Apollo VioNet 3000 series User Manual And Instruction Manual

User Guide and Instruction Manual

Version 1.1, Rev. A

www.apollovideo.com

Apollo Video Technology

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Toll Free: 888-AVT-USA1; Tel: 425.483.7100; Fax: 425.483.7200

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Notes

Apollo Video Technology reserves the right to make changes and improvements in the appropriate features in either

the software or hardware of this product, modifying the specifications of this manual without prior notice.

The images presented on the front and back panels of the devices are provided as information guideline only. Some

modifications may exist in the actual device.

Mishandling may cause damage to or malfunction of the device.

This device contains elements that are sensitive to electrostatic surges and shocks, therefore it is essential when

handling the equipment that an antistatic wrist strap is connected to the device chassis and this is placed on an

antistatic mat; avoid contact between the device components and other objects.

This device should not be discarded with normal domestic waste. Refer to public information for instructions on how

to correctly dispose of this device in order to protect the environment from e-waste. Always respect the current laws

regarding waste material. Violation of environmental laws may be subject to fines and other consequences.

The following symbol is shown on the device. This means that when a device reaches the end of its life, it must be

taken to the official recycling/disposal centers where it must be disposed of in an environmentally responsible manner

and separately from normal domestic waste.

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Table of Contents

1.0 Introduction ...................................................................................................................................................... 5

Overview ........................................................................................................................................................ 5 1.1

Product Dimensions and Drawings ................................................................................................................ 5 1.2

Models ............................................................................................................................................................ 5 1.3

Items Supplied ............................................................................................................................................... 6 1.4

2.0 Installation ........................................................................................................................................................ 7

Positioning the Antenna ................................................................................................................................. 7 2.1

Connecting the GPS Antenna ........................................................................................................................ 7 2.2

Connecting the WWAN (Cellular) Antenna ..................................................................................................... 7 2.3

Connecting the WLAN (Wi-Fi) Antenna .......................................................................................................... 8 2.4

Mounting the Router ....................................................................................................................................... 9 2.5

Connections ................................................................................................................................................... 9 2.6

3.0 Configuration .................................................................................................................................................. 11

Power Management ..................................................................................................................................... 11 3.1

Protection Fuse ............................................................................................................................................ 12 3.2

Installing the SIM Card ................................................................................................................................. 15 3.3

4.0 LED Indicators ................................................................................................................................................ 18

5.0 Microswitches ................................................................................................................................................ 19

Reset to Default Configuration ..................................................................................................................... 19 5.1

6.0 CLI Access ...................................................................................................................................................... 21

Local Terminal .............................................................................................................................................. 21 6.1

Remote Terminal .......................................................................................................................................... 21 6.2

Connecting to the VioNet Router .................................................................................................................. 21 6.3

User Interface ............................................................................................................................................... 22 6.4

Configuration ................................................................................................................................................ 24 6.5

Monitoring .................................................................................................................................................... 28 6.6

Troubleshooting ........................................................................................................................................... 37 6.7

7.0 Upgrading Software ....................................................................................................................................... 40

Loading the Code ......................................................................................................................................... 40 7.1

Upgrade Module Firmware ........................................................................................................................... 43 7.2

8.0 Interfaces ........................................................................................................................................................ 46

Types of Interfaces ....................................................................................................................................... 46 8.1

Checking the Status of the Interfaces........................................................................................................... 46

8.2

Entering the Configuration or Monitoring for a Router Interface ................................................................... 47 8.3

Troubleshooting ........................................................................................................................................... 47 8.4

Ethernet Interface ......................................................................................................................................... 48 8.5

VLAN ............................................................................................................................................................ 49 8.6

Troubleshooting ........................................................................................................................................... 50 8.7

Wireless LAN ............................................................................................................................................... 59 8.8

Wireless interface ......................................................................................................................................... 80 8.9

PPP Protocol ................................................................................................................................................ 97 8.10

9.0 Protocol ......................................................................................................................................................... 118

