Axon Synapse 1U frame with 2x HSU10 SDI to HDSDI upconverters with colour correction (HSU10)

has front panel with lcd control if needed

upconvert SD to HD 1080i format

Built in colour correction and aspect ration also if needed

frame can be networked etc

The HSU10 is high-quality up converter.

The optimized scaling and filter algorithms ensure crisp broadcast ready pictures from a native SD source, by use of a 64 tap FIR filters.

The HSU10 will allow you to simulcast HD signals from a native SD infrastructure.

The embedded audio is carried over to the HD domain.

The appropriate aspect ratio can be applied by control of VI, WSS and GPI inputs by use of 16 presets that can store the aspect ratio conversions. HD or SD input (auto by-pass mode with no processing) ƒ 625/50 to 1080i/50 or 720p/50 ƒ 525/59.94 to 1080i/59.94 or 720p/59.94 ƒ 625/50 to 1080p/25 or 720p/25 ƒ 525/59.94 to 1080p/29.97 or 720p 29.97 ƒ Single field (low latency) and 3 field de-interlacing ƒ Sharpness control for crisp image quality ƒ Low latency mode with 54 SD lines delay ƒ Adjustable H and V delay with respect to input or reference ƒ Color corrector ƒ Aspect ratio control: ƒ Embedded WSS ƒ Embedded WSS-ext ƒ Embedded VI ƒ GPI (BPH03) ƒ 16 presets for aspect ratio conversion ƒ Anamorphic (16F16 to 16F16) ƒ Pillarbox (12F12 to 12P16) ƒ Pillarbox 14:9 (12F12 to 14P16) ƒ Inverse pan-scan (12F12 to 16F16) ƒ V position control between -128 and + 127 lines (for inverse pan-scan/zoom mode) ƒ Jump to preset or hold at loss of WSS or VI control ƒ 2 group audio transparency (selectable) ƒ 2 group de-embedding to Synapse ADD-ON card ƒ Semi tracking audio delay in 1ms intervals ƒ Audio delay offset adjustment up to 1000 ms ƒ Correct color space conversion(601-709) ƒ VITC transparency with selectable line selection and duplication ƒ CC transparent ƒ

One reclocked output (active loop)

2 HD-SDI processed outputs (active loop in HD by-pass mode)

Built-in ARC for 4:3 and 14:9 pillar box and inverse pan scan output formats

Full control and status monitoring through the front panel of the SFR04/SFR08/SFR18 frame and the Ethernet port (ACP)