EKSELANS 082256 CM 8SH CI-TC Device User Manual

: June 6, 2024
: EKSELANS

Table of Contents

EKSELANS 082256 CM 8SH CI-TC Device
Introduction
Package contents:
CONNECTIONS AND INTERFACES:
INSTALLATION AND WIRING:
“CM Management” PROGRAMMING SOFTWARE:
IMPORTANT:
FAQS
References
Read User Manual Online (PDF format)
Download This Manual (PDF format)

EKSELANS 082256 CM 8SH CI-TC Device

Introduction

Description: It is a 4 input – 8 tuner DVB S/S2 + USB 2.0 + HDMI IN, with dual CI trans modulator, trans modulated to 4 FLEXIBLE COFDM/QAM, 13/18V, 22 kHz, and DiSEqC output channels. 95 dBuV output level. MER (Modulation Error Rate) >32dB. Intelligent multiplexing of services. PC Programming connected to the power supply. Integrated remote control from FA 524 power supply.

Key features:

OCTO module with 4 SAT inputs and 8 tuners
1 HDMI input
1 USB 2.0 input
Dual CI (Common Interface) reader
Independent control of each i13/18V – 22KHz – DiSEqC (A/B/C/D). input
Flexible multiplexing of services on any output channel.
NIT tables editing, SID remapping and transmission or deletion of EMM messages and CAT tables.
Programmable QAM/COFDM output.
Output up to 4 COFDM/4 flexible QAM channels.
High output level.
Excellent output signal quality with high MER (Modulation Error Rate).
LCN / LCN HD insertion.
Programming via PC Software (“CM Management”) for Windows.
Configuration cloning and report generation.
On-site (FA 524 / CM PR) or remote (FA 524) management

Package contents:

1x CM 8SH CI-TC module 082256
1x Power supply cable 082123
1x 63.25mm jumper 082148
1x Mounting tab 251008

CONNECTIONS AND INTERFACES:

USB input
HDMI input
Status LED. Status information of the input tuners.
Dual CI input
Input connectors to each tuner.
Status LED. Reports the status of the COFDM/QAM modulated output. The output will be working properly when the LED blinks green.
RF mix input connector.
RF output connector. This output will supply the MUX’s generated by the module itself, plus those entering through connector number 7
Ventilation grille.
Power supply connector if using a single module with FA 55 power supply.
Module power supply port and input data bus. (IN)
Port for power supply to the next module and output data bus. (OUT)

INSTALLATION AND WIRING:

General installation and wiring:

For installations of several modules (head-end) or a single module, mount the trans modulator module to a wall chassis (CHM TR) or to a rackmount chassis (CHR TR).
To do this, mount the supplied metal piece (COD: 251008) on the upper rear part of the module as shown in the image.

Important note: If installing a head-end with several modules, always place the power supply to the left of the modules to be installed.

2.- Connect the power supply (FA 524) to the module or connect it to the previous module using the supplied power cable.

The FA 55, power supply can also be used to power a single module.

3. Connect the input signals to the trans modulator inputs.

Important note: Pay particular attention to the input type and port. Follow the instructions on the front panel.

4. Install the “CM Management” software on the PC. It can be downloaded from the website https://ek.plus Software / CM Head-ends Section. Link

5. To program the module, perform any of the following connections:

5a: PC – CM PR programming via USB. Connect the module to the device using the power and data cable. Connect the PC to the CM PR via USB cable. PC – FA 524 programming via USB. Connect the FA 524 power supply to a PC using a USB (A) – USB (B) cable.

5b: PC – FA 524 programming via Ethernet. Connect the power supply and the PC via Ethernet cable, connect these on the same LAN (the power supply provided with the address 192.168.0.222). If it is necessary to be connected when not connected to the LAN itself, the CM KEY access key must be enabled beforehand.

5c. – PC – CM PR programming via USB. Connect the module to the device using the power and data cable. Connect the PC to the CM PR via USB cable.

6. Run the PC SW programming.

Important note: Connect the FA 524 power supply or the CM PR programming device and FA 55 power supply to the PC before running the software so that it is correctly detected by the PC driver.