IP Addresses .............................................................................................................................................. 118 9.1

Static Routing ............................................................................................................................................. 120 9.2

IP Traces .................................................................................................................................................... 129 9.1

Security Policies ......................................................................................................................................... 132 9.2

NAT ............................................................................................................................................................ 135 9.3

10.0 VPN ................................................................................................................................................................ 144

IPSec .......................................................................................................................................................... 144 10.1

DMVPN. ..................................................................................................................................................... 169

10.2

11.0 Appendices ................................................................................................................................................... 179

Troubleshooting ......................................................................................................................................... 179 11.1

Testing Wi-Fi Connectivity .......................................................................................................................... 179 11.2

Testing Cellular Connectivity ...................................................................................................................... 179 11.3

Connectors ................................................................................................................................................. 180 11.4

Product Usage Restrictions ........................................................................................................................ 181 11.5

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Table of Figures

Figure 1: VioNet Mobile Router - Side Dimensions, Drawing ......................................................................................... 5

Figure 2: VioNet Mobile Router - Front Dimensions, Drawing ........................................................................................ 5

Figure 3: GPS Antenna Connector ................................................................................................................................. 7

Figure 4: Antenna Modules ............................................................................................................................................ 8

Figure 5: Antenna Connections for WWAN 1 (with Diversity) ........................................................................................ 8

Figure 6: Antenna Connections for WWAN 2 (with Diversity) ........................................................................................ 8

Figure 7: Antenna Connections for the Wireless LAN .................................................................................................... 9

Figure 8: Mounting Plate Screw Locations ..................................................................................................................... 9

Figure 9: Power Connector .......................................................................................................................................... 10

Figure 10: Power Connection Pins ............................................................................................................................... 10

Figure 11: Power Management Switch / Microswitches ............................................................................................... 11

Figure 12: Command Line, Power Management .......................................................................................................... 12

Figure 13: Protection Fuse ........................................................................................................................................... 12

Figure 14: LAN Switch Ports (4) ................................................................................................................................... 13

Figure 15: AUX Port ..................................................................................................................................................... 13

Figure 16: Configuration Connector ............................................................................................................................. 13

Figure 17: Configuration Connection ............................................................................................................................ 14

Figure 18: SIM Tray # 1 for MD1 Module ..................................................................................................................... 16

Figure 19: SIM Tray # 2 for MD2 Module ..................................................................................................................... 16

Figure 20, 21, 22, 23, 24, 25: Installing the SIM ........................................................................................................... 16

Figure 26: Rear Panel LEDS ........................................................................................................................................ 18

Figure 27: Sample Message, Configuration Console ................................................................................................... 19

Figure 28: GESTON Process Commands Table .......................................................................................................... 22

Figure 29: Carga Lan ................................................................................................................................................... 40

Figure 30: Configuration Flow-Chart ............................................................................................................................ 49

Figure 31: Wireless Interface Support .......................................................................................................................... 81

Figure 32: Theoretical Data Speeds ............................................................................................................................. 81

Figure 33: Power Connector ...................................................................................................................................... 180

Figure 34: LAN Connector ......................................................................................................................................... 180

Figure 35: WWAN Connectors ................................................................................................................................... 180

Figure 36: WLAN Connectors .................................................................................................................................... 180

Figure 37: GPS Connectors ....................................................................................................................................... 180

Figure 38: Configuration Connector (DB9) ................................................................................................................. 181

Figure 39: Antenna Gain ............................................................................................................................................ 182

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1.0 Introduction

Overview 1.1

The VioNet 3000 Series Mobile Router is an IP router designed specifically for operation in extreme

environments. Featuring ruggedized mechanics and the ability to operate in extreme temperatures, the VioNet

3000 Series Mobile Router is ideal for mobile vehicle applications.

A key feature of the VioNet Router is its capability to provide access to data networks through cellular or

mobile technologies. Due to the modular design, this device can quickly be adapted to the latest technologies,

including GPRS, EDGE, UMTS, HSDPA, HSUPA, HSPA, HSPA+, LTE, CDMA 2000 1xRTT, CDMA Ev-Do,

etc.

