Riedel Communications

Riedel Communications

Pioneering Distributed Video Networks: Combining signal transport, routing, processing, and conversion in a redundant real-time network.
Core Products
The Competitive Landscape

Riedel competes across three segments: distributed fiber routing, SDI-to-IP gateways, and IP-native orchestration. The differentiator is the fiber backbone — truly distributed systems without frame size limitations.

Riedel
Ross
Evertz
EVS
Grass Valley
Imagine
Utah
Lawo
Blackmagic
AJA
Cobalt
Nevion
TAG

Growth Opportunities

Riedel's distributed architecture is a competitive advantage in multisite and touring scenarios, but represents a positioning challenge in RFPs expecting centralized, single-frame SDI routers. Control ecosystem maturity (SDNsquare + hi human interface) and audio channel-level routing are near-term focus areas.

Product Comparison Matrix

Select a Riedel product and scenario filters to see how it compares against competitors across 10 key dimensions.

⬤ Sales Strategy vs. Incumbent

Select a Riedel product to generate comparison matrix

SDI Routing Landscape

⬤ Riedel's SDI Position — Distributed Fiber Routing

Head-to-Head: Riedel vs. Centralized SDI Routers

Hybrid SDI/IP Routing

⬤ Riedel's Hybrid Strategy — HorizoN + MetroN

Head-to-Head: Riedel HorizoN vs. Competing Gateways

IP-Native & ST 2110 Routing

⬤ Riedel's IP Strategy — MetroN + HorizoN + MuoN

Head-to-Head: Riedel vs. IP-Native Platforms

Control & Orchestration: The Ecosystem Strategy

Breaking vendor lock-in through vendor-agnostic orchestration and intuitive human interfaces.

The Historical Integrator Hurdle

MediorNet's distributed fiber architecture has always been technically superior for multi-site, scalable routing — but hardware specs alone don't win RFPs. Incumbent vendors like Evertz (MAGNUM-OS), Grass Valley (GV Orbit), and EVS (Cerebrum) maintain their grip on facilities not through better signal paths, but through proprietary control ecosystems that operators depend on daily. Integrators historically hesitated to spec Riedel as a core router replacement because it meant forcing clients into massive operator retraining, expensive third-party API middleware, or — worst case — running two completely separate control surfaces. The switching cost wasn't the router. It was the control layer.

The Missing Links — Acquired

Acquired 2022 · Ghent, Belgium

SDNsquare

The Network Brain

Acquired to solve the single hardest problem in ST 2110 deployments: real-time IP network orchestration. SDNsquare handles bandwidth reservation, PTP domain management, multicast flow control, and spine-leaf network awareness — abstracting the raw complexity of IP video infrastructure into a managed, predictable routing fabric.

For integrators, this eliminates the "you need a network PhD" objection. SDNsquare takes the IT headache out of IP video and gives broadcast engineers the deterministic behavior they expect from baseband — but over standard IT switches.

Proven Deployments
Tokyo Olympics Roland Garros European Athletics Munich
Acquired Sep 2025 · from Broadcast Solutions · Field-Proven · 300+ Installations

hi (human interface)

Vendor-Agnostic Orchestrator — Production-Ready Today

A browser-based, auto-discovering, platform-independent control layer already field-proven with MediorNet at UEFA Euro 2024 (WDR remote production) — before the acquisition closed. hi controls 3rd-party routers, multiviewers, and any compliant device on the network — Riedel, Evertz, Grass Valley, Lawo — presenting operators with a unified, drag-and-drop canvas. No proprietary clients, no per-seat licenses, no Windows dependencies. This is a massive RFP differentiator today, not a future roadmap item.

Supported Protocols
NMOS IS-04/IS-05/IS-07 Ember+ Dante NDI SWP-08 TSL GV AMPP VideoIPath ArtNet PTZ Control
Hardware Controllers
hiPush18 (1RU · 18 LCD buttons) hiPush54 (2RU) hiPush32Desktop (PoE) hiDot (touchscreen rotary) Riedel SmartPanels

Control Layer — Competitive Landscape

Capability Riedel hi Evertz MAGNUM-OS EVS Cerebrum Lawo VSM
Vendor-Agnostic Yes — open platform Evertz-centric Multi-vendor Multi-vendor
Browser-Based UI Yes — zero install Windows client Windows client Web-based
Auto-Discovery NMOS + NDI + Dante + AMPP Evertz devices only Manual config NMOS
Per-Seat Licensing No Yes Yes Yes
Dedicated Hardware Panels hiPush + hiDot + SmartPanels Evertz panels Third-party panels Lawo ruby / sapphire
Proven Scale 300+ installs · UEFA Euro 2024 Large broadcast Large broadcast Large broadcast
🏛️ The Growth Strategy — Control Drives the Hardware Refresh

Riedel no longer has to win a hardware bake-off to get into a facility. By deploying hi as a vendor-agnostic control upgrade over a client's existing third-party infrastructure, Riedel captures the operator experience. Once the control layer is unified and operators are working in hi daily, expanding the facility with Riedel HorizoN or MicroN nodes becomes the path of least resistance.

"Control drives the hardware refresh. Win the operator's screen, and the routing infrastructure follows."

Verticals & Use Cases

Sources & References

All claims sourced from manufacturer datasheets, product pages, and published specifications.

Riedel Competitive Intelligence Platform

Why this exists

The question came up: what does the routing landscape actually look like for Riedel? Not as a slide deck or a PDF, but as something you can interact with — filter by vertical, select an incumbent, compare dimensions side by side, and see where the real opportunities are.

I built this to give that question a proper answer. Thirteen vendors, ten scoring dimensions, eight verticals, incumbent migration paths — all in one place, all backed by published specs and datasheets.

The goal is simple: create a shared starting point for a healthy conversation about what comes next. Not to prescribe a conclusion, but to make sure we're all looking at the same data when we get there.

Wolfgang Schram
Archive 35 Consulting
wolf@archive-35.com +1 (310) 997-8359
v1.0 · March 2026