Community clarification: Tyler Vault Datacenter is not affiliated with the proposed West Erwin Street project being called the "Tyler Data Center."

Converting carrier PoP to a datacenter

Preserving Tyler's internet access.

The carrier leasing the 3rd floor was unable to continue operating in Tyler. Closing this operation and rerouting fiber around tyler would bypass the city, which would have removed key fiber transport connections to Dallas, Shreveport, and Houston. Losing those connections would have significantly impacted internet service and network reliability for Tyler and surrounding communities.

Tyler Vault took on this lease with the help of Patriot's Towers to allow the carrier to continue operating in this area. What began as a carrier Point of Presence, or PoP, was upgraded into a true local datacenter with major improvements to power, monitoring, cooling, racks, lighting, and overall facility reliability.

The existing DC power plant was maintained so Tyler Vault could continue supporting services for the major carriers that depend on the facility. Growing over time, the datacenter has become a local “meet-me” location where carriers can interconnect, exchange services, and support reliable, low-cost connectivity throughout the Tyler area.

Fiber trays and diverse fiber pathways in the 3rd floor datacenter

Cooling design

Hot-aisle / cold-aisle airflow.

Tyler Vault upgraded the datacenter cooling system and reconfigured it using a proper hot-aisle / cold-aisle design. This improves airflow, increases cooling efficiency, and helps protect customer and carrier equipment.

During the winter months, we use outside cold air to help cool the datacenter. The excess heat generated by the equipment is then redirected into the office building where it can help offset grid load for heating needs. This creates a net cost savings for both the building and the datacenter by reducing the need for traditional mechanical cooling.

3rd floor cooling before upgrades
Before
3rd floor cooling after upgrades
After

Racks and equipment rows

Built for servers, network gear, and carriers.

We installed extra-wide 19-inch equipment racks with dual, redundant power feeds to safely house servers, network equipment, and carrier infrastructure. This design improves reliability, organization, airflow, and serviceability throughout the datacenter.

Back row before upgrades
Before
Back row after upgrades
After
Rack area before upgrades
Before
Rack area after upgrades
After

Secure 24/7 access

Reworked cage area with monitored entry.

We completely reworked the cage area to better secure and isolate the 24/7 access portion of the datacenter. This allows authorized customers and carriers to access the areas they need while keeping the rest of the facility protected.

We also installed a camera system and biometric entry controls to monitor the area, strengthen access security, and improve overall visibility and accountability.

Cage area before security upgrades
Before
Cage area after security upgrades
After

Fiber pathways

Shorter cross-connect paths and diverse routes.

We relocated the fiber demarcation racks to create shorter, cleaner cross-connect paths between carriers and customers. This improves organization, reduces cable distance, and makes future connections easier to install and maintain.

We also upgraded the fiber pathways onto the property to support diverse network routes. In addition to installing additional fiber between the 3rd floor, the vault, and other carriers, Tyler Vault now has diverse fiber paths entering from all four sides of Plaza Tower. We also provide data paths to the roof of the 20-story building, along with local TV channel reception. These improvements help increase reliability and provide multiple routing options for carrier and customer connections.

Fiber demarcation area before upgrades
Before
Fiber demarcation racks after upgrades
After

Outside cooling and redundancy

Closed-loop cooling and added protection.

We upgraded the outside cooling systems with low-noise Liebert closed-loop cooling units placed to not be visable from the new green space of the downtown square. These systems do not require water for cooling, which improves efficiency and reduces resource usage.

To further improve cooling efficiency and help protect the datacenter and environment, we installed internal window shields. These shields help reduce heat gain from direct sunlight and provide an added layer of protection for the facility.

For customers who need an additional level of redundancy, Tyler Vault also has a direct fiber connection to the vault datacenter located in the basement. This allows customers to split systems between both datacenter spaces. We provide cages, racks, or per-U space to house servers and backups.

Outside cooling before upgrades
Outside before
Outside cooling after upgrades
Outside after
Window and wall area before internal shields
Window area before
Window and wall area after internal shields
Window area after

Power infrastructure

Redundant N+1 power protection.

We upgraded the datacenter power infrastructure with dual APC Symmetra systems configured for redundant N+1 protection. This provides reliable backup power and helps protect customer equipment, carrier infrastructure, and critical network systems. We also have DC power available.

Since opening, Tyler Vault Datacenter has maintained 100% uptime. The datacenter is supported by its own generator and the Plaza Tower is served by dual power grids, and we also have an onsite standby generator for additional backup protection.

Power equipment before upgrades
Before
Power infrastructure after upgrades
After

Monitoring and fire protection

Environmental monitoring and FM-200 protection.

Additional upgrades included updating the FM-200 fire suppression system and installing an environmental monitoring system throughout the datacenter.

The monitoring system tracks temperature and humidity conditions above and below the ceiling, along each equipment row, and at both inbound and outbound air points. This helps us monitor temperature, airflow, and environmental conditions so your equipment can perform at peak operation and last longer.

Environmental sensor monitoring equipment
Environmental monitoring
FM-200 fire suppression equipment
FM-200 fire suppression
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