The VioNet router can also incorporate a second module permitting simultaneous connections to different

carrier networks or for redundancy using a different technology. In addition, the latest technology in internal

GPS (SiRF Start IV

1

) is provided.

The VioNet 3000 Series Mobile Router includes an integrated four-port Ethernet LAN Switch to access LAN

networks along with a Wireless LAN MINI-PCI module.

Product Dimensions and Drawings 1.2

Figure 1: VioNet Mobile Router - Side Dimensions, Drawing

Figure 2: VioNet Mobile Router - Front Dimensions, Drawing

Models 1.3

The VioNet 3000 Series Mobile Router is available in four (4) different models to support different wireless and

cellular connectivity options.

Model:

Description:

VN-3001

VioNet 3000 Series Mobile Router | WiFi, GPS, Cables, Antenna

VN-3011A

VioNet 3000 Series Mobile Router | WiFi, GPS, Cables, Antenna and Cellular Card (AT&T)

VN-3011B

VioNet 3000 Series Mobile Router | WiFi, GPS, Cables, Antenna and Cellular Card (Verizon)

VN-3021C

VioNet 3000 Series Mobile Router | WiFi, GPS, Cables, Antenna and 2 Cellular Cards (AT&T

& Verizon)

1

SiRF® is registered trademark of SiRF Technology, Inc. a CSR plc company.

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Items Supplied 1.4

The following parts are supplied with each router:

Description:

VN-3001

VN-3011A

VN-3011B

VN-3021C

Quantity Included for Each Model:

Antenna, White surface mount antenna w/ 3/4 inch base bolt (WiFi/WiFi/GPS).

 2.4-2.5 / 4.9-6GHz = 20 foot RF-195 with SMA plug (male) connector

 2.1-2.5 / 4.4-6 GHz = 20 foot RF-195 with SMA plug (male) connector

 GPS = 1 foot RG-174 with FME Jack (female) connector

1

-

Antenna, White surface mount antenna w/1-inch base bolt (cell/2xWiFi/GPS).

 694-894 / 1700-2700 MHz = 1 foot RF-195 with SMA plug (male) connector

 2.4-2.5 / 4.9-6 GHz = 1 foot RF-195 with SMA plug (male) connector

 2.1-2.5 / 4.4-6.0 GHz = 1 foot RF-195 with SMA plug (male) connector

 GPS (1575.42 +/- 2 MHz) = 1 foot RG-174 with SMA plug (male) connector

-

1

Antenna, White surface mount antenna w/1-inch base bolt (cell/2xWiFi).

 694-894 / 1700-2700 MHz = 1 foot RF-195 with SMA plug (male) connector

 2.4-2.5 / 4.9-6 GHz = 1 foot RF-195 with SMA plug (male) connector

 2.1-2.5 / 4.4-6.0 GHz = 1 foot RF-195 with SMA plug (male) connector

 GPS (1575.42 +/- 2 MHz) = 1 foot RG-174 with SMA plug (male) connector

-

1

3

Cable, Patch CAT5, Molded, 7'

1

Cable Assy, VioNet Power, 15'

1

PCI-express Embedded Module (PEM)

1

2

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2.0 Installation

Positioning the Antenna 2.1

The orientation of the antenna is critical for optimal performance. In order to achieve the best coverage, follow these

instructions:

 Mount antennas a minimum of 18 inches from one another.

 Place the antenna where there are no physical obstacles between the antenna and base station in

order to limit degradation of the wireless signal.

 Antennas should be positioned away from metal screens, mirrors or other dense materials as they may

affect performance.

 Antennas should be positioned away from other wireless devices and/or radiation devices

(communication devices, personal computers, etc.)

 Insulate the antenna with rubber or a ground plate.

 Utilize caulk to secure and waterproof the base of the antenna.

 Tape any un-used connectors and all metal connectors once connected to prohibit conductivity.

