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ZyXEL LTE7485-S905 User Guide - Page 155

of PLMN ID MCC+MNC, LAC, and RAC uniquely identifies the RAI Routing Area ID [3GPP

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Chapter 18 Cellular WAN Status Table 63 System Monitor > Cellular WAN Status (continued) LABEL DESCRIPTION RSRP This displays the Reference Signal Receive Power (RSRP), which is the average received power of all Resource Element (RE) that carry cell-specific Reference Signals (RS) within the specified bandwidth. The received RSRP level of the connected E-UTRA cell, in dBm, is as specified in 3GPP-TS.36.214. The reporting range is specified in 3GPP-TS.36.133. An undetectable signal is indicated by the lower limit, example -140 dBm. RSRQ This parameter is for LTE only. The normal range is -30 to -140. The value is -140 if the Current Access Technology is not LTE. The value is 'N/A' if there is no network connection. This displays the Reference Signal Receive Quality (RSRQ), which is the ratio of RSRP to the E-UTRA carrier RSSI and indicates the quality of the received reference signal. The received RSRQ level of the connected E-UTRA cell, in 0.1 dB, is as specified in 3GPP-TS.36.214. An undetectable signal is indicated by the lower limit, example -240. RSCP This parameter is for LTE only. The normal range is -30 to -240. The value is -240 if the Current Access Technology is not LTE. The value is 'N/A' if there is no network connection. This displays the Received Signal Code Power, which measures the power of channel used by the Zyxel Device. The received signal level, in dBm, is of the CPICH channel (Ref. 3GPP TS 25.133). An undetectable signal is indicated by the lower limit, example -120 dBm. EcNo This parameter is for UMTS only. The normal range is -30 to -120. The value is -120 if the Current Access Technology is not UMTS. The value is 'N/A' if there is no network connection. This displays the ratio (in dB) of the received energy per chip and the interference level. The measured EcNo is in 0.1 dB and is received in the downlink pilot channel. An undetectable signal is indicated by the lower limit, example -240 dB. TAC This parameter is for UMTS only. The normal range is -30 to -240. The value is -240 if the Current Access Technology is not UMTS or there is no network connection. This displays the Tracking Area Code (TAC), which is used to identify the country of a mobile subscriber. The physical cell ID of the connected E-UTRAN cell, is as specified in 3GPP-TS.36.101. LAC This parameter is for LTE only. The value is '0' (zero) or 'N/A' if the Current Access Technology is not LTE or there is no network connection. This displays the 2-octet Location Area Code (LAC), which is used to identify a location area within a PLMN. The LAC of the connected cell is as defined in SIB 1 [3GPP-TS.25.331]. The concatenation of PLMN ID (MCC+MNC) and LAC uniquely identifies the LAI (Location Area ID) [3GPP-TS.23.003]. RAC This parameter is for UMTS or GPRS. The value is '0' (zero) if the Current Access Technology is not UMTS or GPRS. The value is 'N/A' if there is no network connection. This displays the RAC (Routing Area Code), which is used in mobile network "packet domain service" (PS) to identify a routing area within a location area. In a mobile network, it uses LAC (Location Area Code) to identify the geographical location for the old 3G voice only service, and use RAC to identify the location of data service like HSDPA or LTE. The RAC of the connected UTRAN cell is as defined in SIB 1 [3GPP-TS.25.331]. The concatenation of PLMN ID (MCC+MNC), LAC, and RAC uniquely identifies the RAI (Routing Area ID) [3GPPTS.23.003]. This parameter is for UMTS or GPRS. The value is '0' (zero) if the Current Access Technology is not UMTS or GPRS. The value is 'N/A' if there is no network connection. LTE Series User's Guide 155

