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Colocation Services in San Francisco and the Bay Area

By Reboot Monkey Team

Vendor-neutral, on-site colocation support across Equinix SV, CoreSite, Digital Realty, and Hurricane Electric. One contract covering every Bay Area facility your infrastructure touches.

Colocation Services in San Francisco and the Bay Area

Last updated: April 11, 2026

Bay Area Colocation Data Centers: The South Bay Concentration

The San Francisco Bay Area is North America's most technically dense colocation market, but the geography surprises many first-time buyers. The vast majority of carrier-neutral colocation facilities are located in San Jose, Santa Clara, Sunnyvale, and Fremont, not in San Francisco city itself. Real estate costs, power grid access, and proximity to hyperscaler campuses have pulled data center investment southward toward what the industry calls the Silicon Valley corridor. Equinix operates its Silicon Valley campus across SV1 through SV5, all located in San Jose and Santa Clara. Equinix SV1 in San Jose opened in 2000 and spans approximately 300,000 square feet, with around 65 MW of installed power capacity supporting rack densities in the 15 to 20 kW range using in-row cooling, rear-door heat exchangers, and free cooling where conditions permit. Equinix SV5, also in San Jose, was commissioned in 2007 and covers roughly 350,000 square feet with approximately 75 MW of capacity. SV5 added liquid-cooling infrastructure to meet growing demand from GPU-dense AI workloads requiring over 20 kW per rack. Both facilities connect to AWS Direct Connect, Azure ExpressRoute, and GCP Interconnect, making them anchor points for enterprise hybrid deployments. The Equinix SV campus also includes SV2, SV3, and SV4, which extend the interconnection ecosystem across the San Jose and Santa Clara corridor. Digital Realty operates SFO2 in San Francisco proper, a 280,000-square-foot facility with approximately 55 MW of capacity and rack densities in the 15 to 18 kW range. SFO2 is one of the few major facilities inside San Francisco city limits and is a natural choice for enterprises needing physical proximity to downtown financial district offices. Hurricane Electric's FMT1 in Fremont serves the East Bay and is well-regarded in the peering community for its interconnection ecosystem. CoreSite's SV campus in Sunnyvale adds coverage across the mid-peninsula tech corridor, with multiple facilities serving enterprises from San Jose to the northern peninsula. For buyers, the practical implication is that infrastructure scattered across San Jose, Santa Clara, Fremont, and San Francisco city can easily span three or four different facilities under different operators, each with its own access procedures, ticketing systems, and on-site support pricing. Industry data from 2026 shows the Bay Area hosts approximately 45 colocation facilities across its metro footprint, with San Jose accounting for the largest share at around 22 facilities followed by San Francisco city at 12. Total installed power capacity across the region stands at approximately 520 MW.
  • Equinix SV1 through SV5 in San Jose and Santa Clara: combined 140+ MW capacity, 1,100+ interconnected networks
  • Digital Realty SFO2 in San Francisco city: 280,000 sq ft, HIPAA and SOC 2 Type II compliant
  • CoreSite SV campus in Sunnyvale: multiple facilities serving the mid-peninsula corridor
  • Hurricane Electric FMT1 in Fremont: peering-focused, SFMIX interconnected
  • Approximately 45 facilities across the Bay Area metro, 520 MW total installed capacity