 If there is additional cable length, individually loop each cable into a separate coil and utilize zip ties to

hold in coiled position.

 Do not touch or move the antenna while the device is transmitting or receiving.

 Antennas and cables should be those supplied or recommended by Apollo Video Technology.

Connecting the GPS Antenna 2.2

NOTE:

 GPS Antenna cables are labeled “3V – 5V GPS”

 For best results, mount the GPS Antenna toward the center of the vehicle.

Connect the antenna cable connector into the connector labeled “GPS” located on the front panel of the 2.2.1

device.

Figure 3: GPS Antenna Connector

Connecting the WWAN (Cellular) Antenna 2.3

NOTE: Cellular Antenna cables are labeled “1700 – 2700 MHz”.

Connect the antenna cable to the connectors labeled “CELL1” and CELL2”, located on the front panel of the 2.3.1

device.

NOTE:

 The VioNet Router has two connectors incorporated (ANT.1 and ANT.2) for each module

installed in the device (CELL1 and CELL2):

 The MAIN antenna for each module (CELL1 and CELL2) is installed in the ANT.1 connector.

 The DIVERSITY antenna for each module (CELL1 and CELL2) is installed in the ANT.2

connector.

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Figure 4: Antenna Modules

Module 1

Module 2

ANT.1 CELL1  MAIN Antenna

ANT.1 CELL2  MAIN Antenna

ANT.2 CELL1  DIVERSITY

Antenna

ANT.2 CELL2  DIVERSITY

Antenna

Figure 5: Antenna Connections for WWAN 1 (with Diversity)

Figure 6: Antenna Connections for WWAN 2 (with Diversity)

 The device incorporates two WWAN antenna connectors (ANT.1 and ANT.2) for each

module.

 Depending on the technology used for the connection, either one (e.g. GPRS) or two

antennas (e.g. LTE) will be required.

 The antenna for the ANT.1 (Main) connector is mandatory. The ANT.2 (Ext.Diversity)

antenna connector is optional.

 For optimal performance, the ANT.2 Ext Diversity antenna should be disabled when not in

use.

 When installing both the ANT.1 Main and the ANT.2 Ext. Diversity antennas, the

recommended minimum distance between them is 1 foot (1’). The maximum recommended

distance is 2 feet (2’).

Connecting the WLAN (Wi-Fi) Antenna 2.4

NOTE: Wi-Fi Antenna cables are labeled “2.4 – 6 GHz”

Connect the antenna cable to the connectors labeled “Wi-Fi”, located on the front panel of the device. 2.4.1

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Figure 7: Antenna Connections for the Wireless LAN

Mounting the Router 2.5

Mount the router utilizing the printable drill guide - available for download at: www.apollovideo.com/support 2.5.1

NOTE: Some screw locations may interfere with connectors. Ensure the screw positions selected to

not interfere with the Power Connector.

Figure 8: Mounting Plate Screw Locations

Connections 2.6

NOTE: Electric supply current for communication cables is dangerous. To prevent electric shock

while installing, moving or opening the device covers, cables should be disconnected and connected

as follows:

To Connect: 2.6.1

1. Ensure that the power supply cable is not connected to the device

2. Connect all data cables

3. Connect all antennas

4. Connect the power supply cable to the device

To Disconnect: 2.6.2

1. Disconnect the power supply cable from the device

2. Disconnect the data cables

Power 2.6.3

The VioNet 3000 Series Mobile Router is powered by a 12 to 24 VDC power source. To connect 2.6.3.1

the power source to the device, locate the 12-24 VDC connector on the back panel of the device

and insert the power cable.

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Figure 9: Power Connector

Figure 10: Power Connection Pins

Signal

Cable color

1

GND

BLACK

2

BATTERY / VCC

RED

3

ACC / IGNITION

YELLOW

4

NC

GREEN

NOTE: The VioNet Router is often pre-configured and loaded with a SIM card.

Please refer to Section 3.3 Installing the SIM Card if required.

