Current position: Products -100M series


With the Internet, high-speed IP data traffic growth, resulting in demand for transmission bandwidth is increasing. Though DWDM (Dense Wavelength Division Multiplexing) technology as the most effective way to solve the line bandwidth expansion, but CWDM (coarse wavelength division multiplexing) technology over DWDM system has advantages in cost, performance and maintainability.

Xeikon communications company with market demand, the development of applied G.652, G.653, G.655 fiber CWDM equipment, is the ideal choice for a growing metropolitan area networking, and to consider future equipment expansion, mixing WDM equipment has a strong wave channel upgrading ability, is the communications carrier network optimization, large customer network transformation, development of broadband services to solve the access layer core tension a good choice.

WDM equipment used in the case of an optical fiber without increasing the types of business network expansion, increasing bandwidth and transmission distance, reduce the cost of network upgrades. Types of business and make the network capacity rapidly multiplied in the case does not affect the existing business, while improving network security. It has a business expansion, optical repeaters, wavelength conversion, single-mode fiber and multimode fiber conversion.

The active series wave subsystems to complete the conversion of the optical signal multiplexing wave, extending other functions; SFP modular design provides maximum flexibility; on-demand, lower initial investment; speed, distance, number of channels at any time to upgrade.


□ with power supply hot backup 1 + 1.
□ transmission can be divided into: single fiber unidirectional, bidirectional single fiber, dual-fiber bidirectional.
□ Flexible networking equipment: to achieve, point to point, chain, such as a multipoint network structure.
□ transmission distance of a variety of specifications, no relay point transmission distance 40km, 80km, 120km.
□ has good scalability: 3 wave 4 Wave 5 Wave 6 Wave 7 Wave 8 waves, 16 waves.
□ open architecture that supports client access to different vendors, with a variety of manufacturers of equipment interconnection, interoperability.
□ equipment capacity, enabling 16-channel multiplexing, transmission rate per channel up to 2.5Gbit / s
□ provide clear access to a variety of rate service interfaces to support Ethernet, PDH, SDH, CATV and private network services.
□ transmission distance of over 120 kilometers, through the relay device to complete the re-amplification at different rates, and then shaping

Fiber Type: G.652 G.653 G.655;
Maximum capacity: 4 wave (10G) 8 wave (20G) 16 (40G);
Wavelength range: compliance with ITU-I G.695 standard 1270-1610;
Test indicators: Delay: <10ms
Packet loss rate: <1/10000;
Power dissipation: 40KM-12dB 80KM-22dB 120KM-31dB;
Access Type: PDH, ATM, TM-16 / STM-4 / STM-1, C-48 / OC-12 / OC-32 Ethernet 10/100 / 1000BaseT;
Transmission mode: each channel supports transparent transmission rate 1.25Gbit / s or less;
155Mbit / s, 622Mbit / s, 1.25Gbit / s or 2.5Gbit / s optional;
Topology: point to point, multipoint, relay;
Electrical and mechanical properties
Dimensions: 19-inch 1U chassis: 44 (H) X280 (D) X440 (W) (mm);
Weight: When fully configured weight of 5 to 10 kg (different for each model);
Power Requirements: 220V AC, 50Hz; -48V DC;
Power consumption: ≤ 50W;
Environmental Indicators
Working temperature: -20 ℃ - 70 ℃;
Relative humidity: 5% - 95% non-condensing;
Ambient temperature: -40 ℃ - 80 ℃;
Relative humidity: 5% - 95% non-condensing

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