Silicon Valley and AI Infrastructure: The GPU Colocation Surge

The Bay Area is the geographic origin of the AI infrastructure buildout, and it is showing. Since 2023, demand for high-density colocation capable of supporting GPU clusters has increased sharply across Silicon Valley facilities. Equinix SV5 and Digital Realty's Bay Area footprint have both been cited in vendor announcements as receiving upgraded power distribution units and additional liquid-cooling infrastructure specifically to meet GPU rack requirements, which typically run at 20 to 30 kW per rack, well above the 10 to 15 kW standard for general compute. The supply side is struggling to keep pace. Lead times for GPU-ready colocation space in Silicon Valley have extended to six to twelve months in many facilities as of 2026, driven by sustained demand from AI startups, model training teams, and enterprise AI infrastructure programs. Hyperscalers including Google, Apple, Meta, Nvidia, and Tesla have absorbed significant capacity in Fremont and San Jose, further tightening availability for smaller buyers (industry intelligence synthesis, 2026). For mid-market enterprises deploying AI inference clusters or training infrastructure in the Bay Area, this capacity environment means two things. First, physical space is at a premium and must be managed carefully. Second, on-site physical support for high-density racks is more operationally demanding than traditional compute colocation. A GPU cluster generates more heat per square foot, requires more precise cable management, and demands faster physical intervention when a node fails, because a single offline node can stall an inference pipeline that costs thousands of dollars per hour in idle GPU time. Reboot Monkey provides on-site physical support for AI and GPU infrastructure across Bay Area facilities. This includes hardware troubleshooting, component swap under the 4-hour P1 SLA in deployed cities, cable audit and redress for high-density configurations, and power circuit verification for 120V/60Hz PDU setups. Our technicians work at the rack level inside your colocation facility. We do not own the data center and we do not control the power contract. What we provide is the skilled physical presence that turns a remote alarm into a resolved incident. Cloud repatriation is a parallel trend in the Bay Area market. Enterprise financial services firms and healthcare providers with California operations have begun moving workloads back from public cloud to colocation, driven by cost efficiency and California Privacy Rights Act data residency requirements. Re-establishing a physical colocation footprint requires hands-on migration work.
  • GPU-ready racks require 20 to 30 kW per rack, exceeding standard 10 to 15 kW configurations
  • Lead times for high-density Bay Area colocation extended to 6 to 12 months as of 2026
  • AI inference downtime costs are high: physical support SLA matters more than in general compute
  • Cloud repatriation accelerating among Bay Area financial services and healthcare firms
  • 120V/60Hz power standard across all Bay Area colocation facilities

SFMIX and Bay Area Connectivity

Connectivity in the Bay Area colocation market is anchored by two internet exchange ecosystems. The San Francisco Metropolitan Internet Exchange (SFMIX) is one of the oldest internet exchange points in North America, established in 1991. As of 2026, SFMIX has approximately 380 member networks and handles hundreds of Gbps in peak traffic across its route server infrastructure. Its membership spans ISPs, content providers, enterprises, and cloud providers. SFMIX is accessible from multiple facilities across the Bay Area metro, including Digital Realty SFO2, Hurricane Electric FMT1, and the CoreSite SV campus. The Equinix Internet Exchange operates a Silicon Valley presence anchored in the San Jose and Fremont area, with a substantial base of member networks across several route servers. The Equinix IX is particularly significant for cloud-native deployments because hyperscaler participants connect directly through the Equinix campus fabric, enabling low-latency private connectivity between colocation tenants and major cloud platforms. Beyond the internet exchanges, the Bay Area benefits from extensive transpacific submarine cable connectivity. Carriers landing in the region serve as aggregation points for traffic originating from East Asia, Southeast Asia, and the Pacific Rim, which makes Silicon Valley colocation strategically valuable for enterprises with significant Asia-Pacific user bases or distributed infrastructure across the Pacific. The carrier ecosystem at Equinix SV1 through SV5 includes AT&T, Verizon, Level 3, Cogent, NTT, and Zayo, giving tenants a broad choice of transit providers without requiring cross-connects to remote facilities. For enterprises with infrastructure spread across multiple Bay Area facilities, the interconnection question becomes operational as well as strategic. Physical cross-connects between your equipment and carriers, exchanges, or cloud on-ramps require technicians on the data center floor. Reboot Monkey manages cross-connect installations, cable runs, and MMR patching across Bay Area colocation facilities as part of its remote hands and smart hands service scope. This work is billed per incident or under a retainer agreement, depending on the volume and frequency of your operational requirements.
  • SFMIX: approximately 380 member networks, hundreds of Gbps peak traffic, established 1991
  • Equinix Internet Exchange Silicon Valley: substantial member network with multi-route-server infrastructure
  • Carrier ecosystem at Equinix SV includes AT&T, Verizon, Level 3, Cogent, NTT, and Zayo
  • Transpacific cable connectivity makes Bay Area colocation strategic for APAC-linked organisations
  • Cross-connect installation and MMR patching available as part of Reboot Monkey on-site scope

