Main Features
- HDBaseT 1.0 Receiver
- Up to 330' at 4K60 Hz (4:4:4)
- Up to 590' at 4K30 Hz (4:4:4)
- Bidirectional RS-232 & IR Control
Main Features
- HDBaseT 1.0 Receiver
- Up to 330' at 4K60 Hz (4:4:4)
- Up to 590' at 4K30 Hz (4:4:4)
- Bidirectional RS-232 & IR Control
-
What's in the box
- Power Adapter
- Power Cord
- Bracket Set
Kramer 4K HDR HDMI Receiver with RS-232 & IR over Extended-Reach HDBaseT
The Kramer TP-583Rxr 4K HDR HDMI Receiver with RS-232 & IR over Extended-Reach HDBaseT is a high-performance, extended-reach HDBaseT receiver for 4K HDR HDMI, RS-232, and IR signals over twisted pair. TP-583Rxr converts the HDBaseT signal and outputs it to its HDMI and control ports. It enables extending video signal up to 330' at 4K60 Hz (4:4:4) video resolution, up to 590' at 4K30 Hz (4:4:4), and up to 650' at HD video resolution over Kramer copper cables. It is compatible with standard HDBaseT-compliant extenders at 4K30 Hz and HD video resolutions.
Providing long-reach signals over twisted-pair copper infrastructures, it employs low-level video compression technology that delivers visually lossless performance for 4K60 (4:4:4) and HDR signals with near-zero latency. This high-quality compressed signal is extended to almost double the extension reach of the uncompressed signal.
What's in the box
- Power Adapter
- Power Cord
- Bracket Set
Kramer 4K HDR HDMI Receiver with RS-232 & IR over Extended-Reach HDBaseT
The Kramer TP-583Rxr 4K HDR HDMI Receiver with RS-232 & IR over Extended-Reach HDBaseT is a high-performance, extended-reach HDBaseT receiver for 4K HDR HDMI, RS-232, and IR signals over twisted pair. TP-583Rxr converts the HDBaseT signal and outputs it to its HDMI and control ports. It enables extending video signal up to 330' at 4K60 Hz (4:4:4) video resolution, up to 590' at 4K30 Hz (4:4:4), and up to 650' at HD video resolution over Kramer copper cables. It is compatible with standard HDBaseT-compliant extenders at 4K30 Hz and HD video resolutions.
Providing long-reach signals over twisted-pair copper infrastructures, it employs low-level video compression technology that delivers visually lossless performance for 4K60 (4:4:4) and HDR signals with near-zero latency. This high-quality compressed signal is extended to almost double the extension reach of the uncompressed signal.