BR-100 (Ver. 1.1) www.opticis.com DATA SHEET Fiber Optic Digital Extension Modules in 19” 1RU Frame for Indoor Broadcast Contents Description Features Applications Technical Specifications Drawing Cable Connection Environmental Reliability Test Terminology OPTICIS HQ Opticis Co., Ltd. # 304, Byucksan Technopia, 434-6 Sangdaewon-Dong, Chungwon-Ku, Sungnam City, Kyungki-Do, 462-716 South Korea Te l: +82 (31) 737-8033~8 Fax: +82 (31) 737-8079 www.opticis.com [email protected] Copyright © 2011, All rights reserved by Opticis Co., Ltd. -1- JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com 19” 1RU Frame & Fiber Optic Extenders Description OPTICIS 19” 1RU frame is a modular and systematic fiber-optic solution providing a variety of optical extenders with the flexibility to converts and transport multi-rate SDI formats such as 3G-SDI(SMPTE424M), HD-SDI(SMPTE-292M), SD-SDI by 8-channel of CWDM, AES-3id audio compatible with SMPTE 276 and Dolby-E, RS-232/422 and 100Base Ethernet signals over 20km. All extenders and dual power supply modules are hot-swappable to allow system maintenance without any disruption or disconnection. Each of the various extenders are also available in a compact stand-alone type to be incorporated into any broadcast workflow from small studio and OB vans to master control room. BR-100 can deploy 1 slot sized extender up to 16 slots and indicates the status of mounted extenders in front panel by LED; LD(Slot ID), PD status, Power and FAN alarm. Dual AC power can be changed by removing the front panel, without cutting off the power to the system. Redundant power is included. The adaptable modules are consisted of five (5) parts as follows; 1) One transmitter converting digital video signal to optical multi-rate SDI formats including 3G-SDI (SMPTE-424M), HD-SDI (SMPTE-292M), SD-SDI (SMPTE-259M) and DVI-ASI by 8-channel of CWDM with an equalizer: VT-1xx (1 slot taken) One receiver converting optical signals to digital video signals including Clock and Data Recovery: VR-100 (1 slot taken) 2) One transmitter converting digital audio signal to optical 8-channel of AES-3id signals by CWDM: AT-1xx (5 slots taken) One receiver converting optical signals to digital audio signals: AR-100 (5 slots taken) 3) One transmitter sending digital RS-232 or 422 signals to receiver: DX-1 (3 slots taken) One receiver getting digital RS-232 or 422 signals from transmitter: DX-2 (3 slots taken) 4) One transmitter sending Ethernet signal(100Base) to receiver: EX-1 (2 slots taken) One receiver getting Ethernet signal from transmitter: EX-2 (2 slots taken) 5) One multiplexer/de-multiplexer 8-different wavelength fiber-optic inputs into 1-fiber and also divides combined signal into 8-different wavelength outputs. (where XX refers to wavelength of transmitter: 1330, 1350, 1370, 1430, 1450, 1470, 1490 and 1510.) Copyright © 2011, All rights reserved by Opticis Co., Ltd. -2- JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com The package includes as follows; - 19” 1RU frame, BR-100 - AC power cord - User manual - Individual packing for each module with DC 5V adaptor Features Adopts up to 16 optical extenders. Each of the various extenders is also available in a compact stand-alone type. Supports redundant power for Hot swapping & Load sharing. Wide wavelength operation from 1330nm to 1510nm. Transmits signals over 20km by single-mode cable. Status LEDs for signal monitoring. Applications Incorporation of broadcast workflow from Small/Sub studio and OB Vans including remote/ENG/EFP and pre/post-production to Main studio or Master Control Room. Fiber optic applications with free-interference using 3G-SDI signals including medical, military, government and security purposes. Copyright © 2011, All rights reserved by Opticis Co., Ltd. -3- JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com Technical Specifications Specifications and designs are subject to change without notice. Power Supply Unit - General Specifications