XTP II FR 401 8K New

8K Fiber Optic Receiver with local HDMI Input
Key Features
  • Receives video with embedded audio, bidirectional RS-232, and 1 Gbps Ethernet over two fiber optic cables
  • Supports HDMI computer and video resolutions up to 8K/60
  • HDMI input is ideal for connecting to a local source, such as a laptop or ShareLink® Pro wireless collaboration gateway
  • Auto-switching between inputs
  • 1 Gbps Ethernet extension
  • HDMI audio de‑embedding with analog stereo outputs
The Extron XTP II FR 401 8K
Model Version Description Part #
 XTP II FR 401 8K MM 8K HDMI Receiver - Multimode 60-1527-21
 XTP II FR 401 8K SM 8K HDMI Receiver - Singlemode 60-1527-22

The XTP II FR 401 8K two-input 8K HDMI receiver extends video, audio, control, and 1 Gbps Ethernet over two fiber optic cables. This HDCP 2.3-compliant receiver accepts data rates up to 40.1 Gbps for support of HDMI resolutions up to 8K/60, including 5K for Microsoft® Teams® rooms. It features one XTP® input, a local HDMI input, and one HDMI output. For streamlined integration, it provides auto-switching, audio de‑embedding, and relays for room control. Ethernet extension and insertion of bidirectional RS‑232 allow LAN access and remote AV device control. Signals can be delivered up to 400 meters (1,312 feet) over OM4 multimode fiber optic cable and up to 10 km (6.21 miles) when using singlemode cable. The XTP II FR 401 8K is ideal for systems requiring secure, long-distance transmission of high data rate sources from a remote location.

Built for Professional Integration

Extron XTP II 8K Fiber products deliver another leap forward with industry-leading capabilities for XTP Systems®. The XTP II FR 401 8K features a local HDMI input in addition to XTP fiber. This brings added convenience for additional source connectivity, such as a laptop or ShareLink® Pro wireless collaboration gateway.

In addition to high-performance video, the XTP II FR 401 8K accepts audio signals over the same fiber optic cable. The receiver provides signal distribution for HDMI embedded audio or audio de‑embedding with two‑channel balanced/unbalanced analog stereo audio output. To allow precise control of the audio, the receiver features volume adjustment and muting capabilities.

The XTP receiver includes an RS‑232 insertion port to support bidirectional control of an AV device over the same fiber optic cable. This feature streamlines integration with a control system for managing a remote display. In addition, centralized 10/100/1000 Base‑T communication can be supported via the 1 Gbps Ethernet extension port to reduce the number of independent network drops required within a system. Ethernet extension is disabled when video data rates exceed 32 Gbps. Two built‑in relays enable operation of a projector lift, screen, or similar device at the remote location.

The XTP II FR 401 8K can be used with an XTP II FT 402 8K transmitter for point-to-point environments or in combination with an XTP II CrossPoint® matrix switcher for AV signal switching and distribution applications. Integrated with XTP II CP Fiber 8K input and output boards, the XTP II FR 401 8K enables transmission of uncompressed 8K/60 HDMI and 4K/60 DisplayPort video throughout the system. This approach takes advantage of system-level control and the capability to extend inserted RS‑232 between the equipment room and a remote endpoint.

Multimode and Singlemode Models Available

The receiver provides industry-standard LC‑type connectivity and is available in two formats: multimode and singlemode. The XTP II FR 401 8K MM model supports OM4 multimode fiber optic cable for moderate-range transmission distances of up to 400 meters (1,312 feet). Typically, it is used within office towers, campus buildings, retail centers, and larger houses of worship.

The XTP II FR 401 8K SM model supports singlemode cable, offering long-range transmission capability of up to 10 km (6.21 miles). It is used in large facilities and for digital signage and staging applications. Singlemode is also used to connect locations separated over long distances, such as corporate and university campus buildings, international airports, and medical complexes. Because content transmission is inherently secure and immune to outside interference, fiber applications are also favored in government, military, and other sensitive environments.

Extron XTP Systems

Extron XTP Systems provide a completely integrated switching and distribution solution for multiple digital and analog formats. They support local connectivity as well as extended transmission capability for sending high resolution video, audio, RS‑232, and Ethernet up to 330 feet (100 meters) over a shielded CATx cable and up to 10 km (6.21 miles) over fiber optic cable. Each system is HDCP compliant and delivers ultra-fast, highly reliable digital switching with Extron's SpeedSwitch® Technology.

At the heart of a system is an XTP II CrossPoint® matrix switcher. The modular matrix switchers are expandable from 4x4 to 64x64, depending on frame size, and can be populated with a wide variety of XTP I/O matrix boards. Input and output boards provide direct HDMI, 12G-SDI, and audio connections to local sources and displays, and signal extension to remote endpoints when using XTP transmitters and receivers. The matrix switcher can also provide power to a remote XTP device over CATx cabling, depending on the transmitter model.

The online XTP System Builder gives convenient access for complete system design. The tool also features a printable bill of materials, pricing, and quote submittal. Once the order is confirmed and received, the included XTP System Configuration Software enables easy setup and configuration right out of the box.

To configure, operate, and monitor the system in real time, this user-friendly control software offers a complete view of all XTP devices from a computer. With hot‑swappable modular components, a wide selection of XTP transmitters and receivers, and advanced 24/7 system monitoring, XTP Systems are designed to provide continuous, trouble-free operation in the most critical applications.