The Open AI Factory · Open Networking

Open Networking.
Open Optics.

Open networking is no longer a philosophy — it's a market trend with numbers behind it. The worldwide SONiC market in data center switching is projected to exceed $5 billion in 2026, with SONiC switching revenue set to double between 2025 and 2027 to $8 billion (650 Group; Cisco citing 650 Group). But if your networking is open, why would your optics be locked down?

Market: 650 Group / Cisco, 2026 forecast
The legacy default
Locked-In
Single-vendor optics on an open switch
The new standard
Open
Your choice of NOS, hardware, and fabric
The endgame
Multi-Vendor
Validated optics at every port
>$5B
SONiC DC switching, 2026
$8B
SONiC switching revenue, 2027
2×
Revenue doubling, 2025 → 2027
2
Optics vendors validated side by side
01 The Shift

Open Networking Is Mainstream

Open networking means you choose the NOS (e.g., SONiC) that fits your operations, you choose the switching hardware that fits your budget, and you automate and manage the fabric on your own terms. That freedom is the whole point — a market measured in billions doesn't run on marketing speak.

That freedom extends all the way down the stack — to the transceivers that carry the traffic. If your fabric is open but your optics are single-vendor, the network is only as open as its most closed component.

02 For Network Teams

What Open Optics Actually Change

A transceiver is only useful if it interoperates with the switch, the NOS, and the surrounding network. In an open environment that means real decisions, not defaults:

Choice

Choice at the port level

Source optics from more than one supplier without breaking the network — the port doesn't dictate the vendor.

Validation

Validated compatibility

Multi-vendor optics that work across different switch vendors and NOS versions — so you're not the one discovering integration problems.

Interoperability

Proven, not promised

Transceivers validated side by side on the same fabric — interop becomes engineering reality, not a datasheet claim.

Control

No single-vendor lock-in

Open stays open, top to bottom. Choice, control, no lock-in — down to the optical layer.

400G spine-leaf buildout — open switching, validated optics
Open switching · validated optics — 400G spine-leaf buildout
Validated

The Proof: An Open Fabric, In Production

Optech and Vitex transceivers run side by side on the same Broadcom-based open fabric, qualified together through the Micas integration layer — proving components interoperate before they reach your data center.
2×Optics vendors — Optech + Vitex — validated side by side on one fabric
E2EMicas integration — the validation layer proving interop before it ships
0Lock-in at the port level — open stays open, top to bottom
03 The Method

The Open AI Factory Approach

We treat optics as part of the open promise — not an afterthought. It's why the difference between "open in theory" and "open in practice" is a system, not a slogan:

↗

An Open Fabric, Down to the Port

Open fabric from Broadcom, running open NOS environments — openness is the default, not the exception.

⇄

Multi-Vendor by Design

Optech and Vitex transceivers validated side by side on the same fabric — choice at the port level, no single-vendor lock-in.

✓

Validated Before It Ships

The Micas integration layer proves components interoperate before they reach your data center — you inherit tested reality, not discovery.

◆

Choice Without Lock-In

When customers run open networking with optics from multiple qualified vendors, "open" stops being marketing and becomes engineering reality.

AI Infra Summit 2026 · Sept 15–17 · Santa Clara Convention Center

big news Lands September 15.

We’re at booth #316 with Broadcom showcasing our Open AI Factory story — planning an 800G or 1.6T build? Have it IRL!