Name Power supply frame Model BR-100 Product Front Panel Size 19” 1RU, Standard EIA Panel VT-1xx and VR-100 Module installation Quantity Up to 16 VT-1xx and/or VR-100 modules Hot Swap Support hot swap of VT-1xx/VR-100 modules st 1 column 2 LED indicator nd ID: Indicate the existence of Transmitter column SD: Indicate the existence of Receiver 3 columm Status: Indicate the status of Transmitter, Receiver and Transceiver (For more detail, refer to appendix in user manual) Power Power ON/OFF FAN Cooling FAN Alarm rd Dual redundant AC power is included. Dual AC Power Power supply Input power range 95-240VAC 50-60Hz Operation Temperature 0 ~ 50℃ Operation Humidity 0~90%RH Storage Temperature -20~85℃ Storage Humidity 0~90%RH Dimensions 483mm x 44mm x 370mm (W x H x D) Weight 5.1Kg (including 2 AC power supplies and no modules) VIDEO INPUT/OUTPUT - General Specifications Transmitter (E-to-O converter)/Receiver module (O-to-E converter): VT-1xx/VR-100 Product Model SMPTE Standard 3G-SDI HD-SDI Transmission bandwidth SD-SDI DVB Standard DVB-ASI Hot Swap LED indicator Electric/Optical Unit VT-1xx Optical/Electric Unit VR-100 259M, 292M, 424M 2.97Gbps (SMPTE 424M) 1.485Gbps (SMPTE 292M) 270Mbps (SMPTE 259M) 270Mbps (Reclocked) Hot swappable with Opticis power supply unit, BR-100 Power Red Copyright © 2011, All rights reserved by Opticis Co., Ltd. -4- JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com Operation Temperature Storage Temperature Operation Humidity Status Top Tsto RHsto Green (LD: Video transmitting, SD: Signal detect) 0 ~ 50C -20 ~ 80C 5 ~ 95%RH Operating Conditions - Power Supply Electrical Link Parameter Supply Voltage Transmitter Supply Current Receiver Supply Current Transmitter Power Dissipation Receiver Power Dissipation Power Supply Rejection (Note1) Input Signal Input Impedance Input Signal Level Return Loss Propagation Delay Data rate Cable Equalization Alignment Jitter Timing Jitter Symbol Vcc ITCC IRCC Minimum 4.5 - PTX Maximum 5.5 400 400 Units V mA mA - 2 W PRX - 2 W PSR - - mVp-p ZIN SMPTE424M SMPTE292M SMPTE424M SMPTE292M Optical Link Output Optical Power Po Wavelength Spectral width in RMS Extinction Ratio Rising Time (Note2) Falling Time (Note2) Jitter in p-p value Ext Trise Tfall Tjitter Typical 5.0 50 SMPTE 424M/292M/259M 75 720 800 880 10 1.5 3 100 0.2 -0.1 0.2 0.2 0 1330,1350,1370,1430 1450,1470,1490,1510 0.32 5 140 150 80 mVp-p Ω mVp-p dB ns Gbps UI UI UI UI dBm nm nm dB ps ps ps Note1. Tested with a 50mVp-p sinusoidal signal in the frequency range from 500 Hz to 500 MHz on the V CC supply with the recommended power supply filter in place. Typically less than a 0.25 dB change in sensitivity is experienced. Note2. 20% - 80%; Measured unfiltered @ 3Gbps AUDIO INPUT/OUTPUT - General Specifications Transmitter (E-to-O converter)/Receiver module (O-to-E converter): AT-1xx/AR-100 Product Model Electric/Optical Unit AT-1xx Optical/Electric Unit AR-100 Standard AES-3id-2001 Compatibility Standard AES Standard Transmission bandwidth Hot Swap SMPTE276 / Dolby-E 32kbps,44kbps, 48kbps 400Mhz Hot swappable with Opticis power supply unit, BR-100 Copyright © 2011, All rights reserved by Opticis Co., Ltd. -5- JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com Power LED indicator Red Green (ST: Normal status, SD: Signal detect, Ch1~8:Audio input output status) -10~60℃ -20~80℃ 0~90% Status Operation Temperature Storage Temperature Operation Humidity Operating Conditions - Power Supply Electrical Link Optical Link Parameter Supply Voltage Transmitter Supply Current Receiver Supply Current Transmitter Power Dissipation Receiver Power Dissipation Power Supply Rejection (Note1) Input Signal Input Impedance Input Signal Level Output Signal Level Sampling Rate Number of Channels Connector Return Loss Data rate Output Optical Power Symbol Vcc ITCC IRCC Minimum 4.75 - PTX Wavelength Spectral width in RMS Power Budget Fiber Type Connector Extinction Ratio Rising Time (Note2) Falling Time (Note2) Jitter