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Kramer VP-31KSi [2/48] Contents
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Contents
i
Contents
1 Introduction 1
2 Getting Started 1
2.1 Quick Start 1
3 Overview 3
3.1 Recommendations for Best Performance 3
3.2 Defining EDID 4
4 Defining the VP-31KSi 3x1 UXGA/Audio STEP-IN Switcher 5
4.1 Using the IR Transmitter for the VP-31KSi 8
5 Connecting the VP-31KSi 3x1 UXGA/Audio STEP-IN Switcher 8
5.1 Connecting the Balanced/Unbalanced Stereo Audio Output 9
5.2 Connecting Remote Contact Closure Input Selection Switches 10
5.3 Connecting the SI-1VGA Remote Step-in Module 11
5.4 Connecting the CAT 5 Twisted Pair Output 12
5.5 Connecting to the VP-31KSi via the RS-232 Port 12
5.6 Connecting to the VP-31KSi via the RS-485 Port 12
5.6.1 Setting the RS-485 Machine Number and Bus Termination DIP-switches 12
5.6.2 Connecting and Controlling Multiple VP-31KSi Devices 13
5.7 Cascading Multiple VP-31KSi Devices 14
5.8 Controlling a Remote RS-232 Device 15
5.9 Connecting to the VP-31KSi via the Ethernet Port 16
5.9.1 Connecting Directly to the Ethernet Port 16
5.9.2 Connecting via a Network Hub, Switch, or Router 18
5.9.3 Configuring the Ethernet Port on the VP-31KSi 18
6 Operating the VP-31KSi Locally via the Front Panel Buttons 18
6.1 Using the Front Panel INPUT SELECTOR Buttons 18
6.2 The Audio-Follow-Video and Breakaway Modes 18
6.2.1 Switching to Breakaway Mode 19
6.2.2 Switching to Audio-Follow-Video Mode 19
6.3 Setting the Audio Output Gain 19
6.4 Reading and Writing the EDID 19
7 Operating the VP-31KSi Remotely 19
8 Operating the VP-31KSi Remotely using a Web Browser 20
8.1 To Log On to the VP-31KSi Web Pages 20
8.2 The Switching Matrix Page 22
8.2.1 Switching an Input to an Output 23
8.2.2 Operating in the Confirm Mode 23
8.3 The Audio Gain Page 24
8.4 The Configurations Page 25
9 Updating the Firmware 25
Содержание
- Kramer electronics ltd 1
- User manual 1
- Contents 2
- Figures 3
- Kramer protocol 2000 38 3
- Kramer protocol 3000 31 3
- Technical specifications 26 11 default parameters 27 11 default communication parameters 27 11 default audio and video parameters 27 11 default edid 28 12 table of ascii codes for serial communication protocol 3000 29 13 table of hex codes for serial communication protocol 2000 29 14 kramer protocol 31 14 switching protocols 31 3
- Tables 4
- Getting started 5
- Introduction 5
- Quick start 5
- Getting started 6
- Overview 7
- Recommendations for best performance 7
- Defining edid 8
- Defining the vp 31ksi 3x1 uxga audio step in switcher 9
- Figure 1 and table 1 define the front panel of the vp 31ksi 3x1 uxga audio step in switcher 9
- Figure 1 vp 31ksi 3x1 uxga audio step in switcher front panel 9
- Table 1 vp 31ksi 3x1 uxga audio step in switcher front panel features 9
- Defining the vp 31ksi 3x1 uxga audio step in switcher 10
- Figure 2 and table 2 define the rear panel of the vp 31ksi 3x1 uxga audio step in switcher 10
- Figure 2 vp 31ksi 3x1 uxga audio step in switcher rear panel 10
- Defining the vp 31ksi 3x1 uxga audio step in switcher 11
- Table 2 vp 31ksi 3x1 uxga audio step in switcher rear panel features 11
- Connecting the vp 31ksi 3x1 uxga audio step in switcher 12
- Using the ir transmitter for the vp 31ksi 12
- Connecting the balanced unbalanced stereo audio output 13
- Connecting remote contact closure input selection switches 14
- Connecting the si 1vga remote step in module 15
- Connecting the cat 5 twisted pair output 16
- Connecting to the vp 31ksi via the rs 485 port 16
- Connecting to the vp 31ksi via the rs232 port 16
- Setting the rs 485 machine number and bus termination dip switches 16
- Connecting and controlling multiple vp 31ksi devices 17
- Connecting the vp 31ksi 3x1 uxga audio step in switcher 17
- Dip switch 4 sets the rs 485 bus termination of the vp 31ksi only the first and last physical units on the rs 485 bus must be terminated all others must be unterminated moving the dip switch up turns the termination off default moving the switch down turns the termination on 17
