider.
• Pricing analysis vs. competitors: Metal’s c3.small.An x86 instance costs $0.40 per hour, or $292 per month. AWS charged $ 0.56/hour for similar specifications. That 30% difference mattered to teams watching their cloud bills.

(The price mentioned above is current. Specific current prices are often not published directly and may vary by location or contract.)

Customer use case examples:

• SaaS teams ran stable, high I/O databases.
• Game studios deployed low-latency servers worldwide.
• AI startups trained models on GPU instances before scaling up to inference.

The Warning Signs: Why Industry Experts Saw This Coming

Market Position Confusion

Equinix Metal never nailed its identity. Was it a cloud service? A hosting platform? The message kept shifting.

Equinix called it “cloud-adjacent,” but customers didn’t buy it. Most wanted either full cloud flexibility or simple colocation, not something in between.

Sales teams struggled to justify bare metal. Cloud instances were easier to scale and almost as fast. Metal made sense for a few use cases, but it never gained widespread adoption.

Technical Limitations

Metal couldn’t match AWS or Google Cloud in terms of hardware choice. While hyperscalers offered hundreds of instance types, Metal limited itself to 10–15 configurations. Custom setups took weeks to deliver.

Global reach was limited. Equinix skipped key markets like India, Brazil, and Africa. That made scaling worldwide harder for customers.

The API was solid for provisioning, but missing key features. No built-in autoscaling. No managed load balancers. For anything advanced, you had to build it yourself or use outside tools.

Financial Red Flags

Equinix Metal generated less than 2% of total revenue, despite years of investment. The numbers didn’t work.

Customer acquisition stayed expensive. Long sales cycles. Low margins. Most deals took between 6 and 12 months to close.

Meanwhile, AWS and others bundled bare metal into broader cloud contracts. They could afford to undercut Metal on price, Equinix couldn’t keep up.

The Official Autopsy: Why Equinix Pulled the Plug

Financial Results

Equinix Metal contributed little to overall revenue. It made up only 1.25% of the company’s total income. The low financial return did not support ongoing investment. Equinix chose to phase out the service by June 30, 2026.

Strategic Challenges

Equinix specializes in colocation and global interconnection. Bare metal services require different systems, like automated provisioning. This did not align with Equinix’s core business.

Equinix’s customers often want managed services. Bare metal users preferred self-managed platforms. These differing preferences caused difficulties.

The sales process for bare metal and colocation was complex. Combining short-term bare metal contracts with long-term colocation deals created confusion for sales teams.

Equinix and Packet, acquired by Metal, had different focuses. Packet targeted developers with flexible solutions, while Equinix served enterprises with strict requirements. This mismatch hindered integration.

Market Conditions

Major cloud providers offered strong alternatives. Platforms like AWS Outposts and Google Anthos provide hybrid cloud options with better integration. Equinix Metal faced challenges competing with these services.

Competitors in the bare-metal market offered lower prices. For instance, Vultr offered plans starting at $120/month. Providers like OVH and Hetzner also had cost-effective solutions. Equinix Metal’s pricing was less attractive.

Business needs have changed over time. Companies moved toward cloud-based or serverless technologies. Bare metal was primarily required for specialized tasks such as AI or gaming.

Economic pressures impacted decisions. Higher costs pushed businesses to seek affordable options. Equinix Metal struggled to remain competitive.

The Market Gap: What Equinix Metal’s Exit Means for Infrastructure Teams

Current Bare Metal Landscape Analysis

• Market Growth Is Still Strong
  The global bare metal cloud market is on track to reach $19.1 billion by 2028, up from $8.5 billion in 2023. AI training, edge deployments, and regulatory requirements are fueling this 17.4% annual growth.
• Hyperscalers still dominate the core
  AWS offers tightly integrated bare metal with access to over 200 services. Azure’s Dedicated Hosts and Google’s Sole-Tenant Nodes address compliance-heavy use cases but keep you locked into their ecosystems.
• Specialized players are gaining traction
  OVHcloud runs 30+ global sites with flat-rate pricing. Hetzner owns the European value market. Vultr focuses on high-performance instances for gaming and media delivery.
• Traditional hosts are evolving
  DigitalOcean’s bare metal complements its droplets. Linode (under Akamai) offers affordable dedicated instances. These services appeal to small businesses that need more performance without the complexity of hyperscalers.
• Regional providers fill local compliance gaps
  In-country providers, such as Alibaba Cloud in China and smaller Asia-Pacific players, now deliver Packet-style automation with local regulatory alignment.
  

The “Equinix Gap”: What’s Actually Missing

• A global footprint with cloud-like flexibility
  No one offers Equinix’s 260+ data centers with real bare metal automation. Hyperscalers have the scale, but not the local presence in secondary markets. Regional players don’t have global consistency.
• High availability meets fast provisioning
  Metal gave you 99.99% uptime SLAs with single-digit minute deployment. Most platforms pick one: enterprise-grade uptime or cloud-like speed, not both.
• Premium networking without the premium price
  Metal’s direct Equinix Fabric access enabled low-latency private links to clouds and partners. Competing services either charge extra for this, or don’t offer it at all.
• Automation minus lock-in
  Metal’s open APIs worked across orchestration tools. Hyperscalers tie you into proprietary workflows. Smaller providers often lack advanced DevOps tooling or full Terraform support.
  