in p-p value Typical 5 Maximum 5.25 300 250 Units V mA - 1.5 W PRX - 1.25 PSR - 50 - mVp-p AES-3id-2001/ SMPTE276/ Dolby-E 75 1 1 50 8 BNC -20 0.05 -9 1330,1350,1370,1430 1450,1470,1490,1510 1 20 Single Mode SC 12 150 150 800 ZIN Po Ext Trise Tfall Tjitter Ω Vp-p Vp-p KHz dB Gbps dBm nm nm dB dB ps ps ps SERIAL DATA INPUT/OUTPUT - General Specifications Transceiver module of RS-422/232: DX-1/DX-2 Product Model Standard Transmission bandwidth Baud rate(RS232) Baud rate(RS422) Transceiver Transceiver (1310nm FP-LD, 1550nm PD) (1550nm FP-LD, 1310nm PD) DX-1 DX-2 TIA-422 / SMPTE207M 200MHZ 115200bps 10Mbps Copyright © 2011, All rights reserved by Opticis Co., Ltd. -6- JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com Hot Swap Hot swappable with Opticis power supply unit, BR-100 Red Green Status (SD: Signal detect, TxD: Data out, RxD: Data in) 0~90%RH -20~85℃ 0~90%RH Power LED indicator Operation Temperature Storage Temperature Operation Humidity Operating Conditions Power Supply Parameter Supply Voltage Transmitter Supply Current Receiver Supply Current Transmitter Power Dissipation Receiver Power Dissipation Symbol Vcc ITCC IRCC Minimum 4.75 - PTX PRX Typical 5 Maximum 5.25 350 350 Units V mA - 1.75 W - 1.75 TIA-422 / SMPTE207M Input Signal Electrical Link Optical Link Input Impedance Input Signal Level Data rate Bit Error Rate Number of Channels Connector Output Optical Power Wavelength Spectral width in RMS Power Budget Connector Extinction Ratio Rising Time (Note2) Falling Time (Note2) Jitter in p-p value ZIN - 75 Ω Vp-p Mbps ±13 10 9 1/10 1 D-SUB 9Pin Female Po -9 1 - dBm nm nm dB 150 150 800 dB ps ps ps 1310/1550 20 SC Ext Trise Tfall Tjitter 12 - ETHERNET INPUT/OUTPUT - General Specifications Transmitter/Receiver module of 100Base Ethernet: EX-1/EX-2 Product Model Standard Transmission bandwidth Baud rate Hot Swap LED indicator Operation Temperature Transceiver Transceiver (1310nm FP-LD, 1550nm PD) (1550nm FP-LD, 1310nm PD) EX-1 EX-2 IEEE 802.3 (100M BaseTX) 125MHZ 100Mbps Hot swappable with Opticis power supply unit, BR-100 Power Red Green Status (SD: Signal detect, TP: CAT5 port link, FX: Fiber port link 0~90%RH Copyright © 2011, All rights reserved by Opticis Co., Ltd. -7- JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com -20~85℃ 0~90%RH Storage Temperature Operation Humidity Operating Conditions - Power Supply Parameter Supply Voltage Transmitter Supply Current Receiver Supply Current Transmitter Power Dissipation Receiver Power Dissipation Power Supply Rejection (Note1) Electrical Link Optical Link - Input Signal Speed Duplex Mode Connector Input Impedance Input Signal Level Return Loss Data rate Output Optical Power Wavelength Power Budget Fiber Type Connector Spectral width in RMS Extinction Ratio Rising Time (Note2) Falling Time (Note2) Jitter in p-p value Symbol Vcc ITCC IRCC Minimum 4.75 - PTX Typical 5 Maximum 5.25 340 340 Units V mA - 1.7 W PRX - 1.7 PSR - 50 - mVp-p IEEE 802.3 (100M BaseTX) 100 Half/Full Duplex., Auto-negotiation RJ-45 120 2000 20 100 -9 1310/1550 20 Single Mode SC 1 12 150 150 800 ZIN Po Ext Trise Tfall Tjitter Mbps Ω mVp-p dB Mbps dBm nm dB nm dB ps ps ps Recommended Specifications of Fiber-Optic Cables for all extenders Parameters Fiber Type Modal Bandwidth Fiber Cable Attenuation No. of Ferrules Skew Insertion Attenuation Total Optical Attenuation Conditions Glass single-mode Fiber = 1310~1510nm = 1310~1510nm SC Connector Copyright © 2011, All rights reserved by Opticis Co., Ltd. -8- Specifications 9.5±/ 125±2m Min. 400 MHz km >0.3dBdB/km 1 ferrules 2% 1.6% 30mm JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com Drawing of Modules Dimension [mm] <BR-100> <VT-1xx, VR-100> Copyright © 2011, All rights reserved by Opticis Co., Ltd. -9- JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com <AT-1xx, AR-100> <DX-1, DX-2> <EX-1, EX-2> <WM-81> Copyright © 2011, All rights reserved by Opticis Co., Ltd. - 10 - JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com Reliability Test Opticis utilizes three types of test criteria for a reduction of variability and a continuous improvement of the process by its FEMA (Failure Mode and Effective Analysis) program. 