Concept render: downtown Los Angeles skyline at dusk

The Connectivity Moat

The only studio campus with dark fiber into One Wilshire.

Roughly 0.9 km — about 0.55 miles — separates the campus from One Wilshire, the premier communications hub of the Pacific Rim. A documented Wilcon dark-fiber and 10G lit build runs directly into the studio, and Wilcon's key metro hub sits inside the carrier hotel itself.

Why it matters The documented path

Section 01 — The Building

One Wilshire: where the Pacific connects.

~⅓

of all U.S.–Asia internet traffic passes through the building (CoreSite estimate)

300+

networks interconnected in the CoreSite-operated Meet-Me Room

240+

fiber providers in the building; ~110 cloud & IT service providers

stories at 624 S. Grand Ave — termination point for trans-Pacific submarine cables

Built in 1966 and converted to telecom use in 1992, One Wilshire is repeatedly ranked alongside 60 Hudson Street (New York) and Telehouse (London) as one of the world's great carrier hotels — with the CoreSite LA1 data center and the famously dense fourth-floor Meet-Me Room inside it.

Trans-Pacific submarine cables land on the LA coastline and ride metro conduit into downtown, terminating at the building. When the 2006 Hengchun earthquakes severed Pacific cables, One Wilshire was one of the hubs that re-routed traffic for an entire region.

Today the building and its tethered CoreSite LA campus carry native on-ramps to AWS, Azure (the only native ExpressRoute on-ramp in LA), Google Cloud, Oracle, and IBM — plus an NVIDIA DGX-Ready AI facility a dark-fiber span away.

Concept render: glowing fiber strands in darkness

Section 02 — The Path

A documented fiber run from stage door to carrier hotel.

This is not a "near a fiber route" marketing claim. Fiber operator Wilcon completed a dark-fiber and 10G lit-service build directly to LA Center Studios — and Wilcon's key Los Angeles hub is located inside One Wilshire.

One operator. One path. Campus to Meet-Me Room. From the stage door at 1201 W. 5th Street to 624 S. Grand Avenue is roughly a 0.9 km metro span — about as short as a carrier-hotel fiber hop can get.

What that buys a production:

Dark fiber on demand — dedicated strands at whatever wavelength the production needs, not shared office bandwidth
Direct cloud on-ramps — AWS, Azure, GCP, Oracle, IBM without transiting the public internet
AI compute adjacency — an NVIDIA DGX-Ready facility in the same connected complex as the stages
Room to burst — 10G lit service today, dark fiber for whatever comes after it

No other studio campus on Earth has this. Not a marketing slogan — a measurable, documented infrastructure fact.

Concept render: vast sound stage interior

Section 03 — The Work

What carrier-hotel fiber actually does for an AI production.

USE 01

Cloud GPU at stage latency

AI generation and rendering burst to cloud GPU farms over direct on-ramps. Model weights, plates, and finished frames move at metro-fiber latency — the render farm behaves like it's on the lot, because, fiber-wise, it is.

USE 02

Real-time virtual production data

LED volumes, camera tracking, and real-time engines move enormous synchronized data streams. A dedicated fiber path means stage, machine room, and cloud simulation stay in lockstep without compression compromises.

USE 03

Global delivery from the lot

Masters, dailies, and streaming deliverables exit through the same building that carries a third of U.S.–Asia traffic — same-day delivery to partners and platforms on both sides of the Pacific.

Everyone else moves files. This campus moves light.

See how the field compares →