All rights reserved. This publication and its contents are proprietary to Hughes Network Systems,
LLC. No part of this publication may be reproduced in any form or by any means without the written
permission of Hughes Network Systems, LLC, 11717 Exploration Lane, Germantown, Maryland
20876.
Hughes Network Systems, LLC has made every effort to ensure the correctness and completeness
of the material in this document. Hughes Network Systems, LLC shall not be liable for errors
contained herein. The information in this document is subject to change without notice. Hughes
Network Systems, LLC makes no warranty of any kind with regard to this material, including, but not
limited to, the implied warranties of merchantability and fitness for a particular purpose.
Trademarks
Hughes, Hughes Network Systems, and HughesNet are trademarks of Hughes Network Systems,
LLC. All other trademarks are the property of their respective owners.
Understanding safety alert messages
Safety alert messages call attention to potential safety hazards
and tell you how to avoid them. These messages are identified by
the signal words DANGER, WARNING, CAUTION, or
NOTICE, as illustrated below. To avoid possible property
damage, personal injury, or in some cases possible death, read
and comply with all safety alert messages.
Messages concerning
personal injury
The signal words DANGER, WARNING, and CAUTION
indicate hazards that could result in personal injury or in some
cases death, as explained below. Each of these signal words
indicates the severity of the potential hazard.
DANGER
DANGER indicates a potentially hazardous situation which, if not
avoided, will result in death or serious injury.
WARNING
WARNING indicates a potentially hazardous situation which, if
not avoided, could result in death or serious injury.
CAUTION
CAUTION indicates a potentially hazardous situation which, if
not avoided, could result in minor or moderate injury.
Messages concerning
property damage
A NOTICE concerns property damage only.
NOTICE
NOTICE is used for advisory messages concerning possible
property damage, product damage or malfunction, data loss, or
other unwanted results—but not personal injury.
• Understanding safety alert messages
1038054-0001 Revision A.04 - Inspection Draft
iii
Safety symbols
The generic safety alert symbol
calls attention to a potential personal injury hazard. It appears
next to the DANGER, WARNING, and CAUTION signal words
as part of the signal word label. Other symbols may appear next
to DANGER, WARNING, or CAUTION to indicate a specific
type of hazard (for example, fire or electric shock). If other
hazard symbols are used in this document they are identified in
this section.
• Remote Terminal Installation Guide, Model HX150,
(1037125-0001)
• Satellite Router User Guide, Model HX200 (1038055-0001)
HX200 satellite router
overview
The HX200, as shown in Figure 1 on page 3, is a
high-performance satellite router designed to support
high-bandwidth links with mesh/star capability and QoS features
such as Min/Max CIR together with dynamic alllocation of
bandwidth. With integrated IP features including RIPv1, RIPv2,
BGP, DHCP, NAT/PAT, and DNS Server/Relay functionality,
together with a high-performance satellite modem, the HX200 is
a full-featured IP router. The HX200 enables superior IP
connectivity for a variety of applications including cellular
backhaul, MPLS extension services, virtual leased line, mobile
services and other high-bandwidth solutions.
The HX200 satellite router provides two 10/100 LAN ports with
one being used for local LAN connectivity and one being used for
WAN connectivity. The Ethernet LAN port can be connected via
a straight-through or crossover Cat-5 cable to a single computer
or to an Ethernet hub/switch port.
It is completely self-contained requiring no external PC to host
any functions or software. The software is automatically updated
from the Network Operations Center (NOC).
Chapter 1 • Introduction
2
1038054-0001 Revision A.04 - Inspection Draft
Figure 1: HX200 satellite router (front and back)
HX200 rack mount kit
HX200 features
The HX200 equipment rack consists of an industry standard 1U
rack-mountable enclosure.
Low cost self-hosted device HX terminal with 400MHz MIPS
processor
• Transmission types:
– Linear Ku-band
– Linear C-band
– Saturated Ku-band
– Saturated C-band
• DVB-S2 compliant outroute
• Mobility
Chapter 1 • Introduction
1038054-0001 Revision A.04 - Inspection Draft
3
The HX200 satellite router provides support for HX150
capabilities including:
• L-band transmitter
• Support for GPS
• Inroute spreading
– 256 Ksps X 2
– 256 Ksps X 4
– 512 Ksps X 2
Transmission types
Linear Ku-band
Linear C-band
Saturated Ku-band
The HX200 supports both saturated and linear transmit outdoor
units (ODUs).