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3.0 Configuration

Power Management 3.1

Configuring Power Management 3.1.1

The Router contains a power management system with the following features:

 The device will only switch on when the vehicle ignition has been switched on.

 When installed, the device switches off a short time after the vehicle has been switched off, i.e. there is

a slight delay with respect to the vehicle being switched off. The feature allows for a constant

connection even during short stops.

This feature is configured through the internal microswitches (SW100). However, the duration of the delay is

configured through the configuration command.

Figure 11: Power Management Switch / Microswitches

Deactivating Power Management (Ignition Sense) 3.1.2

The SW100 microswitches 1 and 2, labeled as IGNITION, must be in the OFF position.

NOTE: This is a factory setting, i.e. the devices are already configured in this mode by the factory.

Activating Power Management 3.1.3

The SW100 microswitches 1 and 2, labeled as IGNITION, should be in the ON position

In this operating mode, the device expects to be constantly powered and the ACC / IGNITION signal

operates as a switch. When power is applied to the device (BATTERY / VCC) the device remains switched

off. It will only switch on when the signal (12V) is applied to the ignition pin (ACC / IGNITION).

Similarly, if the ignition signal deactivates once the device has switched on, the device will remain switched

on for the period of time configured through the “set ignition-off-powerdown-timer <value>” command.

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Figure 12: Command Line, Power Management

Protection Fuse 3.2

The VioNet 3000 Series Mobile Router has an internal protection fuse incorporated to prevent damage to

the device and to the surrounding area.

The following image, indicated in red, shows where the protection fuse is located (F1).

Figure 13: Protection Fuse

In cases where the device is not functioning, please check that the fuse is correctly installed and has not

blown.

NOTE: The nominal current for the fuse must be 3.15 A, Max Voltage 250 VAC, type FSF. The fuse

must have these characteristics.

Data Connection 3.2.1

The following data connectors are available:

Switch 3.2.1.1

The routers incorporate a 4 port Switch, 10/100BaseT with automatic MDI/MDIX to connect to a

local area network (LAN).

This device has a LINK LED indicating the state of the connection and a 100 LED indicating the

connection rate.

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Figure 14: LAN Switch Ports (4)

AUX 3.2.1.2

The Router has a DB9 female connector on the back panel labeled AUX; this can be used as a

configuration port for the router or as a V.24 asynchronous serial port through a configuration

command.

In order to be used as a configuration port for the router, please refer to instructions regarding

‘Configuration Connector’.

Figure 15: AUX Port

Configuration Connection 3.2.1.3

Configuring through the local console (AUX connector) 3.2.1.3.1

The VioNet Router features a DB9 female connector on the back panel referred to as

“AUX.” which provides access to the device’s local console. In order to configure this,

connect the “AUX” port to an asynchronous terminal (or to a PC with terminal emulation).

Figure 16: Configuration Connector

NOTE: Configuration for the terminal is as follows:

- Speed: 9600 bps

- Eight data bits

- One stop bit

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- No parity bit

- No type of flow control

NOTE: Connection to the configuration port can be carried out using a DB9 Male

connector to a DB9 Female. In cases where the terminal has DB25 connectors, an

additional adapter is required.

Figure 17: Configuration Connection

Configuring through the IP terminal (LAN 1.4 Connectors) 3.2.1.3.2

The VioNet Router includes a default configuration that activates if the device has not been

previously configured.

The router’s default configuration establishes the following IP address and access mask:

 IP Address: 192.168.1.254

 IP Mask: 255.255.255.0

NOTE: Some devices leave the factory with a customized configuration for a specific

client. This personalization can mean that the default configuration may be different from

the one shown above.

This initial configuration allows access to the device’s configuration console through the Telnet IP

protocol:

 Configure the Ethernet interface on the IP terminal (normally a PC) using the IP address from

the following range [192.168.1.50, 192.168.1.100] and mask 255.255.255.0. ie: 192.168.1.50,

255.255.255.0.

 Connect the IP terminal’s Ethernet interface to any of the Ethernet Switch ports on the Router

(the LAN1.4 connectors) through the Ethernet patch cable (RJ45) which is provided.

