Unknown - Generic OB Van Configuration Expandable Rigid OB Van 12 Cameras – Outside Broadcast OB-Vans

The van's integrated vision mixing and modular equipment configuration support standard broadcast camera control protocols, but full compatibility depends on your CCU generation and control interface type. Verify that your existing RCPs and camera control units support the vision mixer's control protocol—typically ELC or similar serial standards. The modular infrastructure allows retrofit of industry-standard breakout panels. Confirm with your integrator that camera head firmware and control firmware match your operational requirements before deployment.

The specification confirms fiber optic and RF distribution networks enable extended camera positioning, but actual remote capacity depends on fiber core count, multiplexing architecture, and installed transceiver cards. A 12-camera rig typically supports 4–6 remote positions over single-mode fiber runs of 2–3 km with proper optical amplification. Confirm the installed fiber infrastructure, transceiver count, and whether multiplexing is wavelength-division or dedicated-strand based. Test signal integrity under your specific venue topology before event deployment.

Integrated climate control systems are engineered for continuous multi-camera operation, but cooling capacity is configuration-dependent—rack density, ambient temperature, and external heat load all affect margin. Twelve active camera chains plus vision mixing typically consume 8–12 kW; confirm the installed HVAC BTU rating and whether external ambient conditions exceed 35°C design spec. Request thermal performance data for your anticipated peak load and venue climate. Undersized cooling causes frame rate degradation and equipment shutdown.

The integrated vision mixer supports multi-format capability typical of professional broadcast switchers, but exact frame rate support (1080i50, 1080p50, 4K UHD) depends on installed mixer hardware and firmware revision. Format switching during live production is not recommended without a clean transition—confirm whether your mixer supports frame-rate conversion on air or requires a black transition. Verify installed mixer model, firmware build, and supported SDI/fiber input formats. Test format switching workflow before event operation to avoid on-air failures.

The specification confirms multiple backup systems are integrated, but redundancy topology (active-standby vision mixer, dual PSU with automatic failover, isolated router backup) varies by configuration. Confirm whether your unit includes dual vision mixer cards, N+1 power supplies with switchover logic, and independent router fabrics. Single points of failure in SDI distribution or fiber termination compromise redundancy; verify all critical signal paths have physical diversity. Request system architecture diagrams and failover test procedures before acceptance.

Fiber optic and RF signal distribution networks handle camera and program output, but control interfaces (router, tally, multiviewer) depend on installed control ecosystem. Most modern OB vans support GPI/GPO for tally, Ethernet for multiviewer and ST 2110 IP workflows, and SDI loopthrough for external monitoring. Confirm the installed router control protocol (serial, Ethernet, AES), tally interface type (GPI discrete or networked), and whether ST 2110 is an option or retrofit. Verify integration with your production control system before site deployment.

High-utilization touring seasons demand spares inventory for cooling fans, power supply modules, fiber terminations, and SDI breakout panel contacts. Most OB vans require quarterly fan and filter replacement, annual PSU thermal inspection, and semi-annual fiber connector cleaning. Firmware updates for vision mixer, router, and control systems typically require USB or Ethernet upload and system reboot—confirm downtime tolerance and update frequency with your integrator. Establish a spare-parts agreement aligned to your tour schedule to avoid roadside failures.

While the van chassis is rigid and non-expandable, the modular equipment configuration allows infrastructure upgrades: additional camera channels via extra camera adapter cards, and vision mixer evolution to 4K-capable boards if the installed mixer supports modular processor upgrades. Confirm whether your mixer is a monolithic switcher or modular-frame design (e.g., allows processor swaps). Expanding beyond 12 cameras requires additional fiber distribution, CCU rack space, and control bandwidth. Discuss upgrade constraints with your integrator during contract; some components may require full-system replacement.

Typical 12-camera OB van configurations draw 15–22 kW continuous (cameras, mixers, routers, climate control, RF systems combined). Peak inrush during startup may exceed 25 kW; shore power should be 32 A or 3-phase 63 A with 50 kVA backup generator minimum. Confirm the van's installed power distribution board amperage and voltage phase (single or three-phase), then verify venue infrastructure meets or exceeds those requirements. Undersized power causes frame drops, color shifts, and audio failures; request a detailed power bill-of-materials from your integrator.

Yes. Our used and ex-demo units undergo a full functional inspection — sensors, video outputs, control signals, optics and mechanics — including a colorimetry and sensitivity test. Each product is tested by our technicians and comes with a 90-day warranty. Contact us for the specific warranty terms of the unit you are interested in.