Appear TV DC100X Operational manual

PRODUCT USER MANUAL
DC100x/110x
SC200x/210x
MC300x/310x
XC5000/XC5100
©Appear AS
PO Box 8 Lilleaker
NO-0216 Oslo
Norway
Tel: [phone]
Fax: [phone]
Email: [email protected]
appear.net
Doc. Name : User Manual
Revision : 3.10
Date : 30.06.2013
Doc. Name : User Manual
Revision : 5.00
Date : 9th September 2021

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1INTRODUCTION 9
2INSTALLATION AND SAFETY 10
2.1 INSTALLATION AND SAFETY (ENGLISH TEXT) 10
2.1.1 The 4RU Chassis 10
2.1.2 1RU Chassis XC5100 12
2.1.3 Safety Considerations 12
2.1.4 Installation 13
2.1.5 Information on Disposal 17
2.1.6 Laser Safety 17
2.2 INSTALACIÓN Y SEGURIDAD (SPANISH TEXT) 20
2.2.1 Chasis 4RU 20
2.2.2 Chasis 1RU 23
2.2.3 Consideraciones de Seguridad 25
2.2.4 Instalación 26
2.2.5 Información sobre residuos 29
2.3 УСТАНОВКА ИБЕЗОПАСНОСТЬ (RUSSIAN TEXT) 30
2.3.1 4RU шасси 30
2.3.2 1RU шасси 32
2.3.3 Соображения безопасности 33
2.3.4 становка 34
2.3.5 Информация по утилизации электрического и электронного оборудования 37
3PHYSICAL MODULE CONFIGURATION 39
3.1CONNECTING SWITCH MODULES 39
3.1.1 Switch module with MMI 39
3.1.2 Switch module with MMI and IP IO 39
3.2 MMI MICROSD INSTALLATION 39
3.3 CONNECTING INPUT SIGNALS 40
3.3.1 IP Input 40
3.3.2 ASI Input 40
3.3.3 DVB-S/S2 Input 40
3.3.4 DVB-S2X Input 41
3.3.5 COFDM Input 41
3.3.6 DVB-T/T2 Input 41
3.3.7 QAM A/C Input 41
3.3.8 8VSB Input 41
3.3.9 QAM-B Input 41
3.3.10 ISDB-T Input 42
3.3.11 SDI Encoder 42
3.3.12 Analog Encoder 42
3.3.13 Audio Processor 43
3.4 CONNECTING PROCESSING MODULES 43
3.4.1 EPG 43
3.5 CONNECTING OUTPUT SIGNALS 43
3.5.1 IP Output 43
3.5.2 ASI Output 43
3.5.3 QAM Output 43
3.5.4 COFDM Cable Output 44
3.5.5 MPEG-2/4 SD/HD SDI Decoder 44
3.5.6 MPEG-2/4 SD/HD Composite Decoder 44

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3.5.7 MPEG-2/4 SD/HD High Performance Decoder with RF Modulation 45
3.5.8 Quad Decoder with RF Output 45
3.5.9 FM Radio Output 46
3.5.10 DVB-T/T2 Output 46
3.5.11 DVB-S/S2/S2X Output 46
3.5.12 ISDB-T-Cable Output 47
3.6 CONNECTING CLOCK REFERENCE SIGNALS 47
3.6.1 XC5000 4RU Clock Reference Module 47
3.6.2 XC5100 1RU Clock Reference Module 47
4ADMINISTRATIVE SETTINGS CONFIGURATION 49
4.1 ACCESSING THE WEB INTERFACE 49
4.1.1 Assigning an IP Address 50
4.1.2 IPv6 Address Support 52
4.1.3 Management over IP-Data Port and VLANs 54
4.1.4 Broadcast Firewall 54
4.1.5 DNS Configuration 55
4.1.6 Internal Time Clock Setting / Network Time Protocol (NTP) Server 55
4.1.7 Automatic Daylight Saving 56
4.1.8 Login Management 56
4.1.9 Optional Languages 58
4.2 SUPPORT FOR HTTPS IN MAINTENANCE CENTER 58
4.3 CONFIGURATION OF CLOCK REFERENCE MODULE 59
4.4 LICENSING 59
4.4.1 Ordering a License File 64
4.4.2 Installing a License File 64
4.4.3 Demo Licenses 65
5INPUT CONFIGURATION 66
5.1 THE INPUTS NODE 66
5.2 INPUT ANALYSIS 66
5.2.1 Input Port Analysis 67
5.2.2 Input Service Analysis 68
5.2.3 Input PID Analysis 68
5.2.4 Port Bitrate Status 69
5.3 MANUAL PSI 70
5.3.1 Defining a Service (PMT) 70
5.3.2 MPTS Support 71
5.3.3 Adding a component for an incoming PID 71
5.3.4 Changing the language descriptor of an incoming audio 72
5.3.5 Edit options on existing manual PSI 73
5.3.6 Remove descriptor 73
5.4 INPUT MODULES 74
5.4.1 IP Input 74
5.4.2 DVB-S/S2/S2X Input 86
5.4.3 ASI Input 93
5.4.4 QAM/DVB-C Input 96
5.4.5 COFDM/ DVB-T/T2 Input 99
5.4.6 8VSB Input 102
5.4.7 QAM-B Input 103
5.4.8 ISDB-T Input 104

