4K60 4:2:0 HDMI Receiver with USB, RS 232, & IR HDBaseT 2.0

The TP-590R is a high-performance, long-reach HDBaseT 2.0 receiver designed to recover 4K60Hz (4:2:0) HDMI, USB, RS-232, and IR signals delivered over twisted-pair cabling. It receives an HDBaseT 2.0 signal and converts it back into the original input signals at the destination. For 4K@60Hz (4:2:0) video at 24bpp, it supports extension distances up to 40m (130ft) over CAT copper cable, with additional reach available at lower HD video resolutions.

Ideal Use Cases

The TP-590R fits signal-extension systems that need video and control-related signals available at a remote receiving point. It addresses paths that combine HDMI picture delivery with USB connectivity, RS-232 communication, and IR control, allowing the receiving side to recover each original signal from the HDBaseT 2.0 transport. Use it where 4K60Hz (4:2:0) must travel as far as 40m (130ft), or where a lower HD resolution can be selected when the installation needs additional distance. Its stated functions also suit system upgrades built around twisted-pair CAT copper cabling.

Why Choose This Model

This model combines four signal categories within its HDBaseT 2.0 receiving function: HDMI, USB, RS-232, and IR. Its video capability is clearly defined as 4K@60Hz in 4:2:0 format at 24bpp over distances up to 40m, supported by a stated bandwidth of 10.2Gbps. These specifications make it possible to match the receiver to a system design using concrete resolution, bandwidth, color format, and distance requirements. Explicit support for USB, RS-232, and IR also separates the TP-590R from a receiver intended only to recover an HDMI video signal.

Installation and Integration

Position the TP-590R at the receiving end of the HDBaseT 2.0 signal path and use twisted-pair CAT copper cable for the long-reach connection. At the destination, the receiver converts the incoming HDBaseT 2.0 transmission back into the original HDMI, USB, RS-232, and IR signals for connection within the system. Plan the cable run around the supplied performance boundary of up to 40m (130ft) for 4K@60Hz (4:2:0) 24bpp video. Further reach is available at lower HD resolutions, although a specific maximum distance for those modes is not provided. Power requirements, physical dimensions, mounting provisions, connector quantities, and included accessories are not stated in the supplied information and should be confirmed before final installation.

Performance Highlights

At its highest stated video mode, the TP-590R supports 4K video at 60Hz with a 4:2:0 format and 24bpp color processing. This mode can be extended up to 40m (130ft) over CAT copper cable. The listed 10.2Gbps bandwidth supports the receiver’s specified video capability, while lower HD video resolutions can be carried over a greater distance. Beyond picture delivery, the same receiver recovers USB, RS-232, and IR signals from the incoming HDBaseT 2.0 transmission. The result is a receiving endpoint designed for both high-resolution video and the associated connectivity and control signals identified in the product specification.

What Makes It Different

The defining feature of the TP-590R is its combined recovery of 4K HDMI and non-video signals through a long-reach HDBaseT 2.0 connection. USB provides an additional connectivity path, while RS-232 and IR support serial and infrared signal requirements. The distance rating is also tied to a precise operating mode rather than an unspecified 4K claim: up to 40m at 4K@60Hz, 4:2:0, and 24bpp. The receiver additionally provides further reach at lower HD video resolutions. Together, these details make its role clear within systems that require multiple original signals to be restored at a remote destination.

Final Assessment

The TP-590R is a focused choice when a system requires HDBaseT 2.0 reception for 4K60Hz (4:2:0) HDMI together with USB, RS-232, and IR. Its 10.2Gbps bandwidth and stated 40m (130ft) reach at 4K@60Hz 24bpp provide concrete design limits, while support for greater distances at lower HD resolutions adds flexibility. It is best matched to installations whose signal types, cable medium, resolution, and required distance align with those documented capabilities.