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Dynamic Score
Making decisions on automated dynamic range compression requires a scoring system that takes three different measurements into consideration.
Audio encoding artifacts
How audio encoders use psychoacoustic masking to reduce file sizes, and why this process creates audible artifacts in compressed formats.
Loudness and normalization
Understanding what is loudness, how it's measured and why standards exist.
Bit depth in digital audio
Understanding bit depth, quantization and why float sample rates are needed.
Audio dithering
How randomization helps to alleviate the effects of quantization.
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OB1

Portable broadcast studio

Professional outdoor broadcasting from anywhere. Ruggedized 6U rack system with SRT streaming, dual-battery power, automatic failover. Broadcasts over cellular networks where traditional equipment fails.

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Remote broadcasting without the van

Professional OB vans cost €500k. Renting costs €500-1500/day. And they still need the same unreliable internet everyone else fights over.

OB1 delivers the same capability from a case that fits in your boot. One person. One case. Professional live broadcast from anywhere.

Dual cellular connections with automatic failover under one second. Satellite backup for locations where cellular doesn’t reach. Battery-powered for 4+ hours. Operates -27°C to summer heat.

Four-channel mixer included. Up to 40 channels available. If it works one meter from the Russian border in winter, it works at your festival.

Broadcast from anywhere.

Built for locations that break normal equipment.

Without OB1
Cables. Generators. Satellite trucks.
$ ssh ob-unit-01 [Connection timeout after 15s] $ ping remote-site PING: Network unreachable $ check uplink status Cellular: 2 bars, unstable Connection drops every 3-7 minutes Audio buffer: overrun $ reconfigure codec settings Attempting lower bitrate... Still breaking up $ call satellite provider Wait time: 45 minutes Cost per hour: significant $ meanwhile: dead air
Traditional outdoor broadcasting requires stable connections, backup infrastructure, and technical crews. When cellular drops, you lose audio. When satellite breaks, you're offline. Your broadcast depends on conditions you can't control. Setup takes hours. Troubleshooting happens live. Dead air happens often.
With OB1
Connect. Stream. Done.
Status
SRT: Connected
Studio link: Active
Battery: 8h 23m remaining
Scheduled: 2h 15m
OB1 broadcasts professional audio over networks that break normal equipment. SRT protocol maintains connection through cellular drops. Dual-battery system runs for 8+ hours without mains power. Web interface handles scheduling and metadata. No satellite trucks. No technical crew. No complex setup. Power on, connect, broadcast.
SRT streaming protocol
Secure Reliable Transport handles what cellular and satellite can't. Packet loss recovery. Encryption. Low latency even through unstable connections. Professional broadcast quality from locations where traditional streaming fails. The protocol that makes unreliable networks reliable.
Autonomous power management
Dual 24V battery system with isolated circuits. Mission-critical components on primary UPS. Non-critical on secondary. Six-LED monitoring shows power status instantly. DIN rail mounting makes field replacement simple. 8+ hours runtime, up to 10+ under optimal conditions. Broadcast continues when mains fails.
Time-based authorization
Schedule broadcast windows through web interface. System connects automatically at scheduled time. Authorization expires when session ends. Studio override priority for instant control. No manual connection management. No forgotten open sessions. Sessions happen when scheduled, disconnect when finished.
From complex logistics to simple operation
OB1 eliminates the infrastructure overhead of traditional outdoor broadcasting
Before: Connection Drops
After: SRT Reliable Stream
0
Technical crew required
8+hrs
Battery operation
2-bar
Minimum cellular signal
Integration. Purchase. Custom builds.
OB1 connects to A26 autonomous studios. Available as complete units or custom configurations.
1
A26 Integration. Direct connection.
Full integration with AirCore A26 autonomous radio systems. Override priority, mix-minus return, scheduled sessions, studio coordination
2
Standard Unit. Ready to deploy.
6U rack design, GMKtec NUC i7, Rødecaster Pro II, dual-SIM RUTX50 modem, touchscreen, dual battery system, web control interface
3
Custom Configuration. Your requirements.
Different mixer, alternative modem, satellite integration, custom power requirements, specialized connectivity—specify what you need
4
B-Studio Build. Permanent installation.
Fixed installations, multi-unit deployments, corporate broadcast facilities, custom integration requirements—we'll engineer the solution

What changes

No more OB van rentals. No three-person crews for simple remotes. No explaining why the feed dropped again.

Cover town halls, sports events, festivals, emergencies — anywhere you can place a box on a table. This changes what’s economically viable to broadcast live.

Who this is for

Stations needing remote broadcast without OB van budgets. News covering events from unpredictable locations. Anyone tired of remotes failing because venue WiFi couldn’t handle it.

How it works

Part of AirCore service. Works standalone or integrates with A26 automation. We provide hardware, you provide cellular SIMs (we recommend providers).

Four-speaker talk show: press power, set time, go live. 40-channel production: plug one cable, done.

Included in AirCore Professional or standalone for production companies.

Get OB1
What happens now
Tell us about your remote broadcast needs. We’ll configure a system and arrange a demo.