3Com 6000, 5000 manual Description on the download parameters

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3Com Router 5000 and Router 6000 FamilyRelease Notes v2.41 • Page 22

<6040>tftp 172.16.1.254 get r6y02_41vc03.bin

File will be transferred in binary mode. Downloading file from remote tftp server, please wait..................................................................

.......................................................................

........................................................./ TFTP:

11204734 bytes received in 194 second(s). File downloaded successfully.

<6040>sys

System View: return to User View with Ctrl+Z. [6040]boot main r6y02_41vc03.bin

Set main boot file successfully! [6040]quit

<6040>reboot

4.5Upgrading Software Using TFTP (option 2)

Upgrading the application image with the NET command will use an Ethernet interface to download. In this approach, the router is the TFTP Client and needs

to connect to a TFTP Server using a fixed Ethernet interface. The following describes how to upgrade the application image with this approach:

1Start the TFTP Server on the host connected to the Ethernet interface on the router. Set the path for the source file to be downloaded.

Caution: No TFTP Server is available on the routers. You must have a TFTP server available.

2In the Boot Menu, select option 2 to enter the Net Port Download Menu (shown below):

Net Port Download Menu:

1:Change Net Parameter

2:Download From Net to Flash

3:Download From Net to RAM

4:Exit to Main Menu

Enter your choice(1-4):1

3Select option 1 (Change Net Parameter) to change the download parameters, as shown in the example below.

Note: To modify the parameter values, enter the new values next to the existing values. Do not use the Delete or Backspace key to erase the existing values.

Change Boot Parameter:

'.' = clear field; '-' = go to previous field; ^D = quit

boot device

: fei0

processor number

: 0

host name

:

8040

file name

:

r5000.bin

inet on ethernet (e) : 10.1.1.110 inet on backplane (b):

host inet (h)

: 10.1.1.241

gateway inet (g)

: 10.1.1.254

user (u)

:

ftp password (pw) (blank = use rsh):

flags (f)

: 0x80

target name (tn)

:

startup script (s)

:

other (o)

:

Table 5: Description on the download parameters

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Contents Contents Software VersionOnline Resources IntroductionScope System RequirementsSupport for New Modules Support for Previously-Released ModulesSICs Smart Interface Cards Router 5000 Family Issues Fixed in Release Software Issues Resolved Since v2.30/2.31 Software Issues Resolved from3Com Router 5000 and Router 6000 Family User Documentation Issues resolved From Documentation Issues Resolved since Known Issues for Router 5000 and Router 6000 ReleaseSystem Access System Management SnmpInterface Management Link Layer Protocol Network Protocol Routing ProtocolMulticast Protocol Security/VPNQuality of Service QoS Mpls3Com Router 5000 and Router 6000 Family Upgrading Software Documentation ErrorsUpgrading with FTP Boot Menu Boot Menu 3 Set application file type=MAIN B=BACKUP S=SECURE Boot Menu 5 Clear the configuration file Upgrading Software Using Xmodem Upgrading the application imageUpgrading Software Using Tftp option Description on the download parameters Parameter Description 3Com Router 5000 and Router 6000 Family
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5000, 6000 specifications

The 3Com 6000 series, launched in the late 1990s, was a significant advancement in networking technology, designed to meet the growing demands of enterprise-level networking. This series provided powerful solutions for businesses seeking reliable, efficient, and scalable networking capabilities.

At its core, the 3Com 6000 series featured a modular design, allowing companies to customize their networks according to specific needs. This flexibility meant that organizations could add or replace components as their networking requirements evolved, ensuring investment protection and a tailored approach to connectivity. The ability to scale was particularly important for businesses that anticipated growth or change in operational demands.

One of the standout features of the 3Com 6000 was its advanced switching capabilities. The series employed high-performance switching technologies that supported various protocols, including Fast Ethernet and Gigabit Ethernet. This versatility made it suitable for diverse environments, from small offices to large corporate settings. The 3Com 6000 switches were engineered to deliver high throughput and low latency, crucial for applications requiring real-time data transfer.

The series also supported a range of network management tools, enhancing operational efficiency. With SNMP (Simple Network Management Protocol) support, network administrators could easily monitor and manage network performance, troubleshoot issues, and configure devices from a centralized location. This capability significantly streamlined network operations, reducing downtime and optimizing resource allocation.

Security was another significant concern addressed by the 3Com 6000. The series incorporated robust security features, including access control lists (ACLs) and VLAN (Virtual Local Area Network) support. These features allowed network administrators to segment traffic and enforce security policies, protecting sensitive data and ensuring compliance with organizational standards.

Moreover, the 3Com 6000 series was designed with energy efficiency in mind, reflecting a growing awareness of the environmental impact of IT infrastructure. By implementing power-saving features, the series helped organizations reduce their overall energy consumption while maintaining optimal network performance.

In summary, the 3Com 6000 series stood out for its modularity, advanced switching capabilities, extensive management tools, strong security features, and energy efficiency. It represented a forward-thinking solution for enterprises aiming to build robust network infrastructures capable of supporting a wide range of applications and services. As organizations increasingly relied on networked systems, the 3Com 6000 played a crucial role in shaping the landscape of enterprise networking.