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M5 Hosting: Austin 2 Data Center

M5 Hosting Austin 2 Data Center is located at Austin, Texas, United States. The gross building size for this location has not been provided. The gross colocation space is not available for this data center. No power information has been offered for this location. We found 60 data center locations within 50 miles of this facility. Certifications for this location include PCI DSS, SOC 1 Type 2, SOC 2 Type 2.
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About Austin 2 Data Center

Austin 2 Data Center is the Austin, Texas facility used by M5 Hosting for colocation services and identified by M5 as operating within LightEdge’s Austin 2 data center. On its official Austin data center page, M5 states that it provides colocation services in LightEdge’s Austin 2 data center and, on its data center locations page, lists the address as 7000-B Burleson Rd #400, Austin, TX 78744, United States of America.

The facility is located in Austin, one of the largest technology markets in Texas and a key regional hub for enterprise IT, cloud, and connectivity-driven deployments. M5 positions the site for high-density colocation, cloud services, and hybrid hosting, while LightEdge identifies Austin as a scalable colocation market with two data centers and published critical IT capacity in the metro.

⚙️ Facility Highlights

  1. Facility identity (facility level): M5 identifies the site as Austin 2 Data Center and states it provides colocation services there.
  2. Operator and facility context (facility level): M5 states the facility is LightEdge’s Austin 2 data center.
  3. Address (facility level): 7000-B Burleson Rd #400, Austin, TX 78744, United States of America.
  4. Availability design (facility level): M5 states the facility offers 100% uptime supported by redundant cooling and power, while LightEdge’s published Austin 2 material lists a 2N UPS configuration.
  5. Power context (facility level): M5 states the site has access to the ERCOT power grid, and LightEdge’s Austin 2 material lists 1.6 MW critical IT workload and 1.6 MW total generator capacity.
  6. Connectivity architecture (facility level): M5 states the facility includes a private fiber backbone, diverse fiber entry points, cross-connects to cloud services, and Ethernet drops at 100 Mbps, 1 Gbps, and 10 Gbps.
  7. Carrier access (facility level): M5 states the site has fiber from more than ten carriers, while LightEdge’s Austin 2 material lists 4 on-net carriers.
  8. Colocation configurations (market level): LightEdge states its Austin data centers are scalable from a single rack to a dedicated secure cage.
  9. Operational support (facility level): M5 states the facility provides 24/7/365 on-site support.

🔐 Security & Compliance

  1. Access controls (facility level): M5 states the facility uses two-factor authentication at all critical entry points and biometric fingerprint readers.
  2. Secure customer environments (facility level): M5 states the site includes audit-traceable rack systems with individually locking compartments.
  3. Compliance certifications (market level): LightEdge’s published Austin 2 material lists SOC 1, SOC 2, and SOC 3.

🌐 Connectivity & Carrier Access

M5 states Austin 2 provides a private fiber backbone, diverse fiber entry points, and cross-connects to a full suite of cloud services. M5 also states the facility supports 100 Mbps, 1 Gbps, and 10 Gbps Ethernet drops and fiber from more than ten carriers for point-to-point or internet connectivity. LightEdge’s published Austin material further supports the site’s role as a colocation and hybrid IT environment within the Austin market.

💼 Who It Serves

  1. Organizations requiring colocation in Austin, based on M5’s published colocation offering for Austin 2.
  2. Businesses deploying high-density colocation, cloud services, and hybrid hosting, based on M5’s stated use cases for the facility.
  3. Customers needing scalable rack-to-cage deployments, based on LightEdge’s Austin market materials.
  4. Enterprises seeking resilient regional infrastructure in Austin, based on the site’s redundant power, cooling, and connectivity positioning.