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Award-winning, high quality, low latency video encoding powered by SRT.
Makito X Harsh Encoder & Decoder
Extreme Encoding & Decoding The Makito Harsh Environment encoder and decoder are industrial-grade fanless appliances designed for high operating temperature environments within static deployment applications. The Makito X series of H.264 encoders and decoders for harsh environments delivers a complete field proven video solution offering confidence, security, and reliability with a mature feature set.
The Makito X H.264 Dual SDI Encoder Appliance is a powerful video encoding solution tailored for modern video streaming and broadcasting applications. This encoder appliance supports dual 3G/HD/SD-SDI and Composite inputs, enabling high-quality video encoding and versatility for various setups.
Haivision's award-winning Makito X H.264 encoder and decoder solution offers secure, low-latency HD video transport over any network, even at extremely low bitrates. Featuring Network Adaptive Encoding, Makito X ensures uninterrupted video playback, even in challenging network conditions. It is the perfect choice for live, interactive, and bandwidth-constrained applications and is available in single-channel SDI, DVI, and dual-channel SDI configurations.
Multiple Makito X encoders and decoders can be synchronized with cameras, facilitating cost-effective and efficient remote production capabilities with multi-channel simultaneous decoding and playback. This feature streamlines remote production workflows, reducing the need for large teams and resources at remote event locations.
The Makito X encoder and decoder prioritize security and stream quality by implementing the Advanced Encryption Standard (AES) protocol within Haivision's SRT (Secure Reliable Transport). This ensures secure video content delivery and high-quality playback, even on congested or unreliable networks. The decoder provides packet loss recovery through forward error correction (FEC) and adjustable receive buffer tuning, adapting its performance to varying network conditions.
Award-winning, high quality, low latency video encoding powered by SRT.
Makito X Harsh Encoder & Decoder
Extreme Encoding & Decoding The Makito Harsh Environment encoder and decoder are industrial-grade fanless appliances designed for high operating temperature environments within static deployment applications. The Makito X series of H.264 encoders and decoders for harsh environments delivers a complete field proven video solution offering confidence, security, and reliability with a mature feature set.
The Makito X H.264 Dual SDI Encoder Appliance is a powerful video encoding solution tailored for modern video streaming and broadcasting applications. This encoder appliance supports dual 3G/HD/SD-SDI and Composite inputs, enabling high-quality video encoding and versatility for various setups.
Haivision's award-winning Makito X H.264 encoder and decoder solution offers secure, low-latency HD video transport over any network, even at extremely low bitrates. Featuring Network Adaptive Encoding, Makito X ensures uninterrupted video playback, even in challenging network conditions. It is the perfect choice for live, interactive, and bandwidth-constrained applications and is available in single-channel SDI, DVI, and dual-channel SDI configurations.
Multiple Makito X encoders and decoders can be synchronized with cameras, facilitating cost-effective and efficient remote production capabilities with multi-channel simultaneous decoding and playback. This feature streamlines remote production workflows, reducing the need for large teams and resources at remote event locations.
The Makito X encoder and decoder prioritize security and stream quality by implementing the Advanced Encryption Standard (AES) protocol within Haivision's SRT (Secure Reliable Transport). This ensures secure video content delivery and high-quality playback, even on congested or unreliable networks. The decoder provides packet loss recovery through forward error correction (FEC) and adjustable receive buffer tuning, adapting its performance to varying network conditions.