The Industry's Most Advanced 4K/60 Matrix Switcher
DTP2 CrossPoint 82
The DTP2 CrossPoint 82 is an all-in-one AV matrix switching solution that sets a new benchmark standard for professional matrix switching environments. It supports video resolutions up to 4K/60 @ 4:4:4 for all video inputs and outputs. Built-in Extron DTP2 input and output connections extend video, audio, and control signals up to 330 feet (100 meters) over CATx cable. Extron patented Vector 4K Scaling, ProDSP audio processing, integrated IPCP Pro control processor and available 100 watt Class D power amplification make the DTP2 CrossPoint 82 the ideal, all-in-one matrix switcher for meeting rooms and classroom applications.
With a maximum data rate of 18 Gbps, the DTP2 CrossPoint 82 supports computer and video resolutions up to 4K/60 with full 4:4:4 chroma sampling. The Extron-exclusive Vector 4K scaling engine applies precision 30-bit processing and maintains 4:4:4 chroma sampling to ensure pristine image quality at the output. This level of processing retains fine image and color detail such as single pixel lines and text in computer content.
Competing scalers commonly process in the YCbCr, or component domain, employing 4:2:2 or 4:2:0 chroma subsampling. This decreases the bandwidth required to process the signal, at the expense of reduced color detail. Chroma subsampling may be acceptable when processing full-motion video content, but with PC-generated content, subsampled color can negatively impact the clarity of the image. Vector 4K 4:4:4 color processing retains the fine color details present in the original source.
The DTP2 CrossPoint 82 supports 4K/60 signals at all video inputs and outputs. Matrix switching between the inputs and outputs enables a wide range of design possibilities to meet the audio and video requirements of boardrooms, lecture halls, or other applications with multiple sources and displays.
Vector 4K Scaling
The Vector 4K scaling engine incorporates Extron-engineered, multi-tap, bicubic interpolation, which creates a new pixel by averaging adjacent pixels above, below, to the sides, and diagonally of the new pixel. This produces sharp, accurate output, preserving single-pixel detail that other scaling methods lack.
Vector 4K algorithms continually and dynamically adapt, ensuring optimal processing for upscaling, downscaling, or 1:1 pass-through applications. Two less robust alternatives to bicubic interpolation are “nearest neighbor interpolation,” whereby a pixel is duplicated to an adjacent pixel, and “bilinear interpolation,” which creates a new pixel by averaging adjacent pixels above, below, and to the sides of the pixel being created. Both of these methods can produce substandard output, resulting in data loss that may render the content unusable.
The DTP2 CrossPoint 82 features one HDMI output and one scaled DTP2 twisted pair output. They are independent and support convenient display of single or individual inputs within the system. The DTP2 output can extend video, audio, and control signals to a display located up to 330 feet (100 meters) away.
Image storage and keying
JPEG, PNG, and BMP image files can be uploaded for use as logos or supplementary content and displayed on the scaled DTP2 output. Logos can be positioned anywhere on screen. Image transparency is supported, including Alpha channel, level keying, and color keying. Full screen images up to 4096 x 2160 resolution can also be recalled to provide information to the presentation audience.
Try it yourself: Drag and move the logo on screen to desired position
Audio Embed/De-embed
In many professional AV installations, audio quality is just as important as video performance. DTP2 CrossPoint matrix switchers are built for easy accessibility and flexible processing of audio signals.
Audio from sources such as microphones or music players can be embedded onto the video output. Audio that is present in the video output can be extracted and routed for additional processing or amplification.
Source
DTP2 CrossPoint 82 IPCP SA
Audio Output
Visual Output
Ethernet Control and Monitoring
Ethernet control enables centralized monitoring, control, and troubleshooting for every meeting and presentation facility in the organization. Additionally, RS-232 insertion from the Ethernet port can be utilized to enable control processor access to remote devices over the same CATx cable used for video transmission.
GlobalViewer Enterprise software simplifies AV system resource management with intuitive control for hundreds of common AV tasks. Whether you're working with 5 or 5000 rooms, GVE provides a powerful, flexible way to manage, monitor, and control nearly any device over a standard network. It's quite common for corporations, universities, and government agencies to have hundreds of collaboration spaces spread over broad areas. GVE allows you to manage this ever-increasing AV technology while effectively leveraging valuable help desk resources. The Help Desk view in GVE provides all the information you need from the entire enterprise or campus, all in one, easy-to-navigate interface.
