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Kramer VS-88H2A

Kramer VS-88H2A
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P/N: 2900-301168 Rev 1 www.kramerAV.com
USER MANUAL
MODEL:
VS-88H2A
4K HDMI 8x8 Matrix Switcher

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Kramer VS-88H2A Specifications

General IconGeneral
HDCPYes
Video bandwidth60 Hz
Maximum resolution- pixels
Number of displays supported8
USB hubNo
Console ports3.5mm headphone, HDMI, RJ–45, USB A
HDMI ports quantity16
Power sourceAC
Power plug typeType F (CEE 7/4)
AC input voltage100 - 240 V
AC input frequency50 - 60 Hz
Storage temperature (T-T)-40 - 70 °C
Operating temperature (T-T)0 - 40 °C
Operating relative humidity (H-H)10 - 90 %
Package depth330 mm
Package width530 mm
Package height107 mm
Package weight3400 g
Cabling technology-
Ethernet LAN (RJ-45) ports1
Product colorBlack
Weight and Dimensions IconWeight and Dimensions
Depth183 mm
Width436.4 mm
Height43.6 mm
Weight2500 g

Summary

USER MANUAL

Introduction

Provides context about the company and the product's purpose.

Recycling Kramer Products

Information on responsible disposal of electronic equipment.

Overview

General description of the VS-88H2A's features and benefits.

Defining VS-88 H2 A 4 K HDMI 8 x8 Matrix Switcher

Detailed explanation of the device's front panel features and their functions.

Mounting VS-88 H2 A

Provides instructions for physically installing the unit.

Connecting VS-88 H2 A

Guide for connecting sources and destinations to the VS-88H2A.

Operating VS-88 H2 A via Front Panel Buttons

Instructions for controlling the device using its physical buttons.

Operating in ARC Mode

Configuration and usage of the Audio Return Channel feature.

Storing and Recalling a Setup

How to save and load device configurations and settings.

Setting Switching Mode

Configuration options for automatic input switching behavior.

Setting Switching Speed

Adjusting the transition time between input sources.

Setting HDCP

Enabling or disabling High-bandwidth Digital Content Protection per input.

Copying EDID

Methods for transferring EDID data between inputs and outputs.

Operating via Ethernet

Instructions for controlling and managing the device over a network.

Using Embedded Web Pages

Accessing and controlling the VS-88H2A through its web interface.

Upgrading Firmware

Instructions on how to update the device's firmware.

Technical Specifications

Detailed technical data and parameters of the VS-88H2A.

Default EDID

Detailed information about the device's default Extended Display Identification Data.

Protocol 3000

Information regarding Kramer's serial control protocol.

Result and Error Codes

Table of error messages and their meanings for troubleshooting.

Introduction

Getting Started

Initial setup and recommendations for new users.

Achieving Best Performance

Tips for optimal signal quality and device placement.

Safety Instructions

Essential precautions for safe operation and installation.

Recycling Kramer Products

Overview

Exceptional Quality

Highlights the high-performance features and capabilities of the device.

Advanced and User-friendly Operation

Details the various control options and user interface features.

Flexible Connectivity

Describes the range of input/output options and audio routing capabilities.

Typical Applications

Lists common use cases where the VS-88H2A is ideal.

Controlling your VS-88 H2 A

Explains the methods available for operating the VS-88H2A unit.

Defining VS-88 H2 A 4 K HDMI 8 x8 Matrix Switcher

Mounting VS-88 H2 A

Mount VS-88 H2 A in a rack

Instructions for physically installing the unit into a standard equipment rack.

Connecting VS-88 H2 A

Connecting Output to a BalancedUnbalanced Stereo Audio Acceptor

Pinout details for connecting analog audio outputs to acceptors.

Connecting to VS-88 H2 A via RS-232

Guide for establishing serial communication for device control.

Operating VS-88 H2 A via Front Panel Buttons

Routing Signals

General overview of signal routing capabilities using the front panel.

Switching the Video Signal

Step-by-step instructions for routing video inputs to outputs.

Routing an Audio Input to the Analog Audio Output

How to route analog audio sources to analog outputs.

Switching Analog Audio Input to Digital Output

Process for routing analog audio to digital HDMI outputs.

Switching Video and Audio Signal Simultaneously

Methods for routing video and audio signals together.

Routing an Audio Input to the Digital HDMI Output

Instructions for routing digital audio sources to HDMI outputs.

MutingUnmuting an Output

Procedures for muting audio or video on selected outputs.

Routing a Pattern to the Output

How to select and route embedded test patterns to outputs.

Operating in ARC Mode

Routing HDMI Audio Output Signals to Balanced Audio Outputs

Details on using ARC to send audio to balanced outputs.

Routing HDMI Audio Output Signals to HDMI Input Ports

Guide for routing HDMI audio outputs back to HDMI inputs via ARC.

Routing Analog Audio Inputs to HDMI Input Ports

Steps for routing analog audio inputs to HDMI inputs using ARC.

Storing and Recalling a Setup

Setting Switching Mode

Setting Switching Speed

Setting HDCP

Copying EDID

Operating via Ethernet

Connecting Ethernet Port Directly to a PC

Instructions for direct network connection to a computer.

Connecting Ethernet Port via a Network Hub or Switch

Guide for connecting through network infrastructure.

Configuring Ethernet Port

Steps to set up network parameters via web interface.

Using Embedded Web Pages

Switching and Setting Ports

Overview of web-based port configuration and switching functions.

Changing Device Settings and Upgrading Firmware

Managing device parameters and updating software via the web interface.

Managing Web Page Security

Setting up password protection and user access for the web interface.

Setting the Timeout

Configuring delays for automatic shutdown or signal loss detection.

Setting Switching Modes

Defining how inputs are automatically selected for outputs.

Setting Step-in Devices

Managing and configuring connected Step-in devices.

Managing EDID

Functions related to reading, writing, and managing EDID data.

Viewing About Us Page

Displays product version and company contact details.

Upgrading Firmware

Technical Specifications

Default Communication Parameters

Default settings for RS-232, Ethernet, and other communication protocols.

Input or Output Resolutions

List of supported video resolutions for inputs and outputs.

Default EDID

Protocol 3000

Understanding Protocol 3000

Explanation of the command structure and syntax for remote control.

Protocol 3000 Commands

Comprehensive list and description of available remote control commands.

Result and Error Codes

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