Mosaic Jackfield Systems Years Since 1985 AVP MFG & Supply Inc. v1.1 AMS25 Mosaic AMS25 AVP Mosaic audio and video patching components provide exceptional functionality and circuit identification standards to simplify system design, installation, operation and maintenance. Key Mosaic Features: • CIS (Circuit Identification System) allows color-coding of every circuit to visually identify each circuit by color • Patented designation design maximizes viewable area • Numbered jack positions for quick and accurate installation, system troubleshooting and operational ease • Front-mount jacks simplify system re-design and maintenance AVP suggests the use of the following color code to indicate various normaling options in Mosaic jackfields and patchbays. You are not limited to this color coding, as indicators are available in 10 colors. Our customers have found they are able to quickly determine the operation of each circuit by using the following standard: Red: Full Normals: Red coding is used for ‘full normals’ (normals strapped) to designate STOP and be sure of your action because patching a full normalled jack will cause you to lose a circuit. Yellow: Half Normals (audio): Yellow coding signifies patching into ‘half normaled’ positions, and CAUTIONS that patching the input (bottom jack) will break the path, while it is safe to patch into the top (output) without breaking the path. Green: No Normals: Green coding indicates a ‘non normaled’ circuit, GO-ahead and patch, nothing to lose! AVP Circuit Identification System (CIS) Allows Specific Circuit Identification … see page 41 Full Normals Half Normals No Normals Mosaic jackfields are shipped with normaling type identified by color, but interchangeable Indicators are available in 10 colors so you can color-code your system according to your own system design. (easily identify critical circuits, signal type etc) BLACK BROWN RED ORANGE YELLOW GREEN BLUE PURPLE GRAY WHITE www.jackfields.com Patent information: see inside back cover. Table of Contents AMS25 AVP Mosaic Video Microsize, Midsize and Standard Size, Features & Benefits 2 Video Jack Specifications 3 Table of Microsize Video Jackfields 4 Contents Midsize Video Jackfields 5 3x32 Midsize Video Monitor Jackfield 6 Standard Size Video Jackfields 7 Color-Coded RGB; 2RU, 2x24, 8 Normaled Circuits 6 Video Jackfield Designation Layouts 8 - 9 AVP Mosaic Audio Rapid Punch Terminal System (RPT) - Common Sense, Unsurpassed Performance Features and Benefits 10 - 11 Longframe, Full Enclosure & Umbilical Jackfields 12 Longframe Full Enclosure & Umbilical Designation Layouts 15 Bantam, Full Enclosure & Umbilical Jackfields 16 Bantam Full Enclosure & Umbilical Designation Layouts 18 - 19 Rack-Mount Terminal Panels 20 Wall-Mount Punch Block System 21-23 Morph Audio System with EDAC/ELCO 3Pin Interface Morph Audio Features & Benefits 24 - 25 Morph Audio, Longframe Jackfields 26 Morph Audio, Bantam Jackfields 27 Morph Audio, Longframe & Bantam Designation Layouts 28 - 29 Audio/Video/Data Combo Panel - HDTV, AES/EBU Audio & RS422 Patching Audio/Video/Data Combo Panel Features & Benefits 30 Audio/Video/Data Combo Panel Designation Layouts 32 Connectorized 90 Pin - AES/EBU Digital & Analog Audio Patching Connectorized 90 Pin Full Enclosure Bantam 33 Connectorized 90 Pin Full Enclosure Longframe 34 Connectorized 