- Dip switches 1 2 and 3 determine the rs 485 machine number of the vp 31ksi when several vp 31ksi units are connected the machine number determines the unique identity of the vp 31ksi on the bus see table 4 note when using a stand alone vp 31ksi unit set the machine number to 1 factory default when connecting more than one vp 31ksi set the first machine connected via rs 232 to be machine number 1 the other vp 31ksi units must each be set to a unique machine number between 2 and 8 17
- Figure 9 rs 485 dip switch default setting figure 9 rs 485 dip switch default setting 17
- Table 3 rs 485 dip switch settings 17
- Table 4 machine number dip switch settings 17
- You can daisy chain up to eight vp 31ksi devices with operation via rs 232 from a pc or serial controller see figure 10 17
- Cascading multiple vp 31ksi devices 18
- Controlling a remote rs 232 device 19
- Connecting directly to the ethernet port 20
- Connecting to the vp 31ksi via the ethernet port 20
- Configuring the ethernet port on the vp 31ksi 22
- Connecting via a network hub switch or router 22
- Operating the vp 31ksi locally via the front panel buttons 22
- The audio follow video and breakaway modes 22
- Using the front panel input selector buttons 22
- Operating the vp 31ksi remotely 23
- Reading and writing the edid 23
- Setting the audio output gain 23
- Switching to audio follow video mode 23
- Switching to breakaway mode 23
- Operating the vp 31ksi remotely using a web browser 24
- To log on to the vp 31ksi web pages 24
- The first time that you run the program the warning security screen appears 25
- The switching matrix page 26
- Operating in the confirm mode 27
- Switching an input to an output 27
- The audio gain page 28
- The configurations page 29
- Updating the firmware 29
- Of the vp 31ksi 30
- Table 6 lists the technical specification 30
- Table 6 technical specifications of the vp 31ksi 30
- Technical specifications 30
- Default audio and video parameters 31
- Default communication parameters 31
- Default parameters 31
- Table 7 default communication parameters 31
- Table 7 lists the default communication parameters as used in kramer electronics products 31
- Table 8 default audio and video parameters 31
- Table 8 lists the default audio and video parameters as used in kramer electronics products 31
- Available for download from http www kramerelectronics com 32
- Default edid 32
- Default parameters 32
- Each input on the vp 31ksi has a factory default edid loaded the edid for each input can be changed independently by uploading an edid binary file to each input via the rs 232 port using kramer edid designer softwar 32
- See section 14 33
- Table 10 lists the codes that set the audio input gain for more detailed information see section 14 33
- Table 10 vp 31ksi audio input gain codes 33
- Table 11 lists the codes that set the video and audio output gain for more detailed information see section 14 33
- Table 11 vp 31ksi audio and audio output gain codes 33
- Table 12 lists the hex values to switch an input to an output for a single vp 31ksi machine for more detailed information see protocol 200 33
- Table 9 lists the ascii values to switch an input to an output for a single vp 31ksi device for more detailed information see protocol 3000 section 14 33
- Table 9 vp 31ksi video and audio signal codes 33
- Table of ascii codes for serial communication protocol 3000 33
- Table of hex codes for serial communication protocol 2000 33
- In 1 in 2 in 3 34
- In 1 in 2 in 3 level rel 34
- Out 1 level rel 34
- Table 12 vp 31ksi hex codes for protocol 2000 34
- Table 13 lists the hex codes that increase or decrease audio input gain 34
- Table 13 vp 31ksi hex codes that increase decrease audio input gain 34
- Table 14 hex codes that set the audio input gain 34
- Table 14 lists the hex codes that set the audio input gain note before sending any of the codes in table 14 the command 2a 86 80 81 must be sent 34
- Table 15 lists the hex codes that increase or decrease the audio output gain 34
- Table 15 vp 31ksi hex codes for increasing decreasing the output gain 34
