Step 3. System Configuration
!
!
!
!
1. Use the CSDM to configure the system.
• Select
Configuration > System > Parameters
and enter a
Console Configuration Password
•
Important:
Set
Multicast Time-to-Live
(TTL) equal to the number of subnet r 1.
• Select
Configuration > Console > Parameters
to add a
Console
for each console in
the system.
• Enter
MAC Address
and
Host Name or IP Address
for each console, as recorded on the
Discovery Form
at Step 1, Task 5.
• Select
Configuration > Radio Channel > Parameters
to add a
Radio Channel
for each
MIP 5000 Gateway in the system.
• Enter
MAC Address
and
Host Name or IP Address
for each gateway, as recorded on the
Discovery Form
at Step 1, Task 4.
• Select
Radio Channel
features as required, especially features related to jumper settings for
Local and Tone models. See the
I/O
area of the
Radio Channel > Parameters
,
General
tab.
2. Use the CSDM to save the database, then generate the configuration files for the MIP 5000 system.
• Select
Options > Generate Configuration Files
and click
Generate
.
Important:
The configuration files must be generated before you can start the MIP 5000 VoIP Radio
Console program.
Step 4. Gateway Preparation
1. Open each Local or Tone MIP 5000 Gateway box that needs to have jumpers set to support a required
feature. Set the jumpers as required using the following tables.
Do not remove jumpers S1 or S18
.
•
Tone defaults:
S4, S12, S13, S14, S17, and S18 are IN; S15, S16 are OUT
• Local defaults: S7, S8, S10, and S12 are IN.
2. For each MIP 5000 Gateway:
• Use null modem cable (
DDN8671
) to connect the gateway serial port (
IOIOI
) to a computer COM1 port
• Establish a puTTY serial session (
Start > Programs > Motorola > MIP 5000 > puTTY SSH Client
)
on COM1 with 57,600 bps, 8 data bits, no parity, 1 stop bit. and no flow control.
• Use the Gateway Main Menu to set the initial configuration parameters:
• TFTP server address (Host Name or IP address of CSDM computer)
• Time server address (Host Name or IP address of time server computer)
• Gateway addressing type (if your network uses static IP addressing)
• Gateway IP address (if your network uses static IP addressing)
• Default Gateway IP address (if this gateway is in a different subnet than the consoles using it)
3. Secure each MIP 5000 Gateway unit into its permanent position.
TIP:
Write down and save gateway serial numbers now in case you need Motorola service support later.
4. Connect the MIP 5000 Gateway units to the network using the Ethernet port ( ).
5. Interrupt the power to the gateway after connection to the network to force a database upload.
6. Connect the radio equipment to the MIP 5000 Gateway units using the Radio port ( ).
16 Freq Encoded
4 Freq Decoded
2 Freq
4 Private Lines
PTT Relay
Monitor
S7
IN
OUT
OUT
OUT
--
--
S8
IN
OUT
OUT
OUT
--
--
Features
Jumpers
Local Control MIP 5000 Gateway
PTT Relay
Encryption
COR Detect
High Speed Mute
Takeover
LOBL
Repeat
Leased Line
Leased Line with
Takeover
S4
--
--
--
--
--
IN
--
OUT
OUT
S12
IN
IN
--
--
--
--
IN
OUT
OUT
S17
--
IN
IN
IN
--
--
--
OUT
OUT
S18
IN
--
--
--
--
IN
--
OUT
OUT
S13
--
IN
--
--
OUT
--
IN
OUT
OUT
S14
IN
IN
--
--
OUT
--
IN
OUT
OUT
S15
OUT
OUT
OUT
OUT
IN
OUT
OUT
OUT
IN
S16
OUT
OUT
OUT
OUT
IN
OUT
OUT
OUT
IN
Features
Jumpers
Tone Control MIP 5000 Gateway
S10
--
--
--
--
--
IN
S12
--
--
--
--
IN
--
Common
Pin 1
Pin 1
Pin 1
Opto
Pin 2
Pin 2
Pin 2
Pin 7
Relay
(K3) Pin 7
(K1) Pin 8
(K1) Pin 8
Puts the common pin to ground when IN.
†
*
*
*
*
COR Detect & High Speed Mute are mutually exclusive.
On a leased line, the Tone Control gateway does not support
PTT Relay, Encryption, COR Detect, HSM, LOBL or Repeat.
‡
*
**
†
†
‡
‡
**
**
J5 Pin 1 = Parallel Audio+
J5 Pin 8 = Parallel Audio–
J5 Pin 1 = Parallel Audio+
J5 Pin 8 = Parallel Audio–
*
Encryption & Takeover are mutually exclusive with all options
except PTT Relay (use S12 with internal ground) and LOBL.