3 TJ1400P-M1 switch overview

TJ1400P-M1 switch is an enterprise grade L2/L3 device suitable for enterprises that need L2/L3 switching functionalities. The Tejas Networks TJ1400P-M1 Ethernet switches run the Enterprise version of the Tejas Network Operating System (TejNOS-EN), which provides Layer 2 and Layer 3 Switching, Routing, and Security services.

This chapter provides an overview of TJ1400P-M1 switches, list of different variants available, details the physical dimensions, and overview of the interfaces of the system. It also provides the hardware details of the Switch along with the behavior of LEDs present on the switch. The user can check the switch status by reading the LED behaviors and reset the switch or restore the switch to factory defaults.

TJ1400P-M1 switches are available in models with 8-port and 24-port built-in network ports that support RJ-45 cable and optical cable connectors.

The following are the models available for fixed 8-port switches.

3.1 Rack mount switch

Front Panel of 8-port TJ1400P-M1 switch with AC Power Supply Unit

The following figure describes the front panel components of 8-port switch. The front panel view of TJ1400P-M1 8x1 GE (electrical) + 4 SFP GE (Optical) variant, ports 1 to 8 supports 1GE (10/100/1000 Base-T) interfaces and ports 9 to 12 supports 1G uplink optical interfaces.

Figure 1: Front panel of TJ1400P-M1 AC switch

The TJ1400P-M1 8-port switch front panel has the following combinations of ports:

• 8x1GE + 4xSFP AC variant non-PoE switch, ports 1 to 8 supports 1 Gigabit Electrical (10/100/1000 Base-T) interfaces, and ports 9 to 12 supports 1 Gigabit Optical uplink interfaces.

Figure 2: TJ1400P-M1 8-port non-PoE switch front panel view with fixed AC PSU

• 8xGE + 4xSFP AC variant PoE switch, ports 1 to 8 supports 1 Gigabit Electrical (10/100/1000 Base-T) interfaces, and ports 9 to 12 supports 1Gigabit Optical uplink interfaces.

Figure 3: TJ1400P-M1 8-port PoE switch front panel view with AC PSU

Rear panel view of TJ1400P-M1 8-port switch

The following figure shows the rear panel of TJ1400P-M1 switch.

Figure 4: TJ1400P M1 8-port switch rear panel

DIN-rail switch

The following figure shows the front panel view of TJ1400P-M1 8-port switch with DC PSU DIN-rail.

Figure 5: TJ1400P-M1 8-port front view DIN-rail switch

Figure 6:

The following figure shows the rear panel view of TJ1400P-M1 switch with DC PSU -DIN Rail PoE and non-PoE variant.

Figure 7: TJ1400P-M1 8-port rear view DIN-rail switch

Note: The DIN-rail switch comes with DIN rail clamps and the customer can use the appropriate location depending on the installation requirements.

The following are the models available for 24-port switches:

Front panel of a 24-port M1 switch with AC power supply unit

The following figure describes the front panel components of 24-port switch.

• 24x1GE + 4x10GE AC supply PoE/non-PoE variant, where P1 to P24 supports 1 Gigabit Electrical (10/100/100 Base-T) interfaces, P25 to P28 supports 10 Gigabit Optical (SFP+) interfaces, and stacking ports S1 and S2.

Figure 8: TJ1400P-M1 24-Port AC PSU switch

Note: If stacking ports are disabled, then the port S1 is not supported and the port S2 acts as two uplink ports with the port numbers as P29 and P30.

Front panel view of TJ1400P-M1 24-port electrical fixed variant switch

Figure 9: Front View: TJ1400P-M1 with 24 Gigabit electrical ports

Rear panel view of TJ1400P-M1 24-port electrical fixed variant switch

Figure 10: Rear View: TJ1400P-M1 with 24 Gigabit electrical ports

Front panel view of TJ1400P-M1 24-port optical fixed variant switch

The following figure describes the front panel components of 24-port switch. The front panel view of TJ1400-M1 fixed 24 SFP + 6 SFP+ variant, P1 to P24 supports 1 Gigabit optical (SFP) interfaces, P25 to P30 supports 10 Gigabit Optical (SFP+) uplink interfaces.

