Amazon VOD Services
Ever wonder why Prime Video looks different on your old streaming stick versus a new smart TV? We break down the pricing tiers, device quirks, and streaming engineering that shape what you actually get.
Blog
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Multi Stream Transport: MST Guide for Broadcast Control Rooms
One cable, several screens, no extra graphics cards. Here’s how multi stream transport actually works, where it hits its bandwidth ceiling, and why it’s a smart fit for control rooms and headend monitoring walls.
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IP Migration Guide: Modernizing Your Broadcast Headend for 2026
Aging SDI routers and shrinking satellite capacity are forcing tough decisions at headends everywhere. This guide breaks down ST 2110, PTP timing, SRT versus JPEG XS, and a phased rollout plan you can actually bring to leadership.
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SCTE-35 and Dynamic Ad Insertion: Why Timing, Not Creative, Is Usually the Root Cause
When broadcast engineers get pulled into a SCTE-35 or DAI incident, the instinct is to look at the ad creative first — wrong duration, bad transcode, missing slate. But after enough of these post-mortems, a different pattern emerges: the actual fault almost never lives in the ad itself. It lives at the edges, in the…
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HEVC vs AV1 Broadcast: Choosing the Right Codec
Trying to choose between HEVC and AV1 for broadcast workflows? This guide breaks down compression, royalties, hardware support, and live encoding so you can protect margins, avoid device surprises, and decide where a hybrid ladder actually saves you real money.
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DVB-T2 and OFDM: Modern Terrestrial Digital TV Guide
Introduction When someone connects a small indoor antenna to a modern TV and sees crisp HD channels, it feels almost effortless. Behind that simple act sits a dense stack of radio, compression, and network engineering. For much of the planet that stack centers on DVB-T2, the second-generation standard for terrestrial digital TV. It takes familiar…
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MPEG-TS Transport Stream, PIDs & Broadcast Multiplexing
Introduction Think of a busy freeway carrying thousands of cars at once. Now replace the cars with audio, video, and data packets, and that freeway becomes the MPEG-TS transport stream that feeds every DVB, ATSC, satellite, and IPTV service. It is everywhere in broadcast chains, but it is not always easy to read or debug…
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DVB-S2 vs DVB-S2X: Satellite Broadcasting Standards
DVB-S2 vs DVB-S2X – Satellite Broadcasting Capacity Explained Introduction Think of a satellite transponder as a freeway where every lane and speed rule is defined by satellite broadcasting standards. Choosing between DVB-S2 and DVB-S2X is like deciding whether to repaint the road or rebuild it for more lanes and higher speeds. The goal is simple…
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Ad-Supported Video On Demand (AVOD) Explained
What Is Ad-Supported Video On Demand? AVOD Technology Explained Introduction Streaming engineers often describe ad-supported video on demand (AVOD) as a simple swap: viewers watch a few ads and get free content. Under the hood, though, an AVOD service behaves more like a tuned broadcast chain than a casual website. Encoder presets, manifest updates, and…
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Digital Video Broadcasting: DVB-S2, DVB-T2, DVB-C Guide
Introduction Live sports, satellite news feeds, and even basic cable channels all rely on the same quiet engine in the background, called digital video broadcasting. Viewers just see a channel list and a picture on screen. Engineers see modulation schemes, code rates, symbol rates, and link budgets. The gap between those two views is exactly…
