Manuals / Omnitron Systems Technology / Computer Equipment / Network Card

Omnitron Systems Technology GX/TM2 user manual Setting SNMPv1/v2c Read and Write Community Names

Models: GX/TM2

1 48
Download 48 pages 9.29 Kb
Page 17
Image 17

PI

SA

SNMP Preferences Screen

 

iConverter, Serial Agent

 

Chassis Number

= 1

SNMP Engine ID 80001CAE03000687003B19

1: sysContact

 

Omnitron (949) 250-6510

 

 

2: sysLocation

 

Irvine, CA USA

 

 

3: SNMP Writes

 

Enabled

 

 

 

SNMP v1/v2c -------------------------------------------------------------------

 

 

 

 

4: Read Community

*****

 

 

 

5: Write Community

*****

 

 

 

6: Agent

 

Enabled

 

 

 

SNMP V3 -----------------------------------------------------------------------

 

 

 

 

7: Agent

 

Enabled

 

 

 

8: User 1 name (read only)

guest

 

 

 

9: User 2 name (read/write)

admin

 

 

 

10: User 1 Security

noAuthNoPriv 13: User 2 Security

noAuthNoPriv

11: User 1 Privacy pwd

*****

14: User 2 Privacy pwd

*****

12: User 1 Authen. pwd

*****

15: User 2 Authen. pwd

*****

Traps Hosts -------------------------------------------------------------------

 

 

 

 

16: Address 1

255.255.255.255

20: Address 5

255.255.255.255

17: Address 2

255.255.255.255

21: Address 6

255.255.255.255

18: Address 3

255.255.255.255

22: Address 7

255.255.255.255

19: Address 4

255.255.255.255

23: Address 8

255.255.255.255

Enter Choice, Management Options Screen(0), (H)elp, E(x)it >

3.4.2.1Setting SNMPv1/v2c Read and Write Community Names

The GX/TM2 is shipped from the factory with the SNMP agent enabled with the default SNMP Read and Write Community name as “public”. See Section 3.4 for all factory default settings.

The SNMP Read Community Name is necessary for reading data from the GX/TM2. The name can be any 1-32 character alphanumeric string. To set the SNMP Read Community Name, select 4 at the SNMP Preferences screen, press <ENTER> and then follow the screen prompts.

The SNMP Write Community Name is necessary for writing data to the GX/TM2. The name can be any 1-32 character alphanumeric string. To set the SNMP Write Community Name, select 5 at the SNMP Preferences screen, press <ENTER> and then follow the screen prompts.

To save the new values, select 0 and press <ENTER> to return to the Management Options screen, then select 6 and press <ENTER> to Save Preference Changes.

3.4.2.2Setting SNMPv3 Parameters

SNMPv3 implements a security model that provides for message integrity, authentication, and encryption.

Authentication for SNMPv3 is provided through a unique User Name and Authentication Password for each access level.

Two access levels or accounts are available; Read-Only Level (User 1) and Read and Write Level (User 2). User 1 is allowed to request information from the module. User 2 is allowed to request information from and set configuration to the module. To set the User 1 name, select 8 at the SNMP Preferences screen, press <ENTER> and then follow the screen prompts. To set the User 2 name, select 9 at the SNMP Preferences screen, press <ENTER> and then follow the screen prompts. The GX/TM2 is shipped with default values pre-assigned. See Section 3.4 for all factory default settings.

The module supports the three levels of Authentication and Encryption (Security Levels) for User 1 and User 2; noAuthNoPriv, authNoPriv and authPriv. noAuthNoPriv uses username for authentication,

Page 17

Page 16 Page 18
Page 17
Image 17
Omnitron Systems Technology GX/TM2 user manual Setting SNMPv1/v2c Read and Write Community Names
Page 16 Page 18

GX/TM2 specifications

Omnitron Systems Technology has long been at the forefront of networking solutions designed to enhance communication across various industries. One of their standout products is the GX/TM2, an innovative device that caters to the evolving demands of modern network environments.

The GX/TM2 is a robust and flexible media converter designed to facilitate seamless integration between different types of network media. This device supports a wide range of Ethernet technologies, making it an ideal choice for organizations looking to bridge fiber optic and copper connections. It is particularly valuable for enterprises that need to expand or upgrade their network architecture without overhauling existing infrastructure.

One of the main features of the GX/TM2 is its compatibility with both Fast Ethernet (10/100 Mbps) and Gigabit Ethernet (10/100/1000 Mbps). This versatility allows users to choose the speed that best suits their operational needs, ensuring they can accommodate varying bandwidth requirements. Additionally, the device supports a range of fiber types, including multimode and single-mode fibers, extending transmission distances significantly—some models can achieve reach up to 120 kilometers.

The GX/TM2 incorporates advanced technologies, including auto-negotiation, which automatically detects and configures the parameters of the connected network. This feature minimizes setup time and reduces the risk of manual configuration errors. Another valuable technology is the built-in management interface, which allows for real-time monitoring and diagnostics, helping network administrators maintain optimal performance and troubleshoot issues quickly.

Moreover, the GX/TM2 is designed with reliability in mind. It features robust hardware construction, which makes it resistant to environmental factors, ensuring dependable operation in diverse settings. Its compact form factor and modular design make it easy to deploy and integrate into existing network systems, optimizing space and performance.

Overall, the Omnitron GX/TM2 stands out as a comprehensive solution for organizations seeking to enhance their network capabilities. With its advanced features, wide compatibility, and emphasis on reliability, it empowers businesses to build efficient, high-performance networks that can adapt to changing technological landscapes. Whether for upgrading legacy systems or deploying new network expansions, the GX/TM2 provides the flexibility and performance necessary for modern connectivity demands.