Section	Page
LTE Series	1
Document Conventions	3
Contents Overview	4
Table of Contents	5
User’s Guide	12
Introduction	13
1.1 Overview	13
1.2 Application for the Zyxel Device	14
1.3 Manage the Zyxel Device	14
1.4 Good Habits for Managing the Zyxel Device	15
1.5 Front and Bottom Panels	15
1.5.1 LEDs (Lights)	17
1.5.2 Panel Ports & Buttons	17
1.5.3 Turning On/Off WiFi	18
1.5.4 The RESET Button	19
The Web Configurator	21
2.1 Overview	21
2.1.1 Access the Web Configurator	21
2.2 Web Configurator Layout	23
2.2.1 Settings Icon	23
2.2.2 Widget Icon	27
Quick Start	30
3.1 Overview	30
3.2 Quick Start Setup	30
3.3 Time Zone	30
3.4 The Internet Connection Setup	31
3.4.1 Successful Internet Connection	31
3.4.2 Unsuccessful Internet Connection	32
3.5 Quick Start Setup-Wireless	32
3.6 Quick Start Setup-Finish	33
Tutorials	34
4.1 Overview	34
4.2 Set Up a Wireless Network Using WPS	34
4.2.1 Push Button Configuration (PBC)	35
4.2.2 PIN Configuration	36
4.3 Connect to the Zyxel Device’s WiFi Network	37
4.4 Configure a Firewall Rule	40
4.5 Configure MAC Filter	41
4.6 Upgrade Firmware on the Zyxel Device	42
4.7 Back up a Configuration File	43
4.8 Restore Configuration	43
4.9 Configure DHCP	44
4.9.1 Add Devices to Your Static DHCP List	45
4.10 Configure Static Route for Routing to Another Network	46
4.11 Access the Zyxel Device Using DDNS	48
4.11.1 Register a DDNS Account on www.dyndns.org	49
4.11.2 Configure DDNS on Your Zyxel Device	49
4.11.3 Test the DDNS Settings	50
Technical Reference	51
Connection Status	52
5.1 Connection Status Overview	52
5.1.1 Connectivity	52
5.1.2 System Info	53
5.1.3 Cellular Info	55
5.1.4 WiFi Settings	59
5.1.5 LAN	60
Broadband	63
6.1 Overview	63
6.1.1 What You Can Do in this Chapter	63
6.1.2 What You Need to Know	64
6.1.3 Before You Begin	64
6.2 Broadband	64
6.3 Cellular WAN	65
6.4 Cellular APN	66
6.5 Cellular SIM Configuration	67
6.6 Cellular Band Configuration	68
6.7 Cellular PLMN Configuration	69
6.8 Cellular IP Passthrough	72
6.9 Cellular Lock	73
Home Networking	75
7.1 Overview	75
7.1.1 What You Can Do in this Chapter	75
7.1.2 What You Need To Know	75
7.2 LAN Setup	76
7.3 Static DHCP	80
7.3.1 Before You Begin	80
7.4 UPnP	82
7.5 Technical Reference	83
7.6 Turn on UPnP in Windows 7 Example	84
7.6.1 Auto-discover Your UPnP-enabled Network Device	85
7.7 Turn on UPnP in Windows 10 Example	87
7.7.1 Auto-discover Your UPnP-enabled Network Device	89
7.8 Web Configurator Easy Access in Windows 7	92
7.9 Web Configurator Easy Access in Windows 10	94
Routing	97
8.1 Overview	97
8.2 Configure Static Route	97
8.2.1 Add/Edit Static Route	98
8.3 DNS Route	100
8.3.1 Add/Edit DNS Route	100
8.4 Policy Route	101
8.4.1 Add/Edit Policy Route	103
8.5 RIP Overview	104
8.5.1 RIP	104
Network Address Translation (NAT)	105
9.1 Overview	105
9.1.1 What You Can Do in this Chapter	105
9.1.2 What You Need To Know	105
9.2 Port Forwarding Overview	106
9.2.1 Port Forwarding	107
9.2.2 Add/Edit Port Forwarding	107
9.3 Port Triggering	109
9.3.1 Add/Edit Port Triggering Rule	111
9.4 DMZ	112
9.5 ALG	113
Dynamic DNS Setup	115
10.1 DNS Overview	115
10.1.1 What You Can Do in this Chapter	115
10.1.2 What You Need To Know	115
10.2 DNS Entry	116
10.2.1 Add/Edit DNS Entry	116
10.3 Dynamic DNS	117
Firewall	119
11.1 Overview	119
11.1.1 What You Need to Know About Firewall	119
11.2 Firewall	120
11.2.1 What You Can Do in this Chapter	120
11.3 Firewall General Settings	120
11.4 Protocol (Customized Services)	122
11.4.1 Add Customized Service	122
11.5 Access Control (Rules)	123
11.5.1 Add New ACL Rule Screen	124
11.6 DoS	126
11.7 Firewall Technical Reference	127
11.7.1 Firewall Rules Overview	127
11.7.2 Guidelines For Security Enhancement With Your Firewall	128
11.7.3 Security Considerations	128
MAC Filter	130
12.1 MAC Filter Overview	130
12.2 MAC Filter	130
12.2.1 Add New Rule	131
Certificates	132
13.1 Certificates Overview	132
13.1.1 What You Can Do in this Chapter	132
13.2 Local Certificates	132
13.2.1 Create Certificate Request	133
13.2.2 View Certificate Request	134
13.3 Trusted CA	136
13.4 Import Trusted CA Certificate	137
13.5 View Trusted CA Certificate	137
13.6 Certificates Technical Reference	138
13.6.1 Verify a Certificate	139
Log	141
14.1 Log Overview	141
14.1.1 What You Can Do in this Chapter	141
14.1.2 What You Need To Know	141
14.2 System Log	142
14.3 Security Log	142
Traffic Status	144
15.1 Traffic Status Overview	144
15.1.1 What You Can Do in this Chapter	144
15.2 WAN Status	144
15.3 LAN Status	145
ARP Table	147
16.1 ARP Table Overview	147
16.1.1 How ARP Works	147
16.2 ARP Table	148
Routing Table	149
17.1 Routing Table Overview	149
17.2 Routing Table	149
Cellular WAN Status	152
18.1 Cellular WAN Status Overview	152
18.2 Cellular WAN Status	152
System	157
19.1 System Overview	157
19.2 System	157
User Account	158
20.1 User Account Overview	158
20.2 User Account	158
20.2.1 User Account Add/Edit	159
Remote Management	161
21.1 Overview	161
21.2 MGMT Services	161
21.3 MGMT Services for IP Passthrough	162
21.4 Trust Domain	163
21.5 Add Trust Domain	164
21.6 Trust Domain for IP Passthrough	164
21.7 Add Trust Domain	165
Time Settings	166
22.1 Time Settings Overview	166
22.2 Time	166
E-mail Notification	169
23.1 E-mail Notification Overview	169
23.2 E-mail Notification	169
23.2.1 E-mail Notification Edit	170
Log Setting	172
24.1 Log Setting Overview	172
24.2 Log Setting	172
Firmware Upgrade	175
25.1 Overview	175
25.2 Firmware Upgrade	175
Backup/Restore	177
26.1 Backup/Restore Overview	177
26.2 Backup/Restore	177
26.3 Reboot	178
Diagnostic	180
27.1 Diagnostic Overview	180
27.2 Ping/TraceRoute/Nslookup Test	180
Troubleshooting	182
28.1 Overview	182
28.2 Power and Hardware Connections	182
28.3 Zyxel Device Access and Login	182
28.4 Internet Access	184
28.5 UPnP	185
28.6 SIM Card	186
28.7 Cellular Signal	186
Appendices	188
Customer Support	189
IPv6	195
Legal Information	202