Figure 11: Front View: TJ1400P-M1 with 24-port Gigabit optical ports

Note: The TJ1400P-M1 switch has three fans in its PoE model electrical variant and three fans with non-PoE model optical variant.

3.2 LED specifications

3.2.1 LED description

LEDs on the front panel of TJ1400P-M1 8-port and 24-port switch allows user to monitor and check the status of the switch. LEDs provide system and port indication.

There are two types of LEDs as follows:

• Port status LEDs: Indicates the current status of each port. User can check these LEDs to understand the port status.

• System LEDs: Indicates if the switch is powered up correctly or not.

3.2.2 Visual Indicator Details of 8-port and 24-port switch

The following table describes the functions of and descriptions of the LED indicator. Only one LED is used to transmit and receive traffic on RJ45 and SFP ports.

3.3 Electrical RJ45 Interfaces

3.3.1 10/100/1000 Base-T ports for 8-port and 24-port switch

The ethernet traffic is received and transmitted from the 10/100/1000 Base-T interface on TJ1400P-M1 switch. The connectivity is made through RJ45 connectors and the switch contains 10/100/1000 Base-T RJ-45 ports. All RJ-45 ports support automatic, so the optimum data rate and transmission is selected automatically. The number of 10/100/1000 Base-T ports on a switch depends on the type of TJ1400P-M1 switch. The GE RJ-45 copper interface ports support 10 BASE-T, 100 BASE-Tx, and 1000 BASE-T.

The following figure shows the electrical ports on TJ1400P-M1 8-port switch.

Figure 12: TJ1400P-M1 8-port switch 10/100/1000 Base-T ports

The following figure shows the electrical ports on TJ1400P-M1 24-port switch.

Figure 13: TJ1400P-M1 24-port switch 10/100/1000 Base-T Ports

3.3.2 SFP and SFP+ module ports for 8-port and 24-port switch

A SFP is a hot-swappable input/output device that connects the switch to the fiber-optic network by plugging the SFP ports. The switch uses Gigabit Ethernet SFP modules. It has twenty-four 1G SFP module slots and has four 10G SFP+ module slots. These field-replaceable transceiver modules provide uplink interfaces when inserted in an SFP module slot. SFP modules have fiber-optic LC connectors. Only SFP modules are supported in the SFP slots.

The following figure shows the optical ports on TJ1400P-M1 8-port switch.

Figure 14: TJ1400P-M1 8-port switch SFP interface

The following figure shows the optical ports on TJ1400P-M1 24-port switch. It has four SFP+ module slots as shown in the figure.

Figure 15: TJ1400P-M1 24-port electrical switch SFP+ ports

The switch provides fixed uplink ports that support 10 Gigabit optical SFP+ modules. It has four 10G SFP+ module slots. These field-replaceable transceiver modules provide uplink interfaces when inserted in an SFP+ module slot. SFP+ modules have fiber-optic LC connectors. Only SFP+ modules are supported in the SFP+ slots.

The following figure shows the optical ports on TJ1400P-M1 24-port switch. It has six SFP+ module slots as shown in the figure.

Figure 16: TJ1400P-M1 24-port optical switch SFP+ ports

3.3.3 Console and USB Port

The console port is an RJ-45 serial data terminal equipment (DTE) port that can be used for either local or remote administration.

Figure 17: TJ1400P-M1 8-port and 24-port Console and USB ports

3.3.4 Ground terminal

TJ1400P-M1 switch is provided with a local safety ground terminal on the switch.

Figure 18: TJ1400P-M1 switch 8-port and 24-port Ground terminal

3.4 System specifications

The following table details the specifications of the rack mount TJ1400P-M1 8-port switch.

Table 6:

Mount rack TJ1400P-M1 8-port switch system specifications

The following table details the specifications of the DIN-rail TJ1400P-M1 8-port switch.

The following table details the specifications of the TJ1400P-M1 24-port switch.

Table 8:

TJ1400P-M1 24-port switch system specifications