Multi-Tech Systems RJ-9, RJ-45 manual Appendix a Reference Table of Commonly Supported Subnets

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Appendix – A Reference Table of Commonly Supported Subnets

 

N.N.N.208

N.N.N.209-214

N.N.N.215

 

N.N.N.216

N.N.N.217-222

N.N.N.223

 

N.N.N.224

N.N.N.225-230

N.N.N.231

 

N.N.N.232

N.N.N.233-238

N.N.N.239

 

N.N.N.240

N.N.N.241-246

N.N.N.247

 

N.N.N.248

N.N.N.249-254

N.N.N.255

 

Network Number

Hosts Available

Broadcast Address

255.255.255.252

N.N.N.0

N.N.N.1-2

N.N.N.3

/30

N.N.N.4

N.N.N.5-6

N.N.N.7

 

N.N.N.8

N.N.N.9-10

N.N.N.11

 

N.N.N.12

N.N.N.13-14

N.N.N.15

 

N.N.N.16

N.N.N.17-18

N.N.N.19

 

N.N.N.20

N.N.N.21-22

N.N.N.23

 

N.N.N.24

N.N.N.25-26

N.N.N.27

 

N.N.N.28

N.N.N.29-30

N.N.N.31

 

N.N.N.32

N.N.N.33-34

N.N.N.35

 

N.N.N.36

N.N.N.37-38

N.N.N.39

 

N.N.N.40

N.N.N.41-42

N.N.N.43

 

N.N.N.44

N.N.N.45-46

N.N.N.47

 

N.N.N.48

N.N.N.49-50

N.N.N.51

 

N.N.N.52

N.N.N.53-54

N.N.N.55

 

N.N.N.56

N.N.N.57-58

N.N.N.59

 

N.N.N.60

N.N.N.61-62

N.N.N.63

 

N.N.N.64

N.N.N.65-66

N.N.N.67

 

N.N.N.68

N.N.N.69-70

N.N.N.71

 

N.N.N.72

N.N.N.73-74

N.N.N.75

 

N.N.N.76

N.N.N.77-78

N.N.N.79

 

N.N.N.80

N.N.N.81-82

N.N.N.83

 

N.N.N.84

N.N.N.85-86

N.N.N.87

 

N.N.N.88

N.N.N.89-90

N.N.N.91

 

N.N.N.92

N.N.N.93-94

N.N.N.95

 

N.N.N.96

N.N.N.97-98

N.N.N.99

 

N.N.N.100

N.N.N.101-102

N.N.N.103

 

N.N.N.104

N.N.N.105-106

N.N.N.107

 

N.N.N.108

N.N.N.109-110

N.N.N.111

 

N.N.N.112

N.N.N.113-114

N.N.N.115

 

N.N.N.116

N.N.N.117-118

N.N.N.119

 

N.N.N.120

N.N.N.121-122

N.N.N.123

 

N.N.N.124

N.N.N.125-126

N.N.N.127

 

N.N.N.128

N.N.N.129-130

N.N.N.131

 

N.N.N.132

N.N.N.133-134

N.N.N.135

 

N.N.N.136

N.N.N.137-138

N.N.N.139

 

N.N.N.140

N.N.N.141-142

N.N.N.143

 

N.N.N.144

N.N.N.145-146

N.N.N.147

 

N.N.N.148

N.N.N.149-150

N.N.N.151

 

N.N.N.152

N.N.N.153-154

N.N.N.155

 

N.N.N.156

N.N.N.157-158

N.N.N.159

 

N.N.N.160

N.N.N.161-162

N.N.N.163

 

N.N.N.164

N.N.N.165-166

N.N.N.167

 

N.N.N.168

N.N.N.169-170

N.N.N.171

 

N.N.N.172

N.N.N.173-174

N.N.N.175

 

N.N.N.176

N.N.N.177-178

N.N.N.179

 

N.N.N.180

N.N.N.181-182

N.N.N.183

 

N.N.N.184

N.N.N.185-186

N.N.N.187

 

N.N.N.188

N.N.N.189-190

N.N.N.191

 

N.N.N.192

N.N.N.193-194

N.N.N.195

 

N.N.N.196

N.N.N.197-198

N.N.N.199

 

N.N.N.200

N.N.N.201-202

N.N.N.203

 

N.N.N.204

N.N.N.205-206

N.N.N.207

 

N.N.N.208

N.N.N.209-210

N.N.N.211

 

N.N.N.212

N.N.N.213-214

N.N.N.215

 

N.N.N.216

N.N.N.217-218

N.N.N.219

 

N.N.N.220

N.N.N.221-222

N.N.N.223

 

N.N.N.224

N.N.N.225-226

N.N.N.227

 

N.N.N.228

N.N.N.229-230

N.N.N.231

 

N.N.N.232

N.N.N.233-234

N.N.N.235

 

N.N.N.236

N.N.N.237-238

N.N.N.239

 

N.N.N.240

N.N.N.241-242

N.N.N.243

 

N.N.N.244

N.N.N.245-246

N.N.N.247

 

N.N.N.248

N.N.N.249-250

N.N.N.251

 

N.N.N.252

N.N.N.253-254

N.N.N.255

Multi-Tech Systems, Inc. MultiModem Wireless Modem with Ethernet Interface (S000375B)