Table 1: Linear L-band radios
RadioPart Number
4W Linear BUC9502667-0002
4W Linear
BUC/Tria/LNB
Table 2: Linear C-band radio
RadioPart Number
5W Linear BUC9502666-0001
Table 3: Saturated Ku-band radios
RadioPart Number
1W Anubis/LNB/Tria1500172-0101
2W Anubis/LNB/Tria1500172-0102
Saturated C-band
DVB-S2 compliant outroute
Chapter 1 • Introduction
4
1038054-0001 Revision A.04 - Inspection Draft
Table 4: Saturated C-band radios
ComponentPart Number
2W Tigris (India-C)1028050-0006
2W MTI (Extended-C)1034468-0002
The HX200 receives a single Digital Video Braodcast - second
generation (DVB-S2) compliant outroute. For detailed
information on the compliant outroute and ratios, please see
Table 10 on page 97 and Table 11 on page 98.
The HX200 supports outroute symbol rates less than 1Msps.
Mobility
Signal and data interfaces
Mechanical
The HX200 provides doppler compensation for radial speeds up
to 150 mph.
The following signal and data interfaces are supported:
• Dual 10/100 Ethernet LAN ports with Auto-MDIX support,
configurable as a two-port switch or as two independent LAN
segments
• EIA-232 receive and transmit ports for control signaling in
Maritime applications
• EIA-232 receive and transmit ports for communication to a
GPS terminal
• EIA-232 debug port (stuffing option)
• 10MHz reference circuitry allows simultaneous receive and
transmit of 10MHz reference to/from the rear panel
– 10MHz reference clock output
– 10MHz reference clock input
• 100 to 253V AC input through detachable power cord
• 48V power supply DC voltage input port for supporting >
5W radios
The HX200 includes an industry standard 1U rack-mountable
enclosure.
Satellite router
Table 5 lists the specifications for the HX200 satellite router.
specifications
Table 5: HX200 satellite router specifications
Product elementSpecification
Physical Interfaces
Two 10/100 BaseT Ethernet LAN RJ45 ports (independent subnets)
One Serial Port (RS-422 or RS-232)
Satellite Specifications
Outbound ChannelDVB-S2 with Adaptive Coding and Modulation
Interface to ODUIndustry standard BUC (L-Band) or Hughes saturated carrier BUC
Mechanical and Environmental
Weight2.4 lb (1.089 kg)
Width1.7 inch (4.32 cm)
Height 9.5 inch (24.13 cm)
Depth10.5 inch (26.67 cm)
Safe operating
temperature range
Safe operating humidity
range
Safe altitude10,000 ft
Cooling methodConvection
Main processor300 MHz
Main memory64 Mbyte
Flash memory16 Mbyte
Protocol supportTCP/IP (Transmission Control Protocol / Internet Protocol) protocol suite
Interfaces/portsTwo Ethernet ports supporting 10BaseT or 100BaseT operation, RJ45-switched
OQPSK
Rate 1/2, 2/3, 4/5 with TurboCode (Adaptive Coding)
-10
10
or better
10-7 or better
4.5 inch (11.43 cm) with pedestal base
9.75 inch (24.77 cm) with pedestal base
5 to 40°C (Above 5000 ft altitude, reduce maximum temperature by 1°C per
1000 ft)
5% to 95% non-condensing
Telephone line port
Installation and
commissioning
Chapter 1 • Introduction
6
1038054-0001 Revision A.04 - Inspection Draft
The installation and commissioning of the HX200 satellite router
is a multi-step process involving two pieces of equipment—the
HX200 satellite router and the associated transport device. The
workflow and chapter reference numbers for the process steps
follow.
1. Preparing the satellite router for installation
Chapter 2 on page 9
2. Assembling the HX200 satellite router
Chapter 2 on page 9
3. Commissioning the HX200 satellite router
Chapter 3 on page 15
4. Connecting the satellite router a computer
Chapter 4 on page 37
Commissioning is the process of registering an HX200 satellite
router for service. During the commissioning process you may
use auto selection or manual entry of parameters.