90 Pin Bantam Designation Layouts 35 Connectorized 90 Pin Longframe Designation Layouts 28 Jack and Panel Assemblies Bantam, Longframe & Designation Layouts 36 - 40 AVP Audio Jack Specifications - Longframe & Bantam 41 Circuit Identification System 41 Datapatch/RS422 Patching System - Durable Polarity Protected Patching Features & Benefits, Designation Layouts 42 - 43 Bulkhead Panels BNC-BNC Non & Semi-Recessed; F-F Connectors 44 - 45 XLR, TRI-LOC 46 Universal Bulkhead System - Design Your Own Bulkhead; 12 & 16 Positions 47 - 49 Universal Bulkhead System Designation Layouts 49 Modular Bulkhead - Split Mounting Plates allow Post-Termination Panel Mounting 50 - 52 Switchboard Style Patch System 51 Panel Dimensions & Designation Layouts 52 Hinged Access Bulkhead Frame - Shallow or Space Constricted Rack Solution 53 Patchcords 54 Audio Normaling 55 Years Video Normaling 56 Since 1985 Index Inside Back Cover Contact Information Back Cover AVP MFG & Supply Inc. www.jackfields.com 1 Patent information: see inside back cover. Video Jacks & Panels 1 RU Mosaic Video Jackfields 1 2 3 4 5 6 7 8 9 10 1.5 RU 1 2 3 4 5 6 7 8 9 10 • Front-mount 3.0GHz - 3Gb/s Micro Dual Video Jacks 1 2 3 4 5 6 7 8 9 10 meet SMPTE 424M-2006 specifications • Industry Standard DIN 1.0/2.3 rear termination 1.5 RU 1 2 3 4 5 6 7 8 9 10 • Allows 48 channels / 96 patchpoints in a 1RU, 19” rack Microsize Jacks or 96 channels / 192 patchpoints in a 1.5RU, 19” rack • Design is based on our very successful, market proven midsize & 2 RU standard size video jacks, with over a half million jacks in the field 1 2 3 4 5 6 7 8 9 10 • Life Cycle rating of 20,000 • Multiple jack configurations available Microsize Jacks • Made & assembled in Canada/USA 1 RU 1.5 RU Featuring: • SuperHD+ 3.0GHz - 3Gb/s Standard or Midsize jacks 2 RU • Jacks meet SMPTE 424M-2006 HDTV specifications Midsize Jacks • Life Cycle rating of 30,000 • Various normaling & terminating combinations for all applications Midsize Jacks • 1RU, 1.5RU or 2RU Mosaic panels • Made & assembled in Canada/USA Application: • HDTV, Serial Digital, Analog Features & Benefits 1 RU 1.5 RU • Front-mount jacks simplify system re-design & maintenance 2 RU • Numbered jack positions for quick and accurate installation, system troubleshooting & operational ease • Patented designation design maximizes viewable area AVP • CIS (Circuit Identification System), Standard Jacks allows color-coding of every circuit Mosaic Standard Jacks Panel Captive screws stay in the panel, not lost in the rack www.jackfields.com 2 Patent information: see inside back cover. Video 3.0GHz - 3Gb/s SMPTE 424M-2006 3.0GHz - 3Gb/s Microsize Dual Video Jack Specifications Smith Chart (Typical) 75 Ohms AVP-KMN75 AVP-KMN Microsize AVP-KMN75 AVP-KM75 AVP-KMN AVP-KM AVP-KM75 3.0GHz Normaled 3.0GHz Non-Normaled 3.0GHz Normaled 3.0GHz Non-Normaled AVP-KM Terminating Terminating Non-Terminating Non-Terminating Video Jacks Configurations Electrical: Mechanical: Start 300 kHz Stop 3.0 GHz Rated Bandwidth: 3.0GHz - 3Gb/s: meets HDTV Mechanical Shock: Per MIL-STD-202, Method 213, Insertion Loss (Typical) SMPTE 424M-2006 Specification and Test condition I 0 Characteristic Impedance: 75 Ohms Vibration: Per MIL-STD-202, Method 201 -5 -10 Specifications Contact Resistance: Less than 50 milliohms Life cycle: 20,000 minimum -15 tion Loss (dB) -20 Good Termination Resistance: 75 Ohms ± 1% -25 Inser AVP-KMN75 Material: AVP-KMN AVP-KM75 Environmental: Housing: Zinc alloy, nickel plated AVP-KM 0 600 1200 1800 2400 3000 Operating Temperature: -40°C to 65°C Center Contacts: Copper alloy, gold plated Frequency (MHz) Return Loss (Typical) Storage Temperature: -40°C to 65°C Switching Contacts: Copper alloy, gold plated AVP-KMN75 AVP-KMN 0 AVP-KM75 Thermal Shock: Per MIL-STD-202, Method 107 Grounding Contacts: Copper alloy, gold plated AVP-KM Moisture and Humidity: -5 Per MIL-STD-202, Method 106 Actuators: Thermoplastic, UL 94V-0 rated -10 RoHS: RoHS Compliant -15 Good Insulators: Teflon -20 Return Loss (dB) -25 -30 -35 0 600 1200 1800 2400 3000 Frequency (MHz) 3.0GHz - 3Gb/s Midsize Dual & Single Video Jack Specifications Smith Chart (Typical) 75 Ohms AVP-AMN75 Midsize AVP-AMN AVP-AM75 AVP-AM Video Jacks AVP-AMN75 AVP-AM75 AVP-AMN AVP-AM Normaled, Terminating Non-Normaled, Terminating Normaled, Non-Terminating Non-Normaled, Non-Terminating Configurations Electrical: Mechanical: Start 30 kHz Stop 3.0 GHz and Rated Bandwidth: 3.0GHz - 3Gb/s: meets HDTV Mechanical Shock: Per MIL-STD-202, Method 213, Insertion Loss (Typical) . Test condition 1 SMPTE 424M-2006 Specification 0 Specifications Characteristic Impedance: 75 Ohms Vibration: Per MIL-STD-202, Method 201 -1 Return Loss: See typical Return Loss chart Insertion Force: 7 lbs. maximum -2 tion Loss (dB) Good Insertion Loss: See typical Insertion Loss chart Withdrawal Force: 3 lb. minimum -3 Inser AVP-AMN75 Contact Resistance: Less than 50 milliohms Life cycle: 30,000 minimum -4 AVP-AMN AVP-AM75 AVP-AM Termination Resistance: 75 Ohms ± 1% 0 500 1000 1500 2000 2500 3000 Center Conductor: Accepts 0.048” pin diameter Frequency (MHz) Material: Return Loss (Typical) 0 Housing: Zinc alloy, nickel plated Environmental: -10 Center Contacts: Copper alloy , gold plated Operating Temperature: -40°C to 65°C -20 Switching Contacts: Copper alloy, gold plated Good Storage Temperature: -40°C to 65°C -30 Grounding Contacts: Copper alloy, gold plated -40 Thermal Shock: Per MIL-STD-202, Method 107 Return Loss (dB) AVP-AMN75 Actuators: Thermoplastic, UL 94V-0 rated -50 AVP-AMN Moisture and Humidity: Per MIL-STD-202, Method 106 AVP-AM75 AVP-AM BNC Insulators: Teflon -60 Compliant 0 500 1000 1500 2000 2500 3000 RoHS: Frequency (MHz) AVP-AMSL AVP-AMSS AVP-AMSL75 AVP-AMSS75 Non-Normaled, Non-Terminating Non-Normaled, Non-Terminating Non-Normaled, Terminating Non-Normaled, Terminating 3.0GHz - 3Gb/s Standard Dual Video Jack Specifications Standard Smith Chart (Typical) 75 Ohms AVP-ASN7511 AVP-ASN11 ASN7511B AVP-AS7511 AVP-AS11 Video Jacks Configurations AVP-ASN7511 AVP-AS7511 AVP-ASN11 AVP-AS11 Start 30 kHz Stop 3.0 GHz and Normaled Terminating Non-Normaled Terminating Normaled Non-Terminating Non-Normaled Non-Terminating Insertion Loss (Typical) Specifications Electrical: Mechanical: Rated Bandwidth: 3.0GHz - 3Gb/s: meets HDTV Mechanical Shock: Per MIL-STD-202, Method 213, 0 SMPTE 424M-2006 Specification Test condition I -1 -2 tion Loss (dB) Characteristic Impedance: 75 Ohms Vibration: Per MIL-STD-202, Method 201 Good -3 Inser Return Loss: See typical Return Loss chart Insertion Force: 12 lbs. maximum AVP-ASN7511 -4 AVP-ASN11 AVP-AS7511 Insertion Loss: See typical Insertion Loss chart Withdrawal Force: 3 lbs.