 Start a Telnet session from the IP terminal to IP address 192.168.1.254 (the Router’s default

address).

 The default configuration will ask for login credentials (user/password) to access the console.

o User: admin

o Password: access

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Installing the SIM Card 3.3

The VioNet Router has a Wireless WAN interface, which may require at least one SIM card inserted in the

device to operate.

There are determined services (CDMA) provided by some carriers in certain countries that do not require SIM

cards. In installations where a SIM card is required, at least one SIM card must be installed.

The VioNet Router has two SIM trays. Both are located inside the device. The VioNet Router can incorporate

one or two Wireless WAN modules.

In cases where it incorporates two modules, a SIM tray is automatically assigned to each module.

In devices where a single WWAN module is installed, when only one SIM card is going to be used, it can be

inserted into either of the two SIM trays. However the router must be suitably configured so it selects the

appropriate tray.

The ability to use two SIM trays allows for special configurations. One example of this type of configuration is

to install two SIMs where one acts as backup to the other. In order to execute this type of configuration, it is

essential that the router is configured to identify the tray to be associated to each SIM as each SIM requires

different configuration parameters.

NOTE: This device is compatible with SIMs of 1.8V and 3V. Do not install SIMs that do not support

these voltages.

Never install the SIM card when the device is switched on.

Always disconnect the device from the main power supply before inserting the internal SIM.

Always disconnect the device before removing the casing to get to the internal SIM.

When inserting the SIM card, protect against electrostatic discharges (ESD).

Do not touch the SIM card connectors.

To access the internal SIM open the upper casing of the device. Undo the four screws: two are

located on the upper corners at the front of the device and the other two on the upper corners at the

rear.

Identifying the SIM Trays 3.3.1

When there are two modules installed, the SIMs’ tray assignment is set follows:

 Module MD1  SIM #1

 Module MD2  SIM #2

The location of the modules and the SIM trays are shown in the following figures:

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Figure 18: SIM Tray # 1 for MD1 Module

Figure 19: SIM Tray # 2 for MD2 Module

In devices where a single WWAN module is installed, when only one SIM card is going to be used, it can be

inserted into either of the two SIM trays (#1 or #2). However the router must be configured to select the

appropriate tray.

 Module MD1  SIM #1 (default) or SIM #2

Installing the SIM 3.3.2

In order to insert a SIM card in the internal tray, locate the retaining flange (metal fastening with OPEN and

LOCK on it), open the tray and place the SIM card on it. The steps are as follows:

Push the fastening to the right (OPEN) until the tray is released. 3.3.2.1

Figure 20, 21, 22, 23, 24, 25: Installing the SIM

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Open the upper part of the tray. 3.3.2.2

Fully insert the SIM card using the guides. 3.3.2.3

Return the tray to its original position. 3.3.2.1

While pressing the tray, push the fastening toward the inside of the tray (LOCK). 3.3.2.1

The card should be completely held by the tray. 3.3.2.2

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4.0 LED Indicators

The following figure shows the positions of the LEDs on the back panel of the device:

Figure 26: Rear Panel LEDS

A

Wireless WAN interface channel 0 (CELL 1).

OFF: Interface not available, not installed or not registered.

ON: Registered, or registered and connected in the SIM operator Network.

- STEADY: Not transferring data.

- FLASHING: Transferring data.

B

Wireless WAN interface channel 1 (CELL 2).

OFF: Interface not available, not installed or not registered.

ON: Registered, or registered and connected in the SIM operator Network.

- STEADY: Not transferring data.

- FLASHING: Transferring data.

C

Wireless LAN interface (Wi-Fi)

OFF: Interface not available, not installed or not established.

ON: Connecting, or connected and communication established.

- STEADY: Not transferring data.

- FLASHING: Transferring data.

LNK

Associated to each Ethernet switch connector (LAN1, LAN2, LAN3 and LAN4)

ON Ethernet link established.