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5.5 TS INSERTION 106
5.5.1 Adding a file 106
5.5.2 SCP upload 107
5.5.3 NAS playout 107
5.5.4 Edit TS File 108
5.5.5 Output of TS File Sources 108
5.5.6 TS File Requirements 108
6CONDITIONAL ACCESS CONFIGURATION 110
6.1 DESCRAMBLING –COMMON INTERFACE MODULE 111
6.1.1 Descrambling a Service 111
6.1.2 Transporting a Descrambled Service to Multiple Output Modules/Ports 111
6.1.3 CAM Configuration 111
6.1.4 Alt CAM Mode 113
6.1.5 CAM Interface 114
6.1.6 Navigation 114
6.1.6.1 Multiple Users and CAM access 115
6.1.7 Error Handling 115
6.2 GENERIC DESCRAMBLER CI MODULE (DESCRAMBLER GEN.2) 116
6.3 BULK DESCRAMBLING 117
6.3.1 Verimatrix Configuration 118
6.3.2 BISS Scrambling and Descrambling 122
6.3.3 SIM bulk Descrambler 125
6.4 SCRAMBLING 126
6.4.1 Scrambler Module Configuration 127
7DECODER OUTPUT CONFIGURATION 137
7.1.1 Decoder Status 138
7.2 CHANNEL CONFIGURATION 141
7.2.1 Service 142
7.2.2 Video 142
7.2.3 Audio 146
7.2.4 Subtitling 152
7.2.5 Subtitling Options 153
7.2.6 VBI/Test lines (or VBI/VANC/Test lines) 153
7.2.7 Descrambling for the Decoder Module 156
7.2.8 Upconverter (RF Parameter Configuration) 156
7.2.9 Stereo (RF Parameter Configuration) 158
7.2.10 Video Sync Shutoff 159
7.2.11 System 159
7.2.12 Monitoring 160
7.2.13 Sync/Output Control 161
7.3 GENLOCK CONFIGURATION 161
7.4 MODULATOR CONFIGURATION 162
7.4.1 Carrier offset in TVMOD 162
7.5 ON SCREEN DISPLAY MESSAGING (OSDM) 163
7.5.1 Enabling OSD Messaging 163
7.5.2 Disabling OSDM 165
8DIGITAL OUTPUT CONFIGURATION 166
8.1 INPUT STREAM SELECTION 167
8.1.1 Bulk Selection on output view 168