• Auto Selection - Allows you to choose the Network Access
Provider (NAP) from a predetermined list of providers. Many
of the commissioning parameters are automatically
configured for the provider chosen.
• Manual Entry - This mode requires you to enter all
parameters manually.
Contact information
If you experience installation problems with the HX200 satellite
router, first try the
For warranty or repair support, the contact information varies
depending on the location. If the customer needs service,
warranty or repair support, they should contact their customer
service representative in accordance with their service agreement.
Diagnostic Utilities on page 46.
Chapter 1 • Introduction
1038054-0001 Revision A.04 - Inspection Draft
7
Chapter 1 • Introduction
8
1038054-0001 Revision A.04 - Inspection Draft
Preparing for the
installation
Chapter 2
Assembling and connecting
HX200 hardware
This chapter explains how to assemble and make the connections
to the HX200 satellite router. It covers the following topics:
• Preparing for the installation on page 9
• Connecting the receive and transmit cables on page 11
• Connecting the Ethernet and power cables on page 12
• Powering up and observing the LEDs on page 13
Items required for
installation
To install an HX200 satellite router, first ensure that you have all
the items shown in
HX200 installation kit.
Figure 2. These items are provided in the
Figure 2: HX200 installation kit components
Chapter 2 • Assembling and connecting HX200 hardware
1038054-0001 Revision A.04 - Inspection Draft
9
Confirming installer laptop
and site requirements
Before installing the HX200, you must confirm that the installer
laptop and the computer at the installation site meet specific
requirements.
Installer laptop requirements The installer laptop must meet the following requirements:
• Ethernet-enabled network interface card (NIC) and Ethernet
cable.
• Operating system with graphical user interface, such as
Windows, Linux with X Windows, or Mac OS X; and with
TCP/IP protocol support and client-side DHCP enabled. See
Appendix A – Configuring a Windows computer to support DHCP, on page 87.
• Web browser such as Internet Explorer 5.5 or 6.0 or Netscape
with proxy settings disabled. See
Appendix D – Disabling a
Web browser proxy connection, on page 111.
• The latest version of the sbc.cfg file (if instructed to install
it).
Remote site requirements IP devices that will be connected to an HX200 satellite router
must implement the standard TCP/IP stack and provide an
Ethernet interface; otherwise there is no constraint to the
platforms and operating systems of devices attached to the
satellite routers.
For example, PCs, MACs, SPARC and Alpha workstations,
AS400 systems, and so on, can all be used on LANs connected to
an HX200 satellite router, running operating systems such as
Windows, Linux, Solaris, MAC OS X, AIX, VMS and others.
The following additional equipment is required:
• A power strip or surge protector. If neither of these devices
are available, proceed with the installation using a wall outlet
or other appropriate power source.
Note:Prior to beginning the installation, confirm that the
installer laptop is configured to support DHCP. See
Configuring a Windows computer to support DHCP for
instructions on configuring DHCP on a Windows computer.
• Do not block any ventilation openings. Do not install near
heat sources, such as radiators, heat registers, ovens,
stoves, or other apparatus (including amplifiers) that
produce heat.
• To ensure ventilation and prevent overheating, leave six
inches of space between the front and rear panels of the
satellite router assembly and any adjacent equipment or
structure. Ventilation is necessary to avoid overheating.
Conducting the site survey
Connecting the receive
and transmit cables
Survey the installation site to confirm that it fulfills all the
requirements for using the HX system service. This includes
confirming that there is an unobstructed line-of-sight to the
appropriate satellite.
Additionally, review the installation specification or work order
for site-specific instructions.
Connect the receive cable to the Satellite In connector on the
satellite router as shown in
Figure 3.
Figure 3: Connecting the receive and transmit cables to the satellite router
The HX200 offers two radio transmit options: saturated or linear.
The operator may select only one radio transmit option at any
time. There are potential ramifications to both software and
hardware if a cable is secured to the incorrect output connector or
if cables are connected to both outputs. For instance, a Linear
Radio transmit cable should not be connected to the Sat Out
Saturated connector on the back of the HX200 satellite router.
