1RU box-type design with stackable form factor. Single unit supports up to 1.6T transmission capacity (16 × 100G), and stacking two units enables 3.2T per fiber, maximizing space efficiency.
No complex optical layer configuration, no change to original network topology. Supports mixed transmission of multiple services (100GE and others), with flexible customization of service interfaces and quantities.
Supports line side 1+1 protection with automatic route selection, in-band monitoring channel for SNMP management, and one-box site delivery with plug-and-play operation.
Front-to-rear airflow design, AC power supply with 1+1 hot-swappable backup, 19-inch server cabinet compatible, and dual server power supply in Load Share mode for high reliability.
| Function | Description | Remark |
|---|---|---|
| Size of equipment | 1RU: 44 (H) × 442 (W) × 600 (D) mm |
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| Maximum transmission capacity a single machine | 1RU 1.6Tbps（16*100G） |
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| Maximum transmission capacity of single fiber | 2 * 1RU equipment stack capacity expansion to 3.2 Tbps |
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| Maximum transfer rate of single port | 100Gbit/s |
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| Service port type |
100G QSFP 28 optical port
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Customized according to customer needs |
| Maximum number of ports for a single machine | 16 QSFP 28 optical ports | |
| Types of services supported | 100GE | Determined by service port type |
| Network level protection | Support line side 1 + 1 protection |
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| Device-level protection |
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| Installation method | 19 "Server Cabinet |
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| Power supply mode | AC: 90 ~ 260V 2 hot-swappable server power modules |
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| Management mode |
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| Heat dissipation | Forward air, rear air outlet, 4 hot-swappable fan units |
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| Power consumption | < 600W (fully equipped) |
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| Operating temperature range | -10 ℃ ~ 60 ℃ (typical) |
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| Operating humidity range | 5-95% non-condensing |
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| Storage temperature range | -40℃～85℃ |
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| MTBF | > 100,000 hours |
|
DCI5800 is an industry-leading innovative DCI OTN transmission platform launched by ISEELINK. DCI5800 has the characteristics of small size, large capacity service access, long distance transmission, Web GUI simple and convenient operation and management, reliable operation and energy saving and emission reduction, which effectively meets the needs of long-distance and large bandwidth user data center interconnection transmission. The DCI5800 features a modular design that enables both optical-electrical decoupling for cost reduction and integrated management within the same chassis. With SDN capabilities, it creates an intelligent and open network architecture. The system supports the YANG model interface based on the NetConf/YANG protocol, while also offering multiple management methods including Web GUI, CLI, NetConf,and SNMP for streamlined operations.
DCI5800 is an industry-leading innovative DCI OTN transmission platform launched by ISEELINK. DCI5800 has the characteristics of small size, large capacity service access, long distance transmission, Web GUI simple and convenient operation and management, reliable operation and energy saving and emission reduction, which effectively meets the needs of long-distance and large bandwidth user data center interconnection transmission. The DCI5800 features a modular design that enables both optical-electrical decoupling for cost reduction and integrated management within the same chassis. With SDN capabilities, it creates an intelligent and open network architecture. The system supports the YANG model interface based on the NetConf/YANG protocol, while also offering multiple management methods including Web GUI, CLI, NetConf,and SNMP for streamlined operations.
The DCI3100 integrated wavelength division equipment is developed by ISEELINK for data center interconnection (DCI) scenarios. It has the outstanding characteristics of large capacity, small size, low energy consumption and high cost performance.Housed in standard 1U chassis, this device supports max 1.6T (16*100G) capacity and can be smoothly expanded to 3.2T capacity through device stacking.Adopting high-density optoelectronic integration technology, OSP3100 avoids complex fiber jumper connections with its unique switch-like design and brings ultimate user experience by its extremely simple installation.
The passive MUX device for signal splitting operates independently of the sub-frame chassis and can be installed in a standard 19-inch data cabinet, with a height of 1U.
The passive MUX device for signal splitting operates independently of the sub-frame chassis and can be installed in a standard 19-inch data cabinet, with a height of 1U.
The Optica Linel Amplifier Module delivers a versatile, low-noise solution for erbium-doped fiber amplifiers (EDFA). This compact module operates with constant gain (Automatic Gain Control, AGC) and constant output power (Automatic Power Control, APC), featuring a highly integrated design. The large-format module supports dual amplifiers with two independent gain units, the card occupies only 1/4 standard slot capacity.
The Optical Pre Amplifier Module delivers a versatile, low-noise solution for erbium-doped fiber amplifiers (EDFA). This compact module operates with constant gain (Automatic Gain Control, AGC) and constant output power (Automatic Power Control, APC), featuring a highly integrated design. The large-format module supports dual amplifiers with two independent gain units, the card occupies only 1/4 standard slot capacity.
The Optical Boost Amplifier Module delivers a versatile, low-noise solution for erbium-doped fiber amplifiers (EDFA). This compact module operates with constant gain (Automatic Gain Control, AGC) and constant output power (Automatic Power Control, APC), featuring a highly integrated design. The large-format module supports dual amplifiers with two independent gain units, the card occupies only 1/4 standard slot capacity.
400G Transponder Card
800G Tmux Card
400G Transponder Card
400G Transponder Card
200G Muxponder Card
4U Chassis Ethernet Interface Card
Power Card
U Chassis Ethernet Interface Card
2U/4U Chassis FAN Card
2U/4U Chassis NMU Card
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ISEELINK DCI3100 Product Specification |
PDF - 0.66 MB - Updated on Wednesday, March 25, 2026 |
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