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8.2 AUTO SERVICE MODES 170
8.2.1 Configuring an output with Auto All Services 171
8.2.2 Configuring an output with SID conflict mode 172
8.3 TRANSPORT STREAM GENERATION 172
8.3.1 Transport Settings 175
8.3.2 Port Settings 177
8.3.3 EMM 178
8.3.4 HbbTV Apps 179
8.3.5 PSI 180
8.3.6 EPG 181
8.3.7 Service 181
8.3.8 Components 184
8.3.9 Scrambling 188
8.4 OUTPUT PORT SETTINGS 190
8.4.1 IP Output module 190
8.4.2 Cloned IP Output Module 192
8.4.3 Dual IP Output 194
8.4.4 ASI Output Module 195
8.4.5 QAM Output Module 196
8.4.6 COFDM Output Module 198
8.4.7 DVB-S/S2, DVB-S2X Output Modules 199
8.4.8 DVB-T2 Output Module 202
8.4.9 ISDB-T Output Module 203
8.4.10 SRT IP Output Module 204
8.5 OUTPUT OPTIONS 205
8.5.1 Enable/Disable Services in Outgoing MPTS. 205
8.5.2 Virtual MPTS Output 206
8.5.3 MPTS Transparent Mode 207
8.5.4 MPTS Semi-Transparent Mode 207
8.5.5 Service Filtering in Semi-Transparent Mode 208
8.5.6 Service Priority Selection 209
8.5.7 Popup warning if new service exceeds available MPTS bitrate 210
8.6 PSI/PSIP CONFIGURATION 210
8.6.1 Editing the PSI Network configuration 212
8.6.2 NIT Mapping in PSI Network configuration 213
8.6.3 Editing the PSI Default Values 214
8.6.4 Editing the Logical Chanel Descriptor (NIT) 216
8.6.5 Editing the BAT table 217
8.6.6 Editing the TOT Local Time Offset Descriptor 218
8.6.7 PSI Synchronization 219
8.6.8 Inserting Generic Descriptors 221
8.6.9 Inserting DVP STP 222
8.6.10 PSI Generation Setup 223
8.6.11 DVB →ATSC, ATSC →DVB Conversion 225
8.6.12 SI Domain Support 226
8.7 PMT SWITCHING CONFIGURATION 226
9ENCODER AND TRANSCODER CONFIGURATION 228
9.1 GENERAL INFORMATION 228
9.2 ENCODER MODULES 229
9.2.1 Hardware Configuration (EC-400) 231

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9.2.2 Source Configuration 231
9.2.3 Pre-Processing Parameters 233
9.2.4 Video Parameter Configuration 233
9.2.5 Video Extended, MPEG-2 and H.264 Parameters 234
9.2.6 Audio Configuration 234
9.2.7 VBI/VANC Parameters 239
9.2.8 Service Parameters 241
9.2.9 Subtitling 242
9.2.10 Logo Insertion 244
9.3 TRANSCODER MODULES 244
9.3.1 Hardware Configuration (TC-200, TC-400) 246
9.3.2 Service Configuration 247
9.3.3 Source Parameters 247
9.3.4 Pre-Processing Parameters 248
9.3.5 Video Parameter Configuration 249
9.3.6 Video Extended, MPEG-2 and H.264 Parameters 251
9.3.7 Audio Configuration 251
9.3.8 Subtitling Parameters 253
9.3.9 Logo Insertion 254
9.4 STATISTICAL MULTIPLEXING 254
9.4.1 Module and Statmux Engine Support 254
9.4.2 Statmux Group Configuration 255
9.4.3 Adding and editing a Statmux Group 255
9.4.4 StatMux Service Configuration 258
9.4.5 Statmux Service Output Configuration 259
9.5 LOGO INSERTION 260
9.5.1 Uploading Logo to the MMI 260
9.5.2 Configuring Logo Insertion 261
9.6 OSDM (ON SCREEN DISPLAY MESSAGE)SUPPORT 262
9.7 AUDIO PROCESSOR MODULE 262
9.7.1 Audio Encoder Mode 263
9.7.2 Audio Transcoder Mode 264
9.8 MULTISCREEN RESOURCE ALLOCATOR 265
9.8.1 Coding Profile 266
9.8.2 Output Scheme 271
9.8.3 Encoding 272
9.8.4 Transcoding 274
9.8.5 Multiscreen Setup 276
9.8.6 Creating Multiscreen Output Services 277
10 AUDIO OUTPUT CONFIGURATION 278
10.1 FM RADIO OUTPUT CONFIGURATION 278
10.1.1 Configuring Global Parameters for a Module 278
10.1.2 Configuring Radio Services 279
10.1.3 Configuring RDS Output 281
10.2 DAB OUTPUT CONFIGURATION 285
10.2.1 Data configuration 285
10.2.2 Data source 285
10.2.3 Configuring DAB RF Output 286
10.2.4 Data Output 288