Chapter 2 • Assembling and connecting HX200 hardware
1038054-0001 Revision A.04 - Inspection Draft
11
From a software perspective, this selection takes place on the
Manual Commission screen (
Figure 5 on page 17).
CAUTION
Do not connect or disconnect a radio cable while the IDU is
powered on; this action may result in damage to the BUC.
CAUTION
Caution: The transmit and receive cable connectors must
be securely tightened.
• Make sure each connector is properly aligned
(not cross-threaded).
• Finger tight with no connector play is adequate.
Note:The satellite router may operate correctly when first
installed even if the transmit and receive cable connectors are not
adequately tightened. However, problems could develop later.
Therefore, correct operation of the satellite router is not an
indication that the cables are adequately tightened.
Connecting the Ethernet
and power cables
Select a location for the satellite router that accommodates all
required cable connections, including the power source.
Using Figure 3 as a reference, connect the Ethernet cable:
1. Place the satellite router in the desired installation location.
CAUTION
• Do not block any ventilation openings. Do not place the
satellite router near heat sources such as radiators, heat
registers, ovens, stoves, or other apparatus (including
amplifiers) that produce heat.
• To ensure ventilation and prevent overheating, leave at
six inches of space between the front and rear panels of
the satellite router assembly and any adjacent equipment
or structure. Ventilation is necessary to avoid
overheating.
2. Connect the installer PC to the satellite router with an
Ethernet cable. Make sure no Ethernet routers or switches are
currently connected between the satellite router and the
installer PC.
Note:Do not connect any devices to the HX200 at this time.
Connect serial and Ethernet devices to the device only after it is
fully installed and commissioned.
CAUTION
Do not connect or disconnect the Tx or Rx IFL cable while
the IDU is powered on; this action may result in damage to
the BUC, LNB and/or IDU.
Powering up and
observing the LEDs
Turn the AC power switch located on the satellite router to ON.
When power is applied to the HX200, or after it resets, the
satellite router light-emitting diodes (LEDs) will light in the
following sequence.
1. All LEDs illuminate for 1/2 second.
2. The Power LED lights up steadily, indicating that the HX200
is powered up.
3. The LAN LED lights up within 30 seconds, indicating that
LAN connectivity is detected.
4. The Power LED blinks, indicating that the unit is not
commissioned and therefore is running
rather than
Note:In countries outside North America, the HX200 may be
plugged directly into a 240V outlet with a replacement power
cord. Different countries may have different standards and
requirements.
main.bin.
fallback.bin
CAUTION
• To remove power from a satellite router, turn the power
switch to the OFF position.
• Satellite routers must be used with 100/240-volt AC
Input.
• If the satellite router is installed in any country outside
the United States and Canada, always observe the
power standards and requirements of that country.
Chapter 2 • Assembling and connecting HX200 hardware
This chapter explains how to register or commission a satellite
router for service. Procedures are provided for the following
commissioning methods:
• Manual commissioning on page 15
• Satellite-based commissioning on page 23
Note:The procedures in this chapter assume that a Windows
computer is used to commission the satellite router. If a different
platform is used, substitute commands appropriate to that
platform.
Manual commissioning
Entering manual
commissioning parameters
The most common method of commissioning the satellite router
is manual commissioning. This process consists of the following
tasks:
• Entering manual commissioning parameters
• Antenna pointing
Note:The satellite router’s serial number must be loaded at
the system gateway by an HX system operator in order to
complete the manual commissioning process.
Follow these steps to enter the manual commissioning
parameters:
1. Open a web browser on the installer laptop.
2. Type http://192.168.0.1/fs/registration/
setup.html in the browser’s address or location bar and
press E
shown in
NTER to access the Broadband Satellite Setup screen
Figure 4.
Chapter 3 • Commissioning the HX200 satellite router
1038054-0001 Revision A.04 - Inspection Draft
15
TO BE REPLACED
16
Figure 4: HX200 Broadband Satellite Setup screen
3. Click Manual Commissioning. The HX200 Manual
Commissioning page appears (
4. Enter or select the appropriate satellite, VSAT (satellite
router), VSAT Transmit, LAN, and management parameters.
These parameters may be provided to you in an installation
specification, work order, or in another form of
communication from the installation point-of-contact.