Built on the highest elevation in the region (outside the 100-year flood plain), the facility is connected to all major fiber networks, ensuring connectivity to Latin America and Equinix MI1.

Product Specifications

GOOD FOR

Competitive pricing for server deployments.
Miami is the best city to serve Latin America, the Caribbean, and Europe simultaneously.
High power density cabinets are available in standard configurations up to 10kW per cabinet.
Direct liquid cooling is available in dedicated datacenter space with up to 45kW per cabinet.
Easy access to all networks in Equinix MI1 (NAP of the Americas) is available via a Voxility cross-connect

DATACENTER

iM Critical Miami

ADDRESS

100 NE 80th Terrace, Miami, Florida 33138, United States

SPACE

Full Rack Cabinet (Full-depth 48 inches / 1219.2 mm, 19" Cabinet, 45U)

WHO'S HERE

AT&T, Breezeline, Cogent, Colt, Comcast, Crown Castle, Ligthpath, Lumen, South Reach Networks, Verizon, Zayo

SPEED TEST

If you choose to have Voxility as an upstream IP transit provider in this location, you can use the following link to test speed and traceroute mia.voxility.net

Location

Power

Power Supply

2 lines (A primary + B redundant)

Power Lines

	SETUP	MONTHLY
2 x 30A / 208V redundant power lines – Each line is sourced from a different UPS and has its own circuit breaker that triggers when the line 30A rating is reached. – Power lines are installed close enough to rack cabinet to allow PDUs to be connected with their own cable. The PDUs, ideally, should have the same Voltage and Amperage rating as the lines. If they don’t, they must be equipped with circuit breakers from the factory. – Each power line has a single NEMA L6-30R receptacle (requires NEMA L6-30P plug) that allows to connect one PDU per line. – Equipment installed in rack cabinet ideally would have two power sources, each one connected to a different power line to achieve power redundancy. – Equipment with one power source should be connected balanced between power lines and they will not be protected against one line power failures.	-	-
2 x 3-phase 40A / 208V redundant power lines – Each line is sourced from a different UPS and has its own circuit breaker that triggers when the line reaches its 40A rating. – Power lines are installed close enough to the rack cabinet to allow PDUs to be connected with their own cables. Ideally, the PDUs should have the same voltage and amperage rating as the lines. If they don't, they must be equipped with factory-installed circuit breakers. – Each power line has a single IEC60309 receptacle, allowing one PDU to be connected per line. – Ideally, equipment installed in the rack cabinet should have two power sources, each connected to a different power line to achieve power redundancy. – Equipment with only one power source should be connected in a balanced manner between the power lines and it will not be protected against failures in one power line.	-	+$23.00

Power Consumption

	SETUP	MONTHLY
3 kW committed power draw from all power lines installed in full rack cabinet - A power draw of 3kW is approximately equal to a current of 13A at 230V, resulting in a power consumption of 2160 kWh per month. This is equivalent to using 6170 watts of primary server sources at 35% capacity - Going above the committed power draw may result in excessive usage fees until this power consumption plan is upgraded (Each additional 0,1 kW power draw above 3 kW included is charged with an excessive usage fee of: $96.00/0,1 kW)	-	-
4 kW committed power draw from all power lines installed in full rack cabinet - A power draw of 4 kW is approximately equal to a current of 17.4A at 230V, resulting in a power consumption of 2880 kWh per month. This is equivalent to using 8230 watts of primary server sources at 35% capacity - Going above the committed power draw may result in excessive usage fees until this power consumption plan is upgraded (Each additional 0,1 kW power draw above 4 kW included is charged with an excessive usage fee of: $96.00/0,1 kW)	-	+$178.00
5 kW maximum power draw from all power lines installed in full rack cabinet - A power draw of 5 kW is approximately equal to a current of 21.7 A at 230V, resulting in a power consumption of 3600 kWh per month. This is equivalent to using 10290 watts of primary server sources at 35% capacity - Even if each power line or all power lines combined can support a higher power draw, the data center does not allow it due to several reasons: a) the UPS provisioned capacity cannot handle a higher power draw, b) there would be a loss of redundancy in case load moves to a single line due to one line power failure, c) the cooling provisioned capacity for this rack cabinet would be exceeded - Going above the power draw threshold can put you at risk of power disconnection - It is recommended to draw almost the entire power allowed under normal usage conditions and configure the equipment to start randomly at power-up. This will avoid power-on spikes that might trigger the circuit breakers (Each additional 0,1 kW power draw above 5 kW included is charged with an excessive usage fee of: $96.00/0,1 kW)	-	+$355.00

Connectivity

Cross Connects Patch Panel

Fiber Connectivity

	SETUP	MONTHLY
Single-mode Fiber Patch Panel frame supporting either SC or LC connectors for each cross-connect - It occupies 1 rack unit - When only LC connectors are used, it can support up to 24 single mode fiber pairs. - If SC connectors are required, the total fiber pair count is 12. - Voxility suggests using SC connectors for best cable compatibility.	-	-

Full Rack Colocation in iM Critical Miami

Product Specifications

Location

Power

Power Supply

Power Lines

Power Consumption

Connectivity

Cross Connects Patch Panel

Fiber Connectivity

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Full Rack Colocation in iM Critical Miami

Product Specifications

Location

Power

Power Supply

Power Lines

Power Consumption

Connectivity

Cross Connects Patch Panel

Fiber Connectivity

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