DTP2 CrossPoint 82 models feature DTP2 twisted pair connectivity which supports 4K/60 @ 4:4:4 signal extension up to 330 feet (100 meters) over a shielded CATx cable when paired with DTP2 endpoints. These models are compatible with all DTP products, enabling additional design options within the AV industry’s most comprehensive integration platform.
Within DTP Systems, you'll find numerous signal extender products in a wide variety of form factors and video formats, plus a broad offering of distribution amplifiers, switchers, and matrix switchers. Every DTP product features built-in signal conversion so any DTP transmitter is compatible with any DTP receiver regardless of video format.
In addition, DTP2 CrossPoint 82 models are configurable to work with all Extron XTP CrossPoint modular matrix switchers, as well as HDBaseT-enabled displays.
All DTP2 CrossPoint 82 models include Extron ProDSP audio signal processing. The 64-bit floating point architecture ensures a very wide dynamic range. Audio signal transparency is maintained by studio grade 24-bit audio converters with 48 kHz sampling.
ProDSP is loaded with powerful, easy-to-configure tools to control audio embedding, de-embedding, mic/line mixing with ducking, feedback suppression, dynamics, equalization, and delay.
DTP2 CrossPoint 82 IPCP Q models feature a built-in Extron IP Link® Pro control processor with a secure, dedicated three-port AV LAN switch and one standard Ethernet port. The network switch ports of the AV LAN are designed to control local AV devices, and safeguard them from outside intrusion or interference.
The DTP2 CrossPoint 82 IPCP Q delivers high-speed processing and abundant control port capacity for complete, customizable control of an entire AV system, including all source devices and displays, plus lighting, window shades, projection screens, occupancy sensing, and more.
As with all Extron control systems, the DTP2 CrossPoint 82 IPCP Q is very intuitive and easy to configure with Global Configurator® software. The latest version of Global Configurator includes powerful, advanced features such as conditional logic, local variables, and macros.
DTP2 CrossPoint 82 IPCP SA and DTP2 CrossPoint 82 IPCP MA 70 models are equipped with audio power amplifiers featuring Extron's exclusive Class D amplifier design with patented CDRS™- Class D Ripple Suppression technology to provide a smooth, clean audio waveform and an improvement in signal fidelity over conventional Class D amplifier designs.
Conventional Design
Conventional Class D amplifiers are characterized by high frequency switching ripple on the audio output. The result is a distorted signal and EMI emissions on output cabling.
Extron CDRS Design
CDRS removes the switching ripple from the audio output waveform, so that the signal is pure and on par with linear amplifier performance. The result is a Class D amplifier design with dramatically improved audio performance.
Everlast Power Supplies
We design and manufacture our Everlast Power Supplies in-house, employing premium-quality components and highly efficient, modern topologies for thermal management, transistor switching, energy dissipation, and virtually every other critical aspect of the power system. Each Everlast Power Supply is built with the same care and meticulous attention to detail as our award-winning high-end video products.
AV hardware manufacturers typically use generic off-the-shelf power supplies from 3rd party vendors. These mass-produced power supplies are frequently designed to meet a low price point, employing the least expensive components meeting the minimum manufacturing spec. Using a plastic fan assembly instead of a superior metal alternative, or a cheap diode vs. an efficient transistor, or a 10 cent capacitor instead of a 20 cent version might save some pennies in manufacturing costs, but those savings can turn into expensive liabilities when the product fails to power up. These high-volume, low-cost power supplies often employ older design principles and dated topologies.
Key parameters such as input, and output video formats and resolutions are conveniently grouped on the initial Quick Setup screen to get up and running fast
Provides full control of audio input and output levels, plus a wide array of audio processing tools and matrix mixing options for program and microphone signals
Please upgrade your browser for the full Extron experience
You are using [browser] [version] on [os]
It looks like you may be using an outdated browser that we no longer support. Extron uses the latest technology to make its website faster and easier to use. For the best experience, please use one of these supported browsers:
IP Link Pro xi
Everlast
4:2:2 chroma subsampling
4:4:4 chroma sampling
Chrome
Firefox
Edge
Safari