- STEADY: Not transferring data.

- FLASHING: Transferring data.

100

Associated to each Ethernet switch connector (LAN1, LAN2, LAN3 and LAN4)

ON Connected at 100 MHz

OFF: Connected at 10 MHz

VioNet 3000 Series Mobile Router | User Guide

Apollo Video Technology

24000-35

th

Avenue Southeast – Bothell, WA 98021-8990

Toll Free: 888-AVT-USA1; Tel: 425.483.7100; Fax: 425.483.7200

www.apollovideo.com

Page 19

5.0 Microswitches

The VioNet Router has a block of 8 microswitches (SW2) available that are used for maintenance and test tasks.

In this case, they are only used to load the default configuration.

This block of microswitches can be found inside the VioNet Router. The top casing must be removed in order to

handle them.

These switches should not be handled by the user except to establish the default configurations.

NOTE: In order for the device to operate correctly, all the microswitches must be in the OFF position.

Reset to Default Configuration 5.1

This “Reset to Default Configuration” procedure can be applied to discard the whole configuration of the

device, for example, if the password cannot be remembered.

The procedure is as follows:

* Turn off the device by removing power.

* Using a screwdriver move micro-switch ‘5’ on SW2 to the ON position.

* Turn the device ON by applying power.

When the device is switched on, a message similar to the one following will appear on the configuration console:

Figure 27: Sample Message, Configuration Console

**************************************************

BOOT CODE VERSION: 03.02 Apr 28 2009 11:25:37

gzip Apr 28 2009 11:19:34

P.C.B.: C8 MASK:0C10 Microcode:00E1

START FROM FLASH

BIOS CODE DUMP....................

BIOS DATA DUMP....

End of BIOS dump

BIOS CODE VERSION: 03.02

CLK=262144 KHz BUSCLK=65536 KHz PCICLK=32768 KHz L1

Date: 05/25/09, Monday Time: 13:37:06

SDRAM size: 64 Megabytes

BANK 0: 64 Megabytes (detected)

I_Cache: ON

D_Cache: ON Write-Back

FLASH: 16 Mb.

NVRAM: 128 Kb.

EEPROM: 2048 Bytes.

DPRAM: 8192 Bytes.

SWITCH 10/100

SECURITY ENGINE

PCI device: Host bridge

(Bus: 0, Device: 0, Function: 0)

(Vendor: 0x1057, Device: 0x18C1)

(Subs. Vendor: 0x0000, Subs. Device: 0x0000)

Slot 1 - PCI device: serial bus controller

(Bus: 0, Device: 10, Function: 0)

(Vendor: 0x1131, Device: 0x1561)

(Subs. Vendor: 0x5444, Subs. Device: 0x2800)

Slot 1 - PCI device: serial bus controller

Apollo Video Technology

24000-35

th

Avenue Southeast – Bothell, WA 98021-8990

Toll Free: 888-AVT-USA1; Tel: 425.483.7100; Fax: 425.483.7200

www.apollovideo.com

Page 20

(Bus: 0, Device: 10, Function: 2)

(Vendor: 0x1131, Device: 0x1562)

(Subs. Vendor: 0x5444, Subs. Device: 0x2800)

Slot 2 - PCI device: Ethernet controller

(Bus: 0, Device: 29, Function: 0)

(Vendor: 0x168C, Device: 0x0013)

(Subs. Vendor: 0x185F, Subs. Device: 0x1012)

Current production date: 09 21

Current software license: 20 12

S/N: 682/00100

BIOS MAC Add: 00-a0-26-c8-00-64

>>

........

TRYING APP CODE DUMP

(CONFIGURED) APPCODE1.BIN ver.: 0.10.7.32 0.0.0.0

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

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

APP DATA DUMP.......................................................

Running application

Default configuration used

Parsing text mode configuration ...

Configuration parsed

Initializing

Press any key to get started

The micro-switch ‘5’ can now be switched to the OFF position (It is not required to power the device OFF).

The next time the device is started, the saved configuration will apply.

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