54

Image 54
Contents MultiModem→ Record of Revisions Revision Date Description User GuideCopyright TrademarksTable of Contents Dhcp Server Packet FiltersGRE Tunnels ToolsIntroduction Product Description Product and Interface DescriptionsApplication Example Ship Kit Contents Safety Instructions for Hazardous Locations Safety WarningsHandling Precautions Vehicle SafetySpecifications AT Command InformationFeatures Edge Modems Gprs Modems Cdma Modems Phone Numbers for the Wireless Modem Wireless Account Setup IntroductionObtain a Wireless Account Getting StartedConnect Antenna, Ethernet, & Power AntennaFront Panel LEDs Ethernet LEDsModem LEDs Set Your PC’s TCP/IP Address for Ethernet Functionality Next StepsLogin Important Prerequisite for Activating a Cdma AccountOpen a Web Browser Step AT Command Response AT Command Modem Comment ResponseStep AT Command Response Comment Cdma Activation StepsLogout After Entering Activation Commands Verify Signal Strength Prerequisite SetupOpen the Command Window Signal Strength RssiChecking Network Registration and Roaming Status Use the Wizard Setup for Quick Configuration Benefits of Using the Wizard SetupSet Time and Date Shutdown CautionConnecting to the Internet Connecting to the Internet StepsImportant Note About Provider Fees Page Using the Web Management Software Navigating the Web Management SoftwareNetworks IP SetupServices Tunnels Logs Dhcp Server ToolsIP Setup Web Management Software ScreensAuto Dialout Configuration General ConfigurationIP Configuration Syslog ConfigurationGeneral SubmitTime Zone Configuration Daylight ConfigurationAdd Static Routes Daylight Saving Start TimeDaylight Saving End Time Important NoteIP Setup Remote Configuration Remote ConfigurationIf NAT is enabled PPP PPP ConfigurationNAT Configuration If NAT is disabledModem Configuration PPP GeneralIcmp Keep Alive Check Caller Acknowledgement Configuration Wakeup-on-Call ConfigurationCaller ID Configuration PPP Wakeup-on-CallPPP Wakeup-On-Call Examples For Gprs and EDGE, it is *99***1# Set the Time Delay. Use can use the 10 second default PPP Power-On Configuration Power-On Init String ConfigurationNetworks & Services Networks & Services Network ConfigurationNetwork Configuration Networks & Services Service Configuration Service ConfigurationPacket Filters Packet Filters Packet FiltersPacket Filter Packet Filters Dnat Configuration Dnat ConfigurationPacket Filters Dnat Example Example Any Example MeterIPExample Nochange Icmp Configuration Packet Filters AdvancedConnection Tracking GRE Tunnel Configuration GRE TunnelsGRE Tunnels GRE Tunnels GRE Tunnels GRE Routes Configuration GRE Routes ConfigurationDhcp Server Subnet Settings Subnet SettingsDhcp Server Dhcp Server Fixed Addresses Dhcp Fixed ConfigurationTools Tools ToolsFirmware Upgrade Tools Service StatusTools Firmware Upgrade Important NotesTools Load Configuration Tools Save ConfigurationLoad Configuration Statistics & Logs Statistics & Logs EthernetStatistics & Logs Serial Statistics & Logs PPP Statistics & Logs PPP Trace Statistics & Logs SysInfo Statistics & Logs Dhcp StatStatistics & Logs GRE Statistics Appendix a a Reference Table of Commonly Supported Subnets Appendix a Reference Table of Commonly Supported Subnets Appendix B Wireless Antenna AntennaFused DC Power Cable Dimensions How to Change the Fuse Appendix C Firmware Upgrade Using External Tftp Client Obtaining the Latest Firmware VersionMulti-Tech Warranty Statement Multi-Tech Warranty StatementReplacement Parts Repair Procedures for International DistributorsAppendix E Waste Electrical Electronic Equipment Waste Electrical and Electronic Equipment WeeeIndex AntennaWakeup on Call Examples

RJ-9, RJ-45 specifications

Multi-Tech Systems offers a range of communication solutions, prominently featuring the RJ-45 and RJ-9 connectors that are crucial in networking and telecommunications. These connectors are foundational to many applications, enabling efficient data transfer and ensuring reliable voice communications.

The RJ-45 connector is primarily used in Ethernet networks. It features eight pins and is designed for high-speed data transmission, making it the standard for wired local area networks (LANs). This connector supports various Ethernet standards including Fast Ethernet (100BASE-T), Gigabit Ethernet (1000BASE-T), and even 10 Gigabit Ethernet (10GBASE-T). An essential characteristic of the RJ-45 is its versatility, as it can be used with both straight-through and crossover cable configurations. This flexibility allows for straightforward connectivity between devices such as computers, routers, and switches.

Multi-Tech Systems employs advanced technology in their RJ-45 connectors, including support for Power over Ethernet (PoE). This innovation permits electrical power and data to be transmitted over the same cable, simplifying installations and reducing the need for additional wiring. The robust design of these connectors ensures durability and minimizes signal interference, thereby maximizing data integrity during transmission.

On the other hand, the RJ-9 connector, also known as the RJ-9 or RJ-10 connector, is typically used in telephone and headset applications. Characterized by its smaller size and four or six pins, the RJ-9 is optimized for voice frequency communication. It connects devices such as telephones, headsets, and other VoIP equipment, delivering clear audio quality that is essential for effective communication.

One standout feature of the RJ-9 connector is its ability to provide superior noise resistance, making it ideal for environments with significant electromagnetic interference. Multi-Tech Systems' RJ-9 connectors are designed for ease of use, allowing quick and simple connections. These connectors can often be found in various telephony devices, ensuring that they remain a staple in personal, commercial, and industrial communication systems.

In conclusion, Multi-Tech Systems continues to lead in the provision of reliable RJ-45 and RJ-9 connectors, integrating innovative technologies that enhance performance in data and voice communication. Whether in a high-speed networking environment or in everyday telephony applications, these connectors deliver the functionality and quality demanded by modern users. Their design and engineering reflect a commitment to excellence, helping users stay connected in an increasingly digital world.