[ Solutions · Content Delivery & Streaming ]

Eyeball-close peering. High density. Engineered for bursty egress.

Eyeball reach via peering, AMS-IX via partners, 20 kW per high-density rack and on-call remote hands. Origin → edge fan-out across the metro fabric, no carrier in between.

Talk to engineering Internet Port

Use case: Bursty egress
Density / cab: 0 kW
Peering: LSIX + AMS-IX
Hands: On-call

[ For content origins and edges ]

Origin → edge fan-out, no carrier in the middle.

Content delivery and streaming workloads have a profile defined not by average sustained throughput but by peak burst, eyeball proximity and the cost of the egress curve.

BareFABRIC Metro lets you fan content from a single origin at THG1 out to edge cabinets at AM7, Nikhef and the Greenhouse cluster — one EVPN, no metro carrier in between. peering reaches Dutch eyeball networks directly. AMS-IX is reachable through partners in the building, covering the rest of the European internet from the same room.

Cabinets are sized for 20 kW air-cooled. On-call remote hands cover fleet maintenance, and capacity reservations against the Phase 2 build accommodate growth.

Eyeball peering via LSIX

Dutch eyeball networks are present in the same room. peering is available on every BareFABRIC Port from the outset; route servers support RPKI.

AMS-IX via partners

AMS-IX is one cross-connect away through partners in the building.

Origin → edge fan-out

BareFABRIC Metro establishes an L2 EVPN between THG1 and any other fabric facility, providing content fan-out without a metro carrier hand-off.

High-density cabinets

Up to 20 kW per cabinet air-cooled, with sealed cold-aisle containment and A+B feeds. Capacity reservations against the Phase 2 build accommodate growth.

On-call remote hands

Drive maintenance, optic swaps and pre-staging are covered by contracted remote hands. The same engineers handle escalations end-to-end.

Burst-friendly billing

BareFABRIC Port and the Internet Port are sized to absorb burst traffic — commits are calculated on the 95th percentile, not on average throughput. No unexpected overage charges when a content launch lands.

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