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11 DIGITAL PROCESSING MODULES 289
11.1 AUDIO LEVELING MODULE 289
11.2 ELECTRONIC PROGRAM GUIDE (EPG) 289
11.2.1 EPG Status 290
11.2.2 Setting up EPG 291
11.3 ADDING EPG INFORMATION TO A TRANSPORT STREAM 293
11.3.1 Playout Rate, Playout Limit, and Priority 294
11.3.2 EIT Source Setup 295
12 REDUNDANCY SUPPORT 298
12.1 INPUT REDUNDANCY 298
12.1.1 Configuring Service-based Input Redundancy 299
12.1.2 Configuring Port-based Input Redundancy 300
12.1.3 Alarms that cause Switching 300
12.1.4 Input Redundancy and the MMI 301
12.1.5 Seamless Input Redundancy 301
12.2 INTERNAL REDUNDANCY 303
12.2.1 Dual backplane configuration 303
12.2.2 Hardware Requirements 303
12.2.3 Configuring Modules for Internal Redundancy 304
12.2.4 Decoder Internal Redundancy 305
12.2.5 QAM/COFDM/IP/ASI Output Internal Redundancy 306
12.2.6 FM Radio Internal Redundancy 307
12.2.7 Cloned Link State Mode for Dual IP input MMI module 307
12.3 OUTPUT REDUNDANCY 308
12.3.1 Non-IP cards Output Redundancy 309
12.3.2 IP Output Redundancy 310
12.3.3 Global Settings 311
12.3.4 Group streams for output redundancy 312
12.3.5 Stream specific settings 313
12.3.6 Mute on Error 315
12.4 N+M MODULE REDUNDANCY 315
12.4.1 Redundancy Group Configuration 316
12.4.2 Redundancy Module Configuration 317
12.4.3 Manual Switching 319
12.4.4 SDI Input switch configuration 319
12.4.5 Multiscreen Transcoder Configuration 321
12.5 MMI REDUNDANCY 322
12.5.1 MMI Redundancy Configuration 323
12.5.2 MMI Switching Criteria 325
12.5.3 Configuration Database Synchronization 325
12.5.4 Link between MMIs 326
12.6 MONITOR IN/OUT REDUNDANCY 326
12.6.1 Primary Unit Configuration 327
12.6.2 Backup Unit Configuration 327
12.6.3 Switching Behavior 328
12.6.4 Cloned Link State Mode 329
12.7 CONDITIONAL ACCESS (CA) REDUNDANCY 330
12.7.1 ECMG Redundancy 330
12.7.2 Redundancy Configuration 330
12.7.3 Manual Switching 331

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12.7.4 EMMG Redundancy 331
13 CONTROL AND MONITORING 332
13.1 SYSTEM STATUS 332
13.1.1 Service View 332
13.1.2 Output View 333
13.1.3 Hardware View 335
13.1.4 Active Alarms 335
13.1.5 Alarm History 336
13.1.6 Alarm Setup 337
13.1.7 Root Cause Filter 338
13.1.8 Monitoring 338
13.2 SNMP 342
13.2.1 Configuration of SNMP Community Strings in GUI 342
13.2.2 Configuration of SNMP Heartbeat rate in GUI 342
13.2.3 Configuration of SNMP Alarm Filter via the GUI 342
13.2.4 Configuration of SNMP Trap Destination Table via the GUI 343
13.2.5 Configuration of Trap Destination Table via SNMP 343
13.2.6 Interpretation of Traps 343
13.3 SOAP XML INTERFACE 344
14MAINTENANCE 345
14.1 SOFTWARE UPGRADES 345
14.2 HOT-SWAPPING 345
14.2.1 Performing a Hot-Swap 345
14.2.2 Switch+MMI Module Hot-swap 345
14.2.3 Other Module Hot-swap 346
14.3 ADDING,REPLACING,OR REMOVING MODULES 346
14.4 IMPORTING AND EXPORTING CHASSIS CONFIGURATION 347
14.5 MAINTENANCE CENTER ACCESS 347
14.6 SUPPORT FOR CONFIGURATION BACKUP 348
14.7 SYSLOG EXPORT OF ALARMS 349
14.8 EXPORT OF ALARM HISTORY 349
14.9 RESTORING THE DEFAULT IP ADDRESS 350
14.10 RESTORING THE DEFAULT IP ADDRESS FOR 1RU (XC5100). 350
14.10.1 Resetting IP address using USB Cable 350
14.10.2 Resetting IP address with DIP switch 351
14.11 RESTORING THE DEFAULT CLI PASSWORD 351
ANOTICES 352

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1INTRODUCTION
Thank you for purchasing our products. Our high-quality product range is aimed at the professional segment of
the video distribution market.
This manual describes how to install, configure, and operate your new equipment. It is written for professional
operators of video distribution systems and assumes a prerequisite level of technical knowledge.

