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What is the difference between the fiber network cards, GBIC optical module and SFP optical module

The difference between the fiber network cards, GBIC optical module and SFP

 

(1)GBIC

 

Cisco GBIC (GigaStack Gigabit Interface Converter) is the common and low-cost Gigabit Ethernet stacking module. It can provide the high-speed connection in Cisco switch. It not only can create a high density stack on the port, but also can realize the connection with the server or the Gigabit backbone.

 

GBIC Module

 

Cisco GBIC provides a low-cost and high performance alternative solution for the fast-speed Ethernet to transit to the gigabit Ethernet. In addition, we can connect with the remote high-speed backbone network with the optical fiber. GBIC can be divided into the Cascade GBIC module and the Dedicated Stacking GBIC module.

 

●The Cascade GBIC module

 

The Cascade GBIC module has four kinds of types. The 1000Base-T GBIC module (shown in figure 1) is suitable for Cat-5 or Cat-6. Its longest transmission distance is 100m.The 1000Base-SX GBIC module (shown in figure 2) can be used in the multi-mode fiber (MMF).

 

The longest transmission distance is 500m. The 1000Base-LX/LH GBIC module is suitable for the single-mode fiber (SMF), and its transmission distance is 10Km, which is 20 times the distance of the 1000Bse-SX GBIC module. The 1000Base-ZX GBIC module which is applied to the long wavelength and single-mode fiber with the transmission distance from 70km to 100km

 

1000Base 1310nm 20km GBIC Transceiver

 

The GBIC optical module is installed in the GBIC slot of gigabit Ethernet module. It provides the gigabit connection with other switch and server. Sopto GBIC could be installed in the Cisco Catalyst 4006 gigabit optical switch.

 

●The Stacking GBIC module

 

The Dedicated Stacking GBIC module is used for realizing the low-cost gigabit connection between the switch. The figure shows the GigaStack GBIC module suitable for the Cisco Catalyst 2950/3550. The importance to note is that the GigaStack GBIC is used for the gigabit stack between the switch specially. And it uses the dedicated cable to connect the GigaStack GBIC modules.

 

(2)SFP

 

SFP is the abbreviation of SMALL FORM PLUGGABLE. It can be understood as the upgraded version of GBIC simply. The volume of SFP optical module is half of GBIC optical module. Therefore, we can configure more than double the number of ports on the same penal.

 

XFP Transceiver

 

The other function of SFP fiber optical module is in accord with GBIC optical module basically. So, some switch manufacturers said that the SFP module is the mini GBIC module.

1000Base GBIC 1310nm 20km

1000Base GBIC 1310nm 20km. Dual data-rate of 1.25Gbps/1.0625Gbps operation 1310nm FP laser and PIN photo detector for 20km transmission. Duplex SC optical interface. Standard serial ID information compatible with SFF-8053. +3.3V/5Vsingle power supply

SPNC-10001PF
Intel 82572EI PCI Express 2.0a Single SFP Port. Build on PCI Express Technology and Intel original gigabit controller technology. Based on gigabit SFP transceivers which be optional and replaceable.
10G DWDM XFP Transceiver 120Km
10G DWDM XFP Transceiver 120Km. Wavelength selectable to C-band ITU-T grid wavelengths. Suitable for use in 100GHz channel spacing DWDM systems. XFP MSA Rev 4.5 Compliant. Data rate from 9.95Gbps to 11.3Gbps. Cooled EML and APD receiver link length up to 120km

Related Tutorials

Reason and Maintenance methods of common problem of optical module externally

1. Power light does not light.Reason: Power supply fault. Maintenance method: Replace the power supply. 2. Link lights are not lit.Failure may be as follows:(A) Check whether the fiber lines circuit breakers(B) Check whether the fiber line loss is too great, over equipment reception range(C) Check whether the optical interfaces are connected properly, local TX and RX connections from afar, TX and RX connections of the local in the distance.(D) Check whether the optical fiber connector intact, insert a device interface, jumper type matches the device interfaces, device type matches the fiber, equipment transfer length matches the distance. 3. The circuit Link light does not light.Failure

Important reason for the optical module functional failure

1. Optical Interface is polluted and damaged.The pollution and damage of the optical interface causes the optical link loss become large, resulting in the optical link fails. Reason as follows:A. The interface is explored in the environment so that the dust pollutes the interface.B. The fiber connector which is used has been polluted so that it causes the secondary pollution.C. Improper use of the interface of the optical connector with pigtail. D. The use of poor quality fiber optic connectors. 2. ESDM damageESD is the abbreviation of Electro Static Discharge.  ESD can produce tens of kv/m of electromagnetic pulse and even more.Static electricity will absorb dust, changing impedance

Compatibility verification

Compatibility verification is the analysis of the modules' work environment to meet the data sheet or compatibility and related standards. The performance of the module only in this compatibility work environment can be guaranteed. In some cases, due to environmental parameters beyond the data sheet or standard, it will cause the module performance degradation, thereby transmission error. Work environment and the module are compatible: 1) Voltage outside the specified range;2) Received optical power overload or lower than the receiver sensitivity;3) The temperature is outside the operating temperature range. SOPTO’s high quality fiber optic transceiver modules are 100% compatible with
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