1) Mechanical test (vibration, shock) 2) Temperature & humidity tests 3) EMC test (FCC class A Verification and CE Documentation) Mechanical and Temperature & Humidity Test Data Heading Test Conditions Duration Sample Size Failure Operating at each Temperature * -20 ~ 65°C (Interval: 5 °C) 30 Min (Each Temperature) n =8 0 Note: Visual Test on the Display Pixel Error Rate High Temperature * TO = 65 °C 168 HR n=8 0 Note: Visual Test on the Display Low Temperature * TS = -20 °C 120 HR n=8 0 1. TS: Storage Temperature High Temperature * TS = 65 °C 120 HR n=8 0 2. RH: Relative Humidity High Humidity High Temperature * TS: 40 °C * RH: 95% 120 HR n=8 0 Mechanical Shock * Pulse: 11 ms * Peak level: 30 g * Shock pulse: 3 times/Axis - n=2 0 Mechanical Vibration * Peak acceleration: 20 g * Frequency: 20~2000 ㎐ * Sweep time: 30 Minutes * 4 Times/Axis - n=2 0 Operating Test Storage Test Mechanical Test Copyright © 2011, All rights reserved by Opticis Co., Ltd. - 11 - Remarks JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com EMC Test Data 1) EMI: Meet FCC class A (ICES-003) and CE class A STANDARDS EN 55 022 (CISPR22) FCC; PART 15 SUBPART B CONDITIONS CE (Conducted Emission) & RE (Radiated Emission) Meet Class A EN 61000-3-2 (IEC 61000-3-2) Harmonics Meet Class A EN 61000-3-3 (IEC 61000-3-3) Flickers Meet Class A 2) EMS: Meet CE standards (EN 55024) and CISPR24 equivalents STANDARDS EN 61 000-4-2:1995 EN 61 000-4-3:1996 CONDITIONS Electrostatic Discharge Immunity (Air: 8kv, Contact: 4kv) Radiated RF E-Field (80~1000 MHz) 3V/m (AM 80%, 1kHz) Meet Criterion B Meet Criterion A EN 61 000-4-4:1995 Fast Transients (5kHz, 60Seconds) Meet Criterion B EN 61 000-4-5:1995 Surge Transients Meet Criterion B EN 61 000-4-6:1996 Conducted Susceptibility (CS) Radiated Susceptibility (RS) Meet Criterion A EN 61 000-4-11:1994 Voltage Dips, Interruption & Variation Meet Criterion C Terminology Hot Swapping Terms used to describe the functions of replacing system components without shutting down the system. More specifically, hot swapping describes replacing components without significant interruption to the system, while hot plugging describes the addition of components that would expand the system without significant interruption to the operation of the system. Redundant power A type of system, which may include lighting, generators, fuel cells and other apparatus, to provide backup power resources in a crisis or when regular systems fail. They find uses in a wide variety of settings from residential homes to hospitals, scientific laboratories, data centers, telecommunication equipment and modern naval ships. Emergency power systems can rely on generators, deep cycle batteries, flywheel energy storage or hydrogen fuel cells. Finally, some homebrew emergency power systems use regular lead-acid car batteries. SDI Serial Digital Interface referring to a family of video interfaces standardized by SMPTE. SMPTE The Society of Motion Picture and Television Engineers or SMPTE, founded in 1916 as the Society of Motion Picture Engineers or SMPE, is an international professional association, based in the United States of America. Copyright © 2011, All rights reserved by Opticis Co., Ltd. - 12 - JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com SMPTE 424M DVB AES AES-3id Standard published by SMPTE expanding upon SMPTE 259M, SMPTE 344M, and SMPTE 292M allowing for bit-rates of 2.970 Gbit/s and 2.970/1.001 Gbit/s over a single-link coaxial cable. These bit-rates are sufficient for 1080p video at 50 or 60 frames per second. The signal formats carried over SMPTE 424M are specified in SMPTE 425M. A suite of internationally accepted open standards for digital television. DVB standards are maintained by the DVB Project, an international industry