Migration Challenges for Current Metal Users

• The clock is ticking
  You’ve got until June 2026, but migrations take longer than expected. Procurement cycles, audits, and internal planning could burn half that timeline before you even move the first workload.
• Tech debt becomes real fast
  Moving workloads means adjusting automation scripts, reworking network configs, and planning data transfers. Without Equinix Fabric, multi-cloud topologies may need a full redesign.
• Compliance isn’t copy-paste
  Certifications like SOC 2, HIPAA, and PCI don’t transfer. New platforms require fresh audits, documentation updates, and security validation, especially in regulated industries.
• Budget hits aren’t just infra costs
  Beyond hardware pricing, expect 15–25% of your annual infra budget to go toward the migration. That includes engineering hours, third-party tools, downtime risk, and retraining.

Enter RedSwitches: The Dark Horse That’s Redefining Bare Metal

Company Deep Dive: Over a Decade of Infrastructure Focus

• How It All Started
  Launched in 2011, RedSwitches started as a hosting provider designed for high-bandwidth needs, ideal for applications such as streaming, gaming, VPNs, HFT, Blockchain and Web3 Infra. As the cloud began to reach its limits, the company doubled down on bare metal to provide customers with raw performance, free from the abstraction overhead.
• Built by Infrastructure Veterans
  Our team has been deep in the hosting space for years. With hands-on experience from both provider and customer angles, we’ve shaped the platform to solve real-world infra pain points, especially around scale, latency, and reliability.
• Why They Chose Bare Metal
  Instead of chasing cloud services, RedSwitches refined its focus on high-performance bare metal. We’ve built an automation-ready infrastructure that’s purpose-built for AI, fintech, and SaaS workloads, designed for scale without trade-offs.
• Privately Held, Financially Independent
  Headquartered in Singapore and privately owned, RedSwitches isn’t beholden to VC timelines or quarterly growth pressure. That means steady long-term investments in infrastructure, not abrupt pivots or service cutbacks.
  

Technical Architecture: How RedSwitches Delivers

• Hardware Stack That Powers Real Workloads
  • Processors: Choose from AMD EPYC (including GENOA), Ryzen, or Intel Xeon Scalable CPUs. Options include dual-socket systems with up to 128 cores, ideal for compute-intensive applications, such as AI training or transactional databases.
  • Storage: All setups ship with NVMe SSDs for ultra-fast IOPS and low latency. For archival or capacity-intensive needs, enterprise HDDs complement hybrid storage configurations.
  • Memory: Systems scale from 32GB to 2TB of RAM, with DDR4/DDR5 and ECC memory as the standard.
  • Networking: Starts at 1 Gbps with unmetered bandwidth, and options are available up to 10 Gbps, 25 Gbps, and 40 Gbps+. Redundant NICs are available for HA and performance tuning.
• Global Infrastructure and Network Design
  • Data Center Reach: Operating in 20+ global metros across North America, Europe, and Asia-Pacific. All DCs are tier-1 facilities with dual power feeds.
  • Network Fabric: RedSwitches peers with premium providers to ensure consistent, low-latency routes. The backbone is optimized for bandwidth-heavy use cases.
  • Redundancy: Multiple upstream connections, diverse routing, and redundant hardware components ensure reliability across geographies.
  • Latency Metrics: Deployments in Tokyo, London, and Frankfurt offer sub-5ms latency to surrounding hubs, ideal for latency-sensitive workloads.
    

Automation Platform Analysis

• Full API Control for DevOps Teams
  • APIs & Docs: REST-based APIs manage provisioning, power control, networking, and monitoring. Rich docs include examples for Python, Go, and shell scripts.
  • Provisioning Speeds: Most servers are ready within 10 minutes of confirmation. More complex custom setups may take longer, depending on the OS or network requirements.
  • UI/UX: Their control panel offers browser-based access to power cycles, consoles, and real-time metrics. Clean UI keeps things manageable at scale.
  • Tooling Integration: Native support for Terraform, Ansible, and CLI tools makes RedSwitches a smooth fit into existing CI/CD workflows. Webhook support enables responsive automation triggers.

The RedSwitches Advantage

Pricing Transparency and Competitiveness

• No Setup Fees = Predictable TCO
  What you see is what you pay. RedSwitches skips the setup charges that many providers sneak in, saving you $200–$500 per deployment right off the bat.
• Flexible Billing Options
  Choose between hourly or monthly plans with no lock-in. You get control over spending without long-term contracts, perfect for dynamic workloads.
• Crypto-Friendly Checkout
  Pay with Bitcoin and other cryptocurrencies. This supports privacy, speeds up international transactions, and reduces friction for global teams.
• No Hidden Fees, Ever
  Essentials like bandwidth, IPs, and baseline support are baked into the price. No surprise charges or inflated add-ons, unlike many “low-cost” competitors.
  