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2INSTALLATION AND SAFETY
2.1 INSTALLATION AND SAFETY (ENGLISH TEXT)
The unit is designed to offer operators reliability and flexibility. It consists of a chassis in which a number of modules
can be installed. To cater to specific system requirements, the chassis can be configured to host functional modules
best suited for a given scenario.
Appear products can be deliveredin different chassis variations - 1RU chassis and a 4RU chassis. The product models
DC1000/1001, SC2000/2001, MC3000/3001 and XC5000 represents the 4RU chassis, while the product models
DC1100/1101, SC2100/2101, MC3100/3101 and XC5100 represents 1RU chassis.
2.1.1 THE 4RU CHASSIS
The 4RU chassis consists of a total of 18 slots all of which can host functional modules. Slot number 0 is dedicated to
host the switch module and slot number 17 can only host multi-slot input modules. Alternatively a second switch
module can be placed in slot 17 for some redundancy configurations. The remaining 16 slots are identical and can be
occupied by any of the functional modules available. A 4RU chassis including a mandatory switch module, power
supplyconnectors,andmoduleslots isshowninFigure 2.1 and 2.2.Powermodules andfanmodules areinsertedfrom
the back (figure 2.3 showing the XC5000).
Figure 2.1 –4RU chassis (DC1000/1001, SC2000/2001 and MC3000/3001)with power connectors, switch module
and available slots.

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Figure 2.2 –4RU chassis (XC5000) with front view
Figure 2.3 –4RU chassis (XC5000) with rear view
2.1.1.1 Product models
4RU chassis models: DC1000. DC1001, SC2000, SC2001, MC3000, MC3001 and XC5000
2.1.1.2 Ventilation
The 4RU chassis with Telco mounting has forced air flow from front to back in the chassis, allowing for multiple
units to be stacked above each other with no space in between. However, adequate space must be provided in
front of and behind theunit for effective ventilation. For Broadcast mounting, air flow will be from back to front.
2.1.1.3 Replacing the power supply module
The 4RU chassis can beinstalled with one or two power supply modules (XC5000 always comes with two power
supply modules). The modules can be exchanged from the rear of the unit. The chassis delivered with a single
power module can be updated by acquiring additional power module.
If power is lost in one of the Power supplies, the other can feed the entire chassis. It is recommended to connect
each input power at different circuits.

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2.1.2 1RU CHASSIS XC5100
The 1RU chassis for the XC5100holds of a total of 6 slot positions plus a slot for the Switch/IP module. The
Switch/IP module is inserted in the front of the chassis, while the modules for the other 6 positions are inserted
in the back of the chassis. All modules are hot-swappable, including power supplies and the fan module in front.
The 1RU chassis is equipped with dual 400W AC or 500W DC power supplies
Figure 2.5 shows the front and rear view ofthe 1RU chassis including a mandatory switch module, power supply
connectors, and module slots.
XC5100
DATA A DATA BCONTROL
Slot #1
Slot #2
Slot #3
Slot #4
Slot #5
Slot #6
Figure 2.5 - 1RU chassis for XC5100 with dual power, switch module and available slots; front and rear view.
This chassis can hold 2 power supply modules for redundancy purpose
2.1.2.1 Ventilation
This XC5100 has forced air flow from front to back allowing for multiple units to be stacked above each other
with no space in between. However, adequate space must be provided in front of and behind the unit for
effective ventilation.
The XC5100 has 6 fans in front. Fan speed is temperature controlled. If one fan fails, remaining fans will increase
speed to compensate. The whole Fan module, containing all 6 fans, can be hot swapped. If, during fan module
replacement, the temperature on the insertedmodules exceeds a certain critical temperature, the unit will shut
down, to prevent damage of the inserted modules.
2.1.2.2 Replacing the power supply module
This 1RU chassis can be installed with one or two hot swappable power supply modules. The modules can be
exchanged from the rear of the unit. The chassis delivered with a single power module can be updated by
acquiring additional power module.
If power is lost in one of the Power supplies, the other can feed the entire chassis. It is recommended to connect
each input power at different circuits.
2.1.3 SAFETY CONSIDERATIONS
The unit must be connected to a grounded power connection. Thepower input connector) is a disconnect
device. To remove the power from the device, the power cables needs to be physically removed from the
power input connector.

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Mandatory Safety Instructions
1
The equipment must be installed by a qualified person.
2
For that equipment with grounding, connect the driver before connecting the power cord.
So opposite the power cord must be removed before removing the driver of the ground.
3
The equipment must be installed in a restricted area where:
•Only qualified technicians have access or who know the most important safety
measures.
•Access to the area where the devices are installed will be using a tool, lockandkey,
or any other safety device, and in addition the site will be controlled by an
authorized person.
警告：接続ケーブルのプラグは、切断するためのものです。
電源プラグが常に手の届きやすい場所にくるように設置してください。
2.1.4 INSTALLATION
2.1.4.1 Power supply rating
The 4RU chassis is supplied with either a 100-240V AC 50/60 Hz power or -48V DC power. The 100-240V AC
50/60 Hz power supply is rated for maximum 300W, 400W or 800W
1
. The -48V DC power is rated for maximum
400W or 800W
2
. Figures 2.6.2.7, 2.8, 2.9, 2.10, 2.11 and 2.12 below shows the power supply inlets.
The 1RU chassis is supplied with a 100-240V AC 50/60 Hz power rated for maximum 200W for product models
DC1100/1101, SC2100/101 and MC3100 /3101.
The 1Ru chassis, product model XC5100, is supplied with single or dual 100-240VAC, 47-63Hz ,400W power, or
with single or dual -48V DC, 500W power.
2.1.4.2 4RU chassis with 300 and 400W AC Power
The chassis can be hold two power supplies for redundancy and has independent power inlets for thetwo
supplies.
1
Contact Appear for more information.

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Figure 2.6 - Power Input for 4RU chassis with 300 and400 Watt AC power
2.1.4.3 4RU chassis with 800W AC Power
The chassis has two power supplies for redundancy with independent power inlets The power supplies and
power inlets are located at the back of the chassis.

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Figure 2.7- Power input for 4RU chassis with 800WAC power supplies
2.1.4.4 4RU chassis with 400W DC (-48Volt) Power supply
The chassis can be hold two power supplier for redundancy and has independent power inlets for the two
supplies.
Figure 2.8–Front plate of dual 48V Power Supply in a DC1000
Figure 2.9 - Layout of 48V DC Power Supply Connector
2.1.4.5 4RU chassis with 800W DC Power
The chassis has two independent -48VDCpower supplies for redundancy. The power supplies and power inlets
screw terminals are located at the back of the chassis.

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OK
FAIL
-
+
OK
FAIL
-
+
DISCONNECT BOTH CONNECTORS
BEFORE DISMANTLING CHASSIS
-48 VDC Imax 20 A
Power 2
-48 V
0 V
Power 1
-48 V
0 V
Figure 2.10- Power input for 4RU chassis with 800W DC power supplies
2.1.4.6 1RU chassis Product model XC5100 with AC power
The power input connectors are located at the back of the unit.
Figure 2.11 Power Input Connector for 1RU Chassis, product models XC5100 with AC power
2.1.4.7 1RU chassis Product model XC5100 with DC power
The power input connectors are located at the back of the unit.
0 Volt
-48 volt
Chassis Ground
Figure 2.12 Power Input Connector for 1RU Chassis, product models XC5100 with DC power

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2.1.5 INFORMATION ON DISPOSAL
This product must not be disposed ofwith other household waste. According to the WEEE-
directive, everyone that sells electrical and electronic products shall ensure that the same
products are disposed of in an environmentally sound manner.
Appear is a member of Elretur AS, a Norwegian nationwide take-back company for the
collection, recycling and environmentally sound processing of scrapped electrical and
electronic equipment. In accordance with local requirements you may returnthis product to:
Appear AS,
Lilleakerveien 2b,
0283 Oslo, Norway
We willfree of charge accept your waste equipment for recycling. You may also choose to return this product to a
collection point for the recycling of waste electrical and electronic equipment in your municipality.
If this product is purchased outside Norway, you may contact your local reseller to enquire about local collection
points for recycling ofthis product, as applicable
2.1.6 LASER SAFETY
The Optical SFP modules used in the DC1000/1001/1100/1101,SC2000/2001/2100/2101, MC3000/3001/3100/310,
XC5000and XC5100products are classified as class 1 laser products according to IEC 60825-1 and are classified
as class 1 laser products per CDRH, 21 CFR 1040 Laser Safety requirements.
Depending on the products configuration, the DC1000/1001/1100/1101, SC2000/2001/2100/2101,
MC3000/3001/3100/310, XC5000 and XC5100 products can be equipped with multiple insertion modules
containing housing for optical SFPs.
When installing SFP modules, please ensure that the module be placed in the housing present at the front of the
IP input/output module. Once inserted, the SFP module will become active.