consortium with more than 270 members, and they are published by a Joint Technical Committee (JTC) of European Telecommunications Standards Institute (ETSI), European Committee for Electrotechnical Standardization (CENELEC) and European Broadcasting Union (EBU). The interaction of the DVB sub-standards is described in the DVB Cookbook. Many aspects of DVB are patented, including elements of the MPEG video coding and audio coding. The digital audio standard frequently called AES/EBU, officially known as AES3, is used for carrying digital audio signals between various devices. It was developed by the Audio Engineering Society (AES) and the European Broadcasting Union (EBU) and first published in 1985, later revised in 1992 and 2003. Both AES and EBU versions of the standard exist. Several different physical connectors are also defined as part of the overall group of standards. A related system, S/PDIF, was developed and standardized as IEC 60958 essentially as a consumer version of AES/EBU, using connectors more commonly found in the consumer market, however S/PDIF is now used in professional situations where cost or limited space is a concern. The AES3 standard parallels part 4 of the international standard IEC 60958. Of the physical interconnection types defined by IEC 60958, three are in common use: IEC 60958 Type I Balanced – 3-conductor, 110-ohm twisted pair cabling with an XLR connector, used in professional installations (AES3 standard) IEC 60958 Type II Unbalanced – 2-conductor, 75-ohm coaxial cable with an RCA connector, used in consumer audio IEC 60958 Type II Optical – optical fiber, usually plastic but occasionally glass, with an F05 connector, also used in consumer audio The AES-3id standard defines a 75-ohm BNC electrical variant of AES3. More recently, professional equipment (notably by Sony) has used this physical interconnection type. This uses the same cabling, patching and infrastructure as analogue or digital video, and is thus common in the broadcast industry. Dolby-E An audio encoding and decoding technology developed by Dolby Laboratories that allows up to 8 channels of audio to be compressed into a digital stream that can be stored on a standard stereo pair of audio tracks. Anything up to a 5.1 mix can be recorded in 16-bit, however, if anything more than 5.1 is required, the tape format must accept 20-bit audio. It is very important to ensure that a Dolby E stream is never played through monitors without being decoded. Copyright © 2011, All rights reserved by Opticis Co., Ltd. - 13 - JUL. 2011 BR-100 (Ver. 1.1) www.opticis.com IEEE 802.3 A collection of IEEE standards defining the Physical Layer and Data Link Layer's media access control (MAC) sublayer of wired Ethernet. This is generally a LAN technology with some WAN applications. Physical connections are made between nodes and/or infrastructure devices (hubs, switches, routers) by various types of copper or fiber cable. 802.3 is a technology that supports the IEEE 802.1 network architecture. The maximum packet size is 1518 bytes, although to allow the Q-tag for Virtual LAN and priority data in 802.3ac it is extended to 1522 bytes. If the upper layer protocol submits a protocol data unit (PDU) less than 64 bytes, 802.3 will pad the data field to achieve the minimum 64 bytes. The minimum Frame size will then always be of 64 bytes. 100BaseTX EMI EMS RFI The predominant form of Fast Ethernet, and runs over two wire-pairs inside a category 5 or above cable (a typical category 5 cable contains 4 pairs and can therefore support two 100BASE-TX links). Each network segment can have a maximum distance of 100 meters (328 ft). In its typical configuration, 100BASE-TX uses one pair of twisted wires in each direction, providing 100 Mbit/s of throughput in each direction (full-duplex). Electro Magnetic Interference. Electro Magnetic Susceptibility. Radio Frequency Interference. Copyright © 2011, All rights reserved by Opticis Co., Ltd. - 14 - JUL. 2011