IDM OMP3500
IDM OMP3500
Provides 2.5G optical interfaces, 19-inch 1U standard chassis, (up to 24 groups of E1 + 2 channels of physically isolated wire-speed 1000M Ethernet + 4 channels of physically isolated wire-speed 100M Ethernet + up to 3 PCM service plug-in cards of 8/10 channels each) with standard SNMP network management interface. The IDM OMP3500-30F physically isolated Gigabit optical terminal features easy installation and is suitable for various application environments.
I. Overview
The IDM OMP3500-30 Integrated Service Optical Fiber Transmission Equipment is one of the PCM integrated service transmission equipment series designed by our company using large-scale integrated circuit technology. This equipment utilizes standard optical fiber transmission channels (G.703 standard) and adopts the PCM30/31 format, supporting dual-fiber mutual backup. The IDM OMP3500-30 Integrated Service Optical Fiber Transmission Equipment supports up to 24 groups of E1 + 2 channels of physically isolated wire-speed 1000M Ethernet + 4 channels of physically isolated wire-speed 100M Ethernet + up to 3 PCM service plug-in cards of 8/10 channels each. The IDM OMP3500-30 Integrated Service Optical Fiber Transmission Equipment provides a standard SNMP network management interface. In addition, the IDM OMP3500-30 Integrated Service Optical Fiber Transmission Equipment features easy installation and is suitable for various application environments.
II. Product Features
Standard 19-inch 1U chassis architecture for easy installation;
Provides 2 x 2.5G SFP optical interfaces, supporting optical port 1+1 protection;
Up to 24 groups of E1 + 2 channels of physically isolated wire-speed 1000M Ethernet + 4 channels of physically isolated wire-speed 100M Ethernet + up to 3 PCM service plug-in cards of 8/10 channels each;
Provides 2 independent wire-speed 1000M Ethernet interfaces;
Centralized equipment provides a standard SNMP network management interface;
Equipped with comprehensive function control switches and alarm indication features.
III. Technical Specifications
Optical Interface
Interface Type | SFP | Fiber Mode | Single-mode (Multi-mode optional) |
Fiber Rate | 2.5G | Wavelength | 1310nm/1550nm |
Transmit Power | -1~-3dBm | Receiver Sensitivity | Better than -24dBm |
E1 Interface
Line Rate | 2048Kbps | Line Code | HDB3 |
Standard Protocol | SupportsITU-T G.703 | Impedance | 75Ω |
Frame Structure | PCM30/31 | Mode | Transparent |
Ethernet
Interface Type | RJ45 | Transmission Rate | 10M/100M/1000M |
Standard Protocol | SupportsIEEE802.3 | Operation Mode | Full/Half Duplex/Auto-Negotiation |
FXO/FXS Interfaces
Audio Frequency Range | 300Hz~3400Hz | Impedance | Three-element Complex Impedance200Ω+560Ω//0.1μF |
Companding Law | A-law per ITU G.711 | Loop Current | 25mA/channel |
Power Supply and Power Consumption
Power Supply | DC-48V / AC 220V / Dual Power Supply | Power Consumption | ≤100W |
Environmental Conditions
Operating Temperature | 0ºC～40ºC | Humidity | ≤90% (Non-condensing) |
FAQs
What is the difference between PDH and SDH?
I. PDH PDH is the Plesiochronous Digital Hierarchy, which is divided into the European standard and the…
View answerWhat is an E1 line? What are the core knowledge points?
E1 Basics Frame Structure of the E1 Channel In an E1 channel, 8 bits form one timeslot (TS)…
View answerWhat is E1? How to Use E1
What is E1 The European 30-channel pulse code modulation PCM is abbreviated as E1, with a rate of 2.048Mbit/s.
View answerCommunication Transmission Products
PDH Equipment Physically Isolated Gigabit Multi-service Optical Terminal IDM GP2400 Series Optical Terminal IDM…
View answerIntroduction to EoPDH Technology
Ethernet-over-PDH is a set of technologies and standards used to transport local Ethernet frames over established…
View answer