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2.1.6.1 FDA/CDRH Compliant SFP modules
The below list of Optical SFP modules have been selected with regards to the FDA/CDRH laser safety
requirements as the only optical modules allowed used with the Appear products in the USA, and any other
countries and states that require compliance according to FDA/CDRH laser safety regulations.
Manufacturer
Model
wave length [nm]
Max output power
(1)
Finisar
FTLF8519P2xCL
850 nm
-3 dBm
Finisar
FTLF8519P2xNL
850 nm
-3 dBm
Finisar
FTLF8519P2xTL
850 nm
-2.5 dBm
Finisar
FTLF1318P2xCL
1310 nm
-3 dBm
Finisar
FTLF1318P2xTL
1310 nm
-3 dBm
Finisar
FTLF1419P1xCL
1310 nm
5 dBm
Finisar
FTLF1518P1BTL
1550 nm
5 dBm
Finisar
FTLF1519P1xCL
1550 nm
5 dBm
Finisar
FTLF1519P1xNL
1550 nm
5 dBm
Finisar
FTLF1619P1xCL
1550 nm
5 dBm
Finisar
FWLF15217Dxx
1471, 1491, 1511, 1531
1551, 1571, 1591, 1611
5 dBm
Finisar
FWDM16197Dxx
1471, 1491, 1511, 1531
1551, 1571, 1591, 1611
5 dBm
Avago Technologies
AFBR-5710Z
850 nm
-3 dBm
Avago Technologies
AFBR-5715Z
850 nm
-3 dBm
Avago Technologies
AFCT-5710Z
1310 nm
-3 dBm
Avago Technologies
AFCT-5715Z
1310 nm
-3 dBm
OCP
TRXAG1SX
850 nm
-4 dBm
OCP
TRPEG1KVX-E1G
1550 nm
5 dBm
(1) Class 1 Laser Safety per FDA/CDRH and EN (IEC) 60825 regulations
2.1.6.2 Warning: Radiation
Caution –use of controls or adjustment or performance of procedures other than those
specified herein may result in hazardous radiation exposure.

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2.1.6.3 Labels
The following illustrations show the labels attached to the Appear products, according to the standards.
A classification label is attached to the top cover of the DC1000/1001/1100/1101, SC2000/2001/2100/2101,
MC3000/3001/3100/310, XC5000 and XC5100 products.
Figure 2.13 - classification label
A CDRH identification label according to 21 CFR 1010.3 is attached on the side of the DC1000/1001/1100/1101,
SC2000/2001/2100/2101, MC3000/3001/3100/3101, XC 5000 and XC5100 products.
Figure 2.14 - CDRH identification label

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2.2 INSTALACIÓN Y SEGURIDAD (SPANISH TEXT)
La unidad está diseñada para ofrecer a los operadores confiabilidad y flexibilidad. Consiste en un chasis en el cual un
determinado número de módulos pueden ser instalados. Para atender las necesidades específicas delsistema, el
chasis puede ser configurado para alojar los módulos más adecuados para un escenario determinado.
Los productos de Appear están disponibles en diferentes modelos de chasis: Chasis 1RU y Chasis 4RU. Los modelos
DC100/1001, SC2000/2001, MC3000/3001 y XC5000representan al chasis 4RU, mientras quelos modelos
DC1100/1101, SC2100/2101, MC3100/3101 y XC5100 representan al chasis 1RU.
2.2.1 CHASIS 4RU
El chasis 4RU consta deun total de 18 ranuras, las cuales pueden alojar módulos funcionales. La ranura número 0
(cero) está diseñada para acoger al módulo switch y la ranura número 17 solo acepta módulos de entrada multi-
ranura.Alternativamente, un segundo módulo switch puede colocarse en la ranura número 17 para algunas
configuraciones de redundancia. Las 16 ranuras restantes son idénticas y pueden estar ocupadas por cualquiera de
los módulos funcionales disponibles. En la figura 2.15 se puede apreciar el chasis 4RU incluyendo el módulo switch
obligatorio, los conectores de alimentación y las ranuras de módulo. Los módulos de alimentación y ventilación son
insertados en la parte posterior.
Figura 2.15–Chasis 4RU (DC1000/1001, SC2000/2001 and MC3000/3001) con conectores de alimentación,
módulo switch y ranuras disponibles.