Customer Background

A mid-sized live streaming service provider in South China, specializing in e-commerce product livestreaming and corporate event broadcasting. The team consists of 12 members, handling 60 to 80 livestreams per month during peak seasons. Previously, they operated using a single HDMI capture card with one camera: one camera, one capture card, and one host machine.

Challenges

• During live commerce streams, customers demand seamless switching between "full-stage anchor view," "product close-up," and "macro detail shots." However, with a single capture card connected to one camera, changing angles requires physically plugging/unplugging cables or managing multiple host computers. This leads to chaotic on-site operations and frequent video dropouts during transitions.
• They also tried a multi-camera setup—assigning one capture card per camera and using multiple computers to stream separately. The result? Double the equipment cost, desks cluttered with cables and machines, and audio-video desynchronization across devices that made post-production syncing extremely time-consuming. For a two-hour live event, setup alone required arriving 1.5 hours in advance.
• Stability is the biggest headache. Cheap single-channel cards often drop frames and lose streams under sustained high load. During peak seasons, it's common for the capture software to crash two or three times a night, directly damaging delivery reliability and reputation.

Solutions

They replaced multiple single-channel capture cards with a single quad HDMI capture card, allowing one host to connect to four camera feeds.

• 4 x HDMI IN (4K input compatible, simultaneous multi-channel capture up to 1080p)
• 1 x USB 3.0 OUT
• UVC/UAC driver-free, plug-and-play
• Supports mainstream software like OBS, vMix, and PotPlayer
• Supports quad-split, picture-in-picture, and independent single-stream access

Deployment Process

Performance Comparison

Commercial Revenue

• Single-stream device investment dropped by approximately 40% (fewer cards and hosts purchased).
• Site setup and commissioning time reduced by more than half
• Customer complaints due to lag or stream interruptions have dropped to near zero.
• Leveraging stable multi-camera footage, we secured several high-value clients who had previously been lost due to insufficient camera angles and monotonous visuals.

Technical Specifications

Important: Quad-channel capture runs at 1080p over USB 3.0. While the HDMI input supports 4K sources, capturing all four channels in 4K simultaneously is limited by USB bandwidth. To ensure stability during long broadcasts, allocate resolution based on priority—assign full resolution to the primary camera (e.g., product close-ups) and reduce it for auxiliary angles. This approach delivers the smoothest multi-camera experience within bandwidth constraints.

Summary

This provider doesn't rely on stacking capture cards and PCs to force through. Instead, a single 4-channel HDMI capture card solves three key challenges at once: multi-camera simultaneous capture, audio-video synchronization, and long-term stability. As the manager put it: "We used to barely piece together multi-camera setups with extra hardware; now one card makes multi-camera capability standard." This shift has transformed our quoting process and boosted our confidence in taking on new orders. The 4-channel HDMI capture card elevates multi-camera live streaming from "barely working" to "professional-grade production," reducing equipment costs and setup time while significantly improving stream quality and customer satisfaction—giving us the confidence to serve higher-end clients.