Installation of a multi-module head-end:
In the event of wishing to install the module as a further element of a head- end consisting of other CM series modules, it is very important to follow the instructions below.

Connect the different modules in series using of the supplied power cable and then the power supply, which must always be to the left of the head-end.
Check the consumption of the modules. In general, up to 5 modules can be connected with an FA 524 power supply. However, it is recommended to check the power consumption of the modules to be installed.
It is recommended to install the modules with CIs downstream of the power supply.
It is possible to use the long jumper to deliver the input signal to adjacent modules.
The attenuation at the output of each module can be adjusted to compensate for cable losses at high frequency.

“CM Management” PROGRAMMING SOFTWARE:

Main screen: The main screen of the “CM Management” software is displayed as follows:

Always check that the latest WEB software version is installed. It can be directly connected via USB or LAN.

For the LAN, select the equipment and for connection press:

ID.: enter the MAC of the corresponding power supply.
KEY: enter the CM Key, if any. If not “0”.
LOCAL IP: the local IP will be entered if connected via LAN from the same network.
DESCRIPTION: description.

Using the “CM Management” software, all modules connected to the power supply can be controlled and programmed. The function of each of the main side options is explained below:

Connect to the modules via the power supply using the USB connector.
Connect to the modules via the power supply using the LAN interface.
Firmware update button for any of the cards. If any SW is available, the corresponding card will be displayed with a white triangle in the inner left corner. By double-clicking, the button will change the color to orange and the icon will change from gray to blue. Clicking the icon will update the FW of all selected cards. It is recommended to update each button one at a time via a RESET of the power supply at the end.
Reset selected card. This function is not available for all cards.
This option enables loading a programming configuration previously saved in the PC to the head-end. The configuration file will have a *.dtc extension.
This option enables the programming configuration of a head-end to be saved on the PC, to be subsequently loaded following the steps of the preceding point.
THE DISTRIBUTION OF THE MODULES MUST BE IDENTICAL TO THAT OF THE .dtc FILE.
Data-logger. Enables saving the data of the different head-end modules in a single HTML. file
Enables changing the output of the DVB-T (COFDM) modules to DVB-C (QAM).

The main “CM Management” screen enables easy identification of the different modules connected to the power supply, as can be seen in the following screen:

Power supply and head-end manager (red).
Identification of a module with an input card (green) and an output card (blue).
Identification of a module with only one input card (green), two CIs (orange) and one output card (blue).
Identification of a module with two input cards (green) and one output card (blue).
In this case it would be a power supply and three modules, each one with its different internal cards.

Click on the corresponding module to enter its specific configuration menu.
Never open the CM MANAGEMENT program twice, this will cause configuration problems.
CM 8SH CI-TC module configuration:

Selected module
Selected module configuration
Input card. Select between DVB-S DVB-S2.
NO MULTISTREAM
CI section. Activate Watchdog
Output card. Select output frequency in kHz.
FLEXIBLE channels and different attenuations.
Program pool available on the configured inputs.
Input card:
In this part of the menu, the input card will be configured. Selecting A, B, C, D, E, F, G or H in order to choose the input tuner that is to be configured:
On: Click on “Check” to activate the selected tuner.
Input: Select one of the physical inputs, 1, 2, 3 or 4.
Polarity: HOR. – VER. Select the horizontal or vertical polarity.
Switch: if having a DiSEqC multi-switch then select between A, B, C or D. If there is no DiSEqC multi-switch, this will not affect the selected value.

Common fields for each of the four physical inputs 1-2-3 and 4.
Standard: Select DVB-S or DVB-S2 for the satellite input.
BIS. (MHz): Tuner frequency. The conversion is performed automatically. Example: 11229 MHz. – 9750 = 1479MHz.

S.R.: Symbol Rate of the selected MUX.
Once the parameters have been correctly configured, the signal will be acquired, acquired and an approximate value of these parameters will be specified in Power (Level) and C/N (Quality). The power in dBm and the quality in dB CAN NOT BE CONSIDERED AS A PROFESSIONAL MEASUREMENT.
Several fields for the eight different satellite inputs. A-B-C-C-D-E-F-G and H.
The input I: HDMI – USB 2.0

By selecting input I(1), the HDMI – USB 2.0 input can be configured.
The HDMI input is automatic, it will always work with a maximum resolution of 1080p. Check the Technical Specifications of the equipment.
The USB input can be configured to be enabled at an interval of hours, and at the end of the time, it will automatically return to the HDMI input.
The USB input works with videos in TS output format. Click on the drop-down menu (2) to select the video.
Download the EK CONVERTER , software, and where the video can be generated using the TS extension.
Link: https://ek.plus/en/sw/ek-converter-en

Program pool:
In this table, all channels, services, which correspond to the selected entries will be listed. From here the services that are wished to be assigned to each MUX output can be selected. Each service is assigned to the input tuner from which it has been tuned.
S.I.D.: S.I.D. (Service Information Descriptor) assigned at source to that service.
Service name: the name assigned to the service at source. Next, a symbol appears indicating whether the service is TV or Radio and whether it is encrypted or open.
DECODIFIC: This module is provided with two slots to insert two CAMs. By clicking on it, we activate or not the service so that it decodes in the selected CAM. See an example.
MODULATION: each circle corresponds to a MUX output: 1, 2, 3 or 4. By clicking on that circle, it changes from red to green, and this service is assigned to a MUX output.
DVB-T output card:
This part of the menu consists of three differentiated sections:

N.I.T. (Network Information Table) parameters
RF output channel parameters
Information window on the throughput of each MUX output

N. I.T. parameters:

Vers.: N.I.T. version
O.N.I.D.: Original Network Identification Descriptor.
N.I.D.: Network Identification Descriptor.
L.C.N.: Logical Channel Number. LCN type selection (EACEM for Europe, ITC for the United Kingdom …)
Network Name: identifies the name of the local DTT (Digital Terrestrial Television) network.

RF output channel parameters:

Freq. (kHz): Center frequency, in kHz, of the desired output channel. E.g. CH21=474000
Id. T.S.: T.S. identifier, in general, it is not necessary to change the identifier.
Const.: Constellation. Select the desired output constellation: 64QAM, 16QAM, QPSK.
Band: Output channel bandwidth: 7MHz or 8MHz.
F.E.C.: (Forward Error Correction). Select the error correction level: 7/8, 5/6, 3/4, 2/3, 1/2.
Guard Int. Select guard interval: 1/32, 1/16, 1/8, 1/4.
Atten. Level: The power level of the modulator is 95dBuV; it can be adjusted to 20dB by using this attenuator.

Information window on each MUX output throughput:
Four bars are displayed corresponding to each MUX output. The green line indicates the percentage of channel occupied.
The number above indicates the total throughput being transmitted.
At the end of each bar, there are two numbers: the first number indicates the throughput being modulated on that channel and the second the maximum possible throughput for the selected modulation parameters. The first number should not exceed 80% of the second unless for services with constant throughput.
DVB-C output card:
For DVB-C it is all identical to the DVB-T except for the modulation parameters:

Const.: Select the desired output constellation: 256QAM, 128QAM, 64QAM, 16QAM.
Band: Output channel bandwidth: 7MHz or 8MHz.
S.R.: Enter the required value.

Whenever the modulation of a head-end module is changed, the power supply must be reset.

Advanced Configuration:
LCN Function:
The trans modulator enables labeling the information Transport Streams so that the TV programs are displayed in order on the TV set, in its program guide as specified from the head-end. In this way, all TV sets with the LCN function will have the same contents in each program number on the TV set. Although this function is useful for hotels or cable operators, as it avoids manual reordering of the programs on each TV set, tuning of each TV set is required. To perform the program number assignment, simply double-click on the LCN column of the program to be changed and apply the number of the desired position. Example:

Configuration of SID and NSID parameters:
The trans modulators enable a “remapping” of the SID fields. This functionality will enable to change the content of a program in the TV, leaving it in the same output channel of the head-end module, without the need to retune the TV. To do this, it is necessary to activate the new program to be transmitted in the same NSID where the previous program was broadcasted, by double-clicking on the NSID column of the program to be changed. Example:

Flow: Adjustment of the data transfer rate to the output:
As a general rule, we will set the FTA (Free To Air) modules to 160Mbps.
Example flow calculation: 31668Mbps x 4 = 126672 Mbps – The value above would be 160 Mbps.

IMPORTANT:

If the CI (Common Interface) is used, in any of its two slots, the maximum speed specified by the service provider to leave the flow at the appropriate value must be taken into account, as all the selected flow will be delivered through the CAM regardless of whether it has to be encoded or not.
Remote head-end management:
The CM head-end can be managed remotely. This function is integrated in the FA 524 power supply and in each of the head-end modules. To do so, a CM KEY (082015 code) must be available.
Each CM KEY is associated with a single power supply and will only enable remote management of that power supply. The installer will provide the Power Supply identifier to the ITS Partner when requesting the CM KEY.
Each installer company, in either event, will have a unique Software ID and Key which will be supplied together with the CM KEY.

Software ID: Installer/Installer Company Identifier. Key: Installer/Installer Company Identifier.
ID: Power Supply Identifier (MAC).
KEY: CM KEY supplied.

Red: No Internet connection.
Orange: Connection to the Internet and server.
Green: Connection established against head-end modules.

Address and port of the data server which facilitates the remote connection.
It is configured by default. DO NOT CHANGE.

FAQS

What loads can be used for the module?
Use isolated loads CF 2150 A (163002) type
How many services can be installed on a MUX output?
It depends on the size of the channel selected in the “Program Pool”. For HD channels less channels can be installed than for SD channels.
Why does the head-end module not detect anything?
Set the FA 524 to the left. Connect the head-end module to the right. Plug the power to the FA 524, connect a USB cable to the PC and open the CM MANAGEMENT program. Press the USB button and it will connect to the module.
Why is there no signal at the tuner input?
Check the orientation of the satellite dish and the LNB with the Metek.
If the MER (Modulation Error Rate) is located next to the power socket, can it be improved? For installations where there are problems with the MER (Modulation Error Rate), improved performance of the product can be obtained, in the event that it has been attenuated at the head-end, leaving the attenuator at 0dB in the CM Management, and adding an external attenuator at the head-end output until the same attenuation is obtained.
How can I see the configuration examples?

Example 1:

Input 1: ON – Tuner A – 22KHz. Disabled.
EUTELSAT 5ºO Satellite – Frequency 11554 VERTICAL 29950 11554-9750=1804Mhz.
No DISEQ. Input 1 – Standard: DVB S2
6 channels in the COFDM modulated program pool:

2 Encoded services– Channel 21 – 474000 MHz. No attenuation.
1 Encoded service – Channel 22 – 482000 MHz. No attenuation.
1 Uncoded servicer – Channel 22 – 482000 MHz. No attenuation.
1 Encoded service – Channel 23 – 490000 MHz. No attenuation.
1 Encoded service – Channel 24 – 498000 MHz. No attenuation.

HDMI Input– Tuner I – Not selected
100Mb streaming. as the operator has assigned it like this. Watchdog Enabled, as it is the internal control to confirm that the channels are actually decrypted.

Example 2:

Input 1: ON – Tuner A – 22KHz. Disabled.

Input 1: ON – Turner B – 22KHz. Disabled.

A: EUTELSAT 5ºO Satellite – Frequency 11096 VERTICAL 29950

B: EUTELSAT 5ºO Satellite – Frequency 11554 VERTICAL 29950

DISEQ B. Input 1 – Standard: DVB S2

16 Encoded channels in the COFDM modulated program pool:
4 – Channel 25 – 506000 MHz. 10dB attenuation at the output.
5 – Channel 30 – 546000 MHz. 7dB attenuation at the output.
4 – Channel 35 – 586000 MHz. 5dB attenuation at the output.
3 – Channel 40 – 626000 MHz. 2dB attenuation at the output
+ HDMI Input– Tuner I
100Mb streaming: As the operator has it assigned like this.
Watchdog Enabled, as it is the internal control to confirm that the channels are actually decrypted.
20874+24813+20258+22684 = 88.62Mb.
Less than 100Mb peak throughput on a module with the CI inserted in slot 2