Third-Party Colocation Support Across Bay Area Facilities

Colocation support in the Bay Area market has a structural gap that most buyers discover only after they have signed leases with multiple operators. Equinix, Digital Realty, CoreSite, and Hurricane Electric each run their own smart hands and remote hands programs. Each program has its own pricing model, its own ticketing system, its own SLA terms, and its own escalation path. When your infrastructure spans two or three facilities, managing physical support through four separate vendor channels adds operational overhead that compounds every time something breaks at 2 a.m. Reboot Monkey operates as a vendor-neutral third party across all Bay Area colocation facilities. We are not affiliated with any facility operator, which means we hold no commercial interest in directing your workloads toward a particular campus or operator. Our engineers are credentialed at the relevant Bay Area facilities before work begins, and they operate under a single master services agreement that covers every site. For Bay Area clients, this translates to one ticket queue, one SLA, one billing entity, and one escalation path regardless of whether the incident is at Equinix SV1, Digital Realty SFO2, or Hurricane Electric FMT1. Our Bay Area service scope covers the full physical layer. Remote hands covers routine physical tasks: server power cycling, LED and indicator light reporting, cable seat verification, shipping receipt and placement, and KVM console access. Smart hands covers technically demanding work: network device configuration at the CLI, operating system installation and recovery, BIOS configuration, RAID rebuild initiation, and hardware diagnostics. Rack and stack covers new deployments: equipment receiving, cable management to your specification, power circuit assignment, and initial connectivity verification. Server migration and datacenter migration cover moves between facilities, whether within a single campus or between two different operators across the Bay Area metro. Reboot Monkey operates a 24/7 NOC. For P1 incidents in deployed cities including the Bay Area, the on-site SLA is 4 hours. P1 incidents are defined as infrastructure affecting live production workloads. Lower-priority work is scheduled according to your operational calendar. Our technicians support hardware from Dell, HP/HPE, Cisco, Juniper, Arista, Supermicro, and Lenovo. We do not require that your estate be standardised on a single vendor, because Bay Area enterprises operating across multiple facilities rarely are. For organisations deploying AI infrastructure in Silicon Valley, Reboot Monkey provides the physical support layer that sits between your remote operations team and your GPU cluster. When a node drops out of a training job at 3 a.m., our technician is in the facility, reseating the card, verifying the power draw, and reporting back before your engineering team has finished triaging the alert. That is the operational value of a third-party colocation partner with local Bay Area presence.
  • Vendor-neutral: no affiliation with Equinix, Digital Realty, CoreSite, or Hurricane Electric
  • Single contract and single SLA across all Bay Area facilities
  • 24/7 NOC with 4-hour P1 on-site SLA in deployed cities including the Bay Area
  • Hardware support across Dell, HP/HPE, Cisco, Juniper, Arista, Supermicro, Lenovo
  • 250+ cities, 190 countries: global coverage under the same operational model
  • Six service types: remote hands, smart hands, rack and stack, server migration, datacenter migration, datacenter decommissioning

CCPA/CPRA and California Data Compliance in Colocation

California operates the most comprehensive state-level data privacy framework in the United States. The California Consumer Privacy Act (CCPA) came into force in January 2020. The California Privacy Rights Act (CPRA), which amended and significantly expanded CCPA, took effect in January 2023. Together, these laws impose data handling obligations on businesses that process the personal data of California residents, including requirements around data residency, consumer rights to access and deletion, and mandatory privacy notices. For colocation buyers, the practical impact of CCPA/CPRA is concentrated in two areas. First, data residency: organisations that have made commitments to California regulators or in their own privacy notices about where California resident data is processed must ensure their colocation infrastructure actually matches those commitments. Data that is supposed to remain in California cannot drift through a remote management operation that routes through infrastructure outside the state. Second, access controls: CCPA/CPRA enforcement has sharpened scrutiny of who has physical access to systems that hold California consumer data. Colocation tenants are responsible for their own access logs, and auditors increasingly ask to see them. Digital Realty SFO2 is certified SOC 2 Type II and HIPAA compliant, making it a natural choice for healthcare and financial services workloads subject to California oversight. Equinix SV5 and the CoreSite SV campus also hold SOC 2 Type II certifications. ISO 27001 certification has been verified at Equinix SV1, Equinix SV5, and Digital Realty SFO2 (industry data, 2026). PCI DSS compliance at Level 1 to 2 is relevant to Bay Area payment processing operations, particularly in the financial technology sector that is heavily concentrated in San Francisco. For federal obligations, HIPAA-covered entities operating in the Bay Area must ensure their colocation facilities have executed Business Associate Agreements. Sarbanes-Oxley (SOX) applies to public companies and requires audit trail integrity and access controls for systems hosting financial reporting data. These requirements do not change based on which Bay Area facility you choose, but they do affect the governance documentation you need to maintain around your physical colocation footprint. Reboot Monkey does not manage your CCPA/CPRA compliance program. What we do provide is the audit-trail documentation that colocation compliance work generates: timestamped records of every physical access event performed by our engineers, documented under your ticket number, with clear attribution to a named technician. This creates the access log that compliance auditors ask for when reviewing who had physical contact with systems processing California consumer data.
  • CCPA effective January 2020; CPRA amendment effective January 2023
  • Data residency commitments must match the actual physical location of processing infrastructure
  • Digital Realty SFO2: SOC 2 Type II and HIPAA compliant
  • Equinix SV5 and CoreSite SV campus: SOC 2 Type II certified
  • ISO 27001 verified at Equinix SV1, SV5, and Digital Realty SFO2
  • Every Reboot Monkey on-site action is timestamped and attributed for compliance documentation