Match case Limit results 1 per page

Chapter 18 Cellular WAN Status

LTE Series User’s Guide

155

RSRP

This displays the Reference Signal Receive Power (RSRP), which is the average received power

of all Resource Element (RE) that carry cell-specific Reference Signals (RS) within the specified

bandwidth.

The received RSRP level of the connected E-UTRA cell, in dBm, is as specified in 3GPP-TS.36.214.

The reporting range is specified in 3GPP-TS.36.133.

An undetectable signal is indicated by the lower limit, example -140 dBm.

This parameter is for LTE only. The normal range is -30 to -140. The value is -140 if the Current

Access Technology is not LTE. The value is ‘N/A’ if there is no network connection.

RSRQ

This displays the Reference Signal Receive Quality (RSRQ), which is the ratio of RSRP to the E-UTRA

carrier RSSI and indicates the quality of the received reference signal.

The received RSRQ level of the connected E-UTRA cell, in 0.1 dB, is as specified in 3GPP-TS.36.214.

An undetectable signal is indicated by the lower limit, example -240.

This parameter is for LTE only. The normal range is -30 to -240. The value is -240 if the Current

Access Technology is not LTE. The value is ‘N/A’ if there is no network connection.

RSCP

This displays the Received Signal Code Power, which measures the power of channel used by

the Zyxel Device.

The received signal level, in dBm, is of the CPICH channel (Ref. 3GPP TS 25.133). An

undetectable signal is indicated by the lower limit, example -120 dBm.

This parameter is for UMTS only. The normal range is -30 to -120. The value is -120 if the Current

Access Technology is not UMTS. The value is ‘N/A’ if there is no network connection.

EcNo

This displays the ratio (in dB) of the received energy per chip and the interference level.

The measured EcNo is in 0.1 dB and is received in the downlink pilot channel. An undetectable

signal is indicated by the lower limit, example -240 dB.

This parameter is for UMTS only. The normal range is -30 to -240. The value is -240 if the Current

Access Technology is not UMTS or there is no network connection.

TAC

This displays the Tracking Area Code (TAC), which is used to identify the country of a mobile

subscriber.

The physical cell ID of the connected E-UTRAN cell, is as specified in 3GPP-TS.36.101.

This parameter is for LTE only. The value is ‘0’ (zero) or ‘N/A’ if the Current Access Technology is

not LTE or there is no network connection.

LAC

This displays the 2-octet Location Area Code (LAC), which is used to identify a location area

within a PLMN.

The LAC of the connected cell is as defined in SIB 1 [3GPP-TS.25.331]. The concatenation of

PLMN ID (MCC+MNC) and LAC uniquely identifies the LAI (Location Area ID) [3GPP-TS.23.003].

This parameter is for UMTS or GPRS. The value is ‘0’ (zero) if the Current Access Technology is not

UMTS or GPRS. The value is ‘N/A’ if there is no network connection.

RAC

This displays the RAC (Routing Area Code), which is used in mobile network “packet domain

service” (PS) to identify a routing area within a location area.

In a mobile network, it uses LAC (Location Area Code) to identify the geographical location for

the old 3G voice only service, and use RAC to identify the location of data service like HSDPA or

LTE.

The RAC of the connected UTRAN cell is as defined in SIB 1 [3GPP-TS.25.331]. The concatenation

of PLMN ID (MCC+MNC), LAC, and RAC uniquely identifies the RAI (Routing Area ID) [3GPP-

TