Manufacturer:Haivision Download Makito.pdf
- HD H.264 to 1080p
- HD-SDI / DVI / Component / SXGA / HDMI
- Low Latency ~ 100ms end-to-end
- Hi-Lo Streaming
- Appliance 6 and 21 Blade Chassis Options
- Forward Error Correction
- AES Encryption
- JPEG snapshots
The Original Encoder
The compact Makito™ HD encoder supports up to 1080p60 resolution with extremely low end-to-end latency. The Makito is ideal for multi-channel enterprise IPTV and digital signage deployments, and for mass HD distribution environments such as schools, medical facilities, stadiums, and auditoriums
With a low encoding latency and complete audio and video synchronization, the Makito encoder delivers rich media experiences for your daily communication or immediate decision-making needs. As a perfect mate the to the Makito encoder, the Makito decoder supports up to 3G-SDI and HDMI.
The Makito encoder can output a variety of stream types - unicast/multicast TS, RTSP, RTMP - and multiple bitrates (MBR) to various destinations concurrently, serving desktops, mobile devices, set-top boxes, signage players, recorders and streaming servers. The Makito enables snapshots, logo application, and Selective Mute™ to provide complete control and identification of sources and destinations directly from the encoder
When Makito encoders are combined with Haivision’s Furnace IP video system, administrators have control over video stream access and distribution. With Furnace’s patented InStream player technology, users can view up to 64 streams simultaneously with end-to-end security, access, control and reporting.
> Haivision is the first and only company to achieve JITC Certification for 1080p HD performance, and is unique in offering both airborne and ground-based JITC certified HD encoders.
Haivision is unique in combining industry-leading performance with our hardware video encoders, software-based transcoding engines, and ultra low latency decoding platforms to deliver glass-to-glass video and related metadata from any sensor to any operator or decision maker.