Colocation Support for Every Buyer Profile in the Bay Area

The Bay Area colocation market serves buyers across a wide range of scales and operational profiles. Reboot Monkey's service model is designed to work for all three primary buyer types without requiring large minimum commitments. For small and mid-sized technology companies without a local IT team, on-demand remote hands is the most practical model. A startup running a few racks in Equinix SV1 or the CoreSite SV campus does not need a full-time employee on the data center floor. What they need is a credentialed technician available on a few hours' notice when a drive needs replacing, a network port needs patching, or a server fails to POST after a power event. Reboot Monkey provides that access without requiring a long-term staffing commitment. Billing is per incident or under a low-minimum monthly retainer. For mid-market enterprises with infrastructure across multiple Bay Area facilities, the key value proposition is consolidation. A company with racks in both Equinix SV5 and Digital Realty SFO2 currently manages two separate vendor relationships for on-site support, with two different ticketing systems, two different SLAs, and two different billing cycles. Reboot Monkey replaces both with a single master services agreement. One ticket queue, one monthly invoice, one SLA measured consistently across both sites. When a P1 incident hits at 3 a.m., there is one number to call and one escalation path regardless of which facility is affected. For enterprise organisations operating AI or GPU infrastructure in Silicon Valley, the requirements are more demanding. High-density GPU clusters require technicians who understand power draw measurement, liquid-cooling inspection, GPU reseating procedures, and the specific failure modes of NVLink and InfiniBand fabrics. Reboot Monkey provides hardware-competent smart hands for these environments, with support for Supermicro, Dell, and HP/HPE GPU server platforms. Enterprise clients also receive full compliance documentation: timestamped access records, named technician attribution, and ticket audit trails suitable for SOC 2, HIPAA, or PCI DSS audit review. The Bay Area also has a significant decommissioning market. Technology refresh cycles, office closures, and the ongoing cloud repatriation and re-colocating trend mean that old equipment regularly needs to be physically removed from Bay Area data centers, data sanitised, and responsibly disposed of or remarketed. Reboot Monkey handles the physical decommissioning work: rack removal, asset tagging, packing for transport, and coordination with certified ITAD vendors, documented end to end for chain-of-custody records.
  • SMB: on-demand access with no full-time staffing commitment, per-incident billing available
  • Mid-market: single contract across all Bay Area facilities, one SLA, one invoice
  • Enterprise: compliance documentation, GPU hardware competency, audit trail for SOC 2 and HIPAA
  • Decommissioning: rack removal, data sanitisation coordination, chain-of-custody documentation
  • Hardware-neutral support across Supermicro, Dell, HP/HPE, Cisco, Juniper, Arista, and Lenovo

Colocation Support Services in the Bay Area

Remote Hands

On-demand physical tasks at your Bay Area colocation facility: power cycling, cable checks, indicator light reporting, and KVM access.

Smart Hands

Technically skilled on-site work including network device configuration, OS installation, BIOS adjustments, and hardware diagnostics.

Rack and Stack

New equipment deployment in Bay Area facilities: receiving, mounting, cable management, power circuit assignment, and connectivity verification.

Server Migration

Physical relocation of servers between racks or between Bay Area colocation facilities, with pre-move planning and post-move verification.

Datacenter Migration

Full facility-to-facility migrations across the Bay Area metro, including between Equinix SV, Digital Realty, CoreSite, and Hurricane Electric campuses.

Datacenter Decommissioning

Rack removal, asset documentation, data sanitisation coordination, and e-waste or ITAD handoff for Bay Area colocation exits.

Frequently Asked Questions

Where are most colocation data centers in the San Francisco Bay Area located?

Most carrier-neutral colocation facilities in the Bay Area are in San Jose, Santa Clara, Sunnyvale, and Fremont rather than in San Francisco city proper. Equinix SV1 through SV5 are in San Jose and Santa Clara. CoreSite operates its SV campus in Sunnyvale with multiple facilities serving the mid-peninsula corridor. Hurricane Electric FMT1 is in Fremont. Digital Realty SFO2 is one of the few major facilities inside San Francisco city limits. Real estate costs and power grid access have concentrated data center investment in the South Bay.

What is SFMIX and which Bay Area facilities connect to it?

SFMIX is the San Francisco Metropolitan Internet Exchange, one of the oldest internet exchange points in North America, established in 1991. As of 2026, it has approximately 380 member networks and handles hundreds of Gbps in peak traffic. Bay Area colocation facilities with SFMIX access include Digital Realty SFO2, Hurricane Electric FMT1, and the CoreSite SV campus. SFMIX provides direct peering for ISPs, content providers, enterprises, and cloud platforms without requiring transit through a major carrier.

Does Reboot Monkey provide support for GPU and AI colocation in Silicon Valley?

Yes. Reboot Monkey provides on-site smart hands for GPU-dense infrastructure at Bay Area facilities including Equinix SV5, which has liquid-cooling infrastructure for racks above 20 kW. Our technicians handle GPU reseating, power draw verification, cable audit for high-density configurations, and hardware swap under the 4-hour P1 SLA in deployed cities. We support Supermicro, Dell, and HP/HPE GPU server platforms and operate under a single SLA regardless of which Bay Area facility your cluster is deployed in.

How does CCPA/CPRA affect colocation decisions for California companies?

The California Consumer Privacy Act and its CPRA amendment, effective January 2023, require businesses processing California resident data to honour data residency commitments and maintain documented physical access controls. For colocation buyers, this means your facility choice must match any residency commitments in your privacy notices, and you need access logs showing who had physical contact with systems. Reboot Monkey provides timestamped, named-technician access records for every on-site action, supporting compliance documentation for CCPA/CPRA, SOC 2, and HIPAA audits.

Can Reboot Monkey cover multiple Bay Area facilities under one contract?

Yes. Reboot Monkey provides on-site support across all major Bay Area colocation facilities including Equinix SV1 through SV5, Digital Realty SFO2, CoreSite SV campus, and Hurricane Electric FMT1 under a single master services agreement. One contract, one SLA, one ticket queue, one monthly invoice. This eliminates the operational overhead of managing separate vendor relationships with Equinix Smart Hands, Digital Realty Remote Hands, and CoreSite Remote Hands programs simultaneously.

What is the cost of colocation in Silicon Valley compared to other US markets?

Bay Area colocation is among the most expensive in the United States. Market data for 2026 shows standard rack colocation at roughly $500 to $1,200 per month per rack, rising to $2,000 to $5,000 per month for GPU-ready high-density configurations. Power costs run $0.12 to $0.18 per kWh, reflecting California's energy grid premiums. Cross-connect fees are typically $200 to $500 per connection per month. These costs are significantly higher than comparable colocation in Dallas, Phoenix, or secondary US markets.

What happens if California grid stress affects my colocation facility?

California's CAISO grid issues FLEX alerts during peak demand, which can affect power availability for large data centers. Major Bay Area colocation facilities operate with on-site backup generators and participate in utility demand response programs to manage curtailment risk. If a grid event causes a partial power disruption in your facility, Reboot Monkey engineers can be dispatched under a P1 SLA to verify equipment status, report on indicator lights and power draw, and perform physical restarts if needed under your instructions.

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