Manufacturer:Haivision Download Makito.pdf
- HD H.264 to 1080p50
- HD-SDI / HDMI Outputs
- Low Latency ~ 70ms end-to-end
- Appliance, 6 and 21 Blade Chassis Options
- Forward Error Correction
- AES Encryption
The end to end latency of a Makito/Barracuda encoder to Makito decoder is 70ms.
The Makito Decoder delivers HD digital video with embedded audio to both its 3G-SDI and HDMI interfaces. Both interfaces support all HD standards up to 1080p50. The HDMI output also supports the decoding and display of computer resolution sources encoded by the Makito, including 1024x768, 1280x1024, and 1920x1080. The Makito Decoder also supports balanced and unbalanced analog audio output.
The Makito Decoder is available as a stand-alone appliance or when ordered as a single board (mini-blade) it can be used within Haivisionʼs multi-blade chassis. The MB6 chassis holds up to 6 Makito mini-blades in a one rack unit (1RU) form factor and achieves the highest encoding/decoding density available. The MB6 is available with a single AC, DC, or Medical Grade power supply. The MB21 chassis holds up to 21 Makito mini-blades in a convenient four rack unit (4RU) form factor. Any combination of Makito Encoders and Makito Decoders are supported within these systems to accommodate any streaming environment. The Makito Decoder mini-blade is also available in a dual-blade size for serial port capability to be hosted in either the MB6 or MB21.
The Makito Decoder incorporates highly secure AES decryption of unicast or multicast signals to provide end-toend secure video when coupled with Makito encoders and Haivisionʼs Furnace IP Video System. This is especially important for deployments where live video is transmitted and the content needs guaranteed protection against recording. Such is the case with live professional sports where content is very valuable to the owners or within medical where patient confidentiality is paramount. The Makito Decoder also supports forward error correction (FEC) error recovery and fine grained control of its IP receive buffers to enable the capture of streams that may have traversed impaired IP networks.