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 A  C  D  E  H  I  J  M  P  R  S  T  U  V

 

A

accessing    
connecting directly
console ports
HyperTerminal
management console
SSH setup
 

C

cabling    
fast Ethernet    12
overview
power    12
recommendations
required tools
Case Manager, Juniper
cleaning platform
compliance, regulatory    
Canadian
FCC    12
FDA
console     See management console    
CTP overview
CTP1002 platform    1
specifications
CTP1004 platform    1
specifications
CTP1012 platform    1
specifications
CTPOS
CTPView
customer support    1
contacting Juniper
information needed
locating serial numbers
return procedure    12
 

D

damaged components, returning
DB-25 connector    12
DB-9    
connector
crossover cable
declaration of conformity, EC    
CTP1000
 

E

EIA-530 data interface
EIA530(A) data interface
environmental requirements
 

H

HyperTerminal access
 

I

inspecting before installation
installing    
before
freestanding
responsibilities
interface modules    
pinouts     See pinouts    
 

J

JTAC, contacting    12
 

M

maintaining    
cleaning
storing modules
tools required
management console    
accessing
direct connection
pinouts
port setup
modules and components    
cleaning
replacing
storing
 

P

pinouts    
100-pin connector
power    
cables, DC    12
failures
shutdowns
powering off
powering on    12
preinstallation responsibilities
 

R

rack    
installation guidelines
installing in
mechanical requirements
requirements
space requirements
reclamation and recycling
replacing components
return procedure    12
RJ-45 connector    123456
RS-232 port    123456
 

S

safety guidelines
serial number, locating
SSH connection
storing components
 

T

technical support
troubleshooting power failures    12
 

U

unpacking and inspecting
 

V

V.35 data interface

Powering On the CTP1000 Platform

Note: In this procedure we assume that the device is already connected to a power source. If using a DC power supply, see Cabling the CTP Platform for DC Power.

For specifications on the electrical requirements for the device, see one of the following topics:

Caution: Evaluate the overall loading of the branch circuit before you install any equipment into a rack.

To power on the device:

  1. Verify that the power source is operational.
  2. Inspect all grounding and power connections to the device chassis.
  3. Confirm that all cable connections are secure.
  4. Switch any available power switches to ON.
  5. Monitor LEDs to verify that the device is booting properly.

    The device goes through a boot process. When a prompt appears on the system console, the device is ready to be configured. If the system is new, the device boots to a first boot script. If the system is already operational, it boots to a login prompt.

The series of login prompts requires the following settings:

  1. Default username (ctp) and password (ctp). (We recommend that you change the root password after entering the default.)
  2. Supported protocol or protocols—(0) IPv4 only, (1) IPv6 only, or (2) IPv4 and IPv6. Enter the appropriate number value.
  3. Default interface—From the list of available devices, such as eth0 and eth1 (or more), enter the one to be the default.
  4. Hostname of the device.
  5. IP address of the interface—Enter the IP address of the selected interface, or accept the loopback address (127.0.0.1) by default.
  6. Netmask of the IP address—Enter the netmask (such as 255.255.255.128), or accept 255.255.255.0 as the default.
  7. Gateway IP address—Enter the IP address of the gateway, or accept the local address (127.0.0.1) as the default
  8. Maximum transmission unit (MTU)—Enter the MTU in bytes, or accept 1500 bytes as the default.
  9. Static routes added to the default interface, if any.
  10. Date and time GMT (more precisely, UTC)—Enter these separately in digits for the month, day, hour, and minutes in Coordinated Universal Time (UTC), or accept the internal settings.

    The device goes into startup mode.

For example:

...
*********** Setting up the root password ************
Changing root's password!
Changing password for user root.
New password:
Retype new password:
BAD PASSWORD: it is too short
passwd: all authentication tokens updated successfully.
************** Setting up the network ***************
Configure supported protocols:
0)  IPv4 Only
1)  IPv6 Only
2)  IPv4 and IPv6
Please select your option (rtn for 0):

There are 4 ethernet devices available for use. The default device
is the device through which the default gateway can be accessed.

Ctp circuits can run over any ethernet device, default or not.
A default device must be configured, other devices may be configured
and enabled, or disabled. Here is a list ot the available devices
and their descriptions:

        eth0: 10/100/1000 Copper (front)
        eth1: 10/100/1000 Copper (back)
        eth2: 1000 Fiber (left)
        eth3: 1000 Fiber (right)

What device would you like to make the IPV4 default device? (rtn for eth0): eth1
OK, eth1 (10/100/1000 Copper (back)) will be configured as IPV4 default device.

Please input the hostname (return for (none)): nova_54

===== Configuration for eth1 (default device):
Please input the ip (return for 127.0.0.1): 172.25.61.54
Please input the netmask (return for 255.255.255.0): 255.255.255.128
Please input the gateway (return for 127.0.0.1): 172.25.61.1
Please input the mtu in bytes (return for 1500):

Add route to interface eth1 [n]

======================================
=== OS Security level set to LOW ===
======================================

************** Setting up date/time *****************
Setting the date (GMT). Please input the year [2008-2020] (return for 2010):

Setting the date (GMT). Please input the month [1-12] (return for 01):

Setting the date (GMT). Please input the day [1-31] (return for 11):

Setting the date (GMT). Please input the hour [0-23] (return for 20):

Setting the date (GMT). Please input the minute [0-59] (return for 22):

INIT: Entering runlevel: 3
Entering non-interactive startup
...

During initial power-on, the components of the platform run boot code, go through a series of self-diagnostic tests, and synchronize with each other.

When the tests are complete, use the LEDs on each module to determine the status of the device. Observe the module LEDs on the front or rear components.

Related Documentation

Modified: 2015-11-22