- Table 16 hex codes for setting the audio output gain 34
- Table 16 lists the hex codes that set the audio output gain before sending the any of the codes in table 16 the command 2a 87 80 81 must be sent 34
- Table of hex codes for serial communication protocol 2000 34
- Video audio 34
- Kramer protocol 35
- Kramer protocol 3000 35
- Switching protocols 35
- Switching protocols via protocol commands 35
- Switching protocols via the front panel buttons 35
- Command part details 36
- Protocol 3000 syntax 36
- Command syntax 37
- Command syntax response 37
- Device initiated messages 37
- Help commands 37
- Kramer protocol 37
- Protocol handshaking cr ok crlf 37
- Start message kramer electronics ltd device model version software version 37
- Switcher actions 37
- Table 17 instruction codes for protocol 3000 37
- Kramer protocol 38
- Kramer protocol 39
- Kramer protocol 40
- Kramer protocol 41
- Kramer protocol 42
- Kramer protocol 2000 42
- This rs 232 rs 485 ethernet communication protocol version 0 1 uses four bytes of information as defined below for serial communication parameters see section 11 42
- Bit 5 don t care bit 5 don t care 43
- Byte bit 7 defined as 0 43
- Byte bit 7 defined as 1 43
- D destination 0 for sending information to the switchers from the pc 43
- Destination destination instruction 43
- For sending to the pc from the switcher 43
- I6 i0 input i6 i0 input 43
- Kramer protocol 43
- M4 m0 machine number m4 m0 machine number 43
- Machine number 43
- Msb lsb 43
- N5 n0 instruction 43
- Nd byte 43
- O6 o0 output o6 o0 output 43
- Output 43
- Ovr machine number override ovr machine number override 43
- Rd byte 43
- St byte 43
- Table 18 protocol definitions 43
- Th byte 43
- The function that is to be performed by the switcher s is defined by the instruction 6 bits similarly if a function is performed via the machine s keyboard then these bits are set with the instruction no which was performed the instruction codes are defined according to the table below instruction no is the value to be set for n5 n0 43
- Used to address machines in a system via their machine numbers when several machines are controlled from a single serial port they are usually configured together with each machine having an individual machine number if the ovr bit is set then all machine numbers will accept implement the command and the addressed machine will reply 43
- When switching ie instruction codes 1 and 2 the input 7 bits is set as the input number which is to be switched similarly if switching is done via the machine s front panel then these bits are set with the input number which was switched for other operations these bits are defined according to the table 43
- When switching ie instruction codes 1 and 2 the output 7 bits is set as the output number which is to be switched similarly if switching is done via the machine s front panel then these bits are set with the output number which was switched for other operations these bits are defined according to the table 43
- Description input output 44
- For a single machine controlled via the serial port always set m4 m0 1 and make sure that the machine itself is configured as machine number 1 44
- Instruction definition for specific instruction note 44
- Kramer protocol 44
- Note all values in the table are decimal unless otherwise stated 44
- Table 19 instruction codes for protocol 2000 44
- Description input output 45
- Instruction definition for specific instruction note 45
- Kramer protocol 45
- Kramer protocol 46
- Except as below this warranty covers all defects in material or workmanship in this product the following are not covered by the warranty 47
- We warrant this product free from defects in material and workmanship under the following terms 47
- Caution caution 48
- For the latest information on our products and a list of kramer distributors visit 48
- Kramer electronics ltd 48
- Safety warning safety warning 48
- Where updates to this user manual may be found we welcome your questions comments and feedback 48
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