Customer-Centric Approach

• Always-On, Always-Responsive Support
  Round-the-clock support means help is always available, no timezone gaps. For critical incidents, the average response time is under 5 minutes.
• Engineer-Led Support, Not Sales Pitches
  You’re talking to infrastructure experts, not sales reps. Direct access to technical staff ensures faster, more effective resolutions without being pushed to upgrade.
• Tailored Infrastructure, Not Just Templates
  Choose from 420+ server configs or build your own. RedSwitches supports custom OS installs, specific network topologies, and hardware tweaks.
• Guaranteed Reliability with SLAs
  A 99.99% uptime SLA covers power, network, and hardware. If they miss the mark, you’re compensated. No vague guarantees, just enforceable reliability.
  

Operational Excellence

• Fast Onboarding, Faster Deployments
  Account setup and initial server delivery happen in 10 minutes or less. Use pre-built templates to skip manual config headaches.
• Full Root Control, Zero Restrictions
  Total ownership includes root access, IPMI for remote hands, and hardware-level control, no virtualization or hypervisor bottlenecks in the way.
• Built-In Security Stack
  DDoS mitigation, managed firewalls, and baseline monitoring come standard. Security tools support compliance and protect production traffic by default.
• Enterprise-Grade Compliance
  Infrastructure meets SOC 2 Type II standards with ongoing third-party audits. Security and operational controls are verified, not just promised.
  

Migrate Without the Mayhem: RedSwitches Makes It Simple

Equinix Metal’s shutdown puts thousands of deployments on the clock. But moving your workloads doesn’t have to mean late nights and broken pipelines. RedSwitches delivers hands-on migration support designed for performance-critical teams who can’t afford downtime.

Whether you’re running production databases, GPU pipelines, or hybrid architectures, our infrastructure engineers handle the heavy lifting. We help you reconfigure automation scripts, rebuild network topologies, and validate compliance, all without the vendor lock-in or surprise costs.

From your first consult to final cutover, the process is fast, clean, and customized to your stack. No generic migration playbook. Just tailored execution that works.

Why RedSwitches Fills the Equinix Gap

The bare metal world needed exactly what RedSwitches brings to the table. While hyperscalers chase cloud integration and legacy hosts lag in automation, RedSwitches hits the sweet spot: fast, dedicated infrastructure with full control.

You get raw hardware power, no virtualization layers. You get automation that doesn’t lock you into a cloud ecosystem. And you get pricing that’s clear, consistent, and free of hidden charges.

With RedSwitches, your team can spin up high-performance bare metal servers worldwide in minutes, not hours or days. No upfront fees. No guesswork. Just reliable infrastructure, fast.

Equinix’s exit left a hole in the market. RedSwitches filled it, delivering stronger tech, simpler pricing, and sharper focus. Whether you’re migrating from Metal or going bare metal for the first time, RedSwitches is built to meet your performance and reliability needs, without compromise.

FAQs

Q. How does RedSwitches compare to Equinix Metal’s global infrastructure footprint?

RedSwitches operates bare-metal servers in over 20+ locations across North America, Europe, and the Asia-Pacific region, matching Metal’s metro reach. The difference? Focus. Where Metal spread its efforts across hybrid services, RedSwitches stays laser-focused on delivering high-performance bare metal.

Q. What are RedSwitches’ actual deployment speeds compared to Equinix Metal’s automation promises?

RedSwitches provisions standard servers in under 10 minutes, consistently. While Metal also claimed sub-10 minute deploys.

RedSwitches is purpose-built for bare metal from the ground up. No retrofitted cloud tools, just automation that works natively with hardware.

Q. Does RedSwitches offer enterprise-grade SLAs and compliance certifications like Equinix Metal did?

Absolutely. RedSwitches guarantees 99.99% uptime and backs it with service credits. Our SOC 2 Type II certified, meeting key enterprise-grade security and audit requirements.

RedSwitches provides 24/7 expert assistance with an average critical issue response time of under 5 minutes, ensuring no sales runaround.

Q. How complex is the process of migrating from other providers to RedSwitches, and what support is available?

Migration depends on workload complexity. Simple setups take a few days. Multi-region or network-intensive projects may require a phased approach.

RedSwitches offers direct migration help, handled by engineers, not sales reps. The onboarding process is streamlined: account setup and your first server can be live in under minutes. You’ll have root and IPMI console access from day one.

Q. Is RedSwitches financially stable enough to be a long-term alternative after Equinix’s exit from bare metal?

Yes. RedSwitches is privately owned, with over 14 years of stable operations and no pressure from outside investors to pivot or exit markets.

Unlike Equinix, where bare metal was just a sliver of total revenue, it’s RedSwitches’ core business. We’re not distracted by higher-margin cloud offerings. Our Singapore base also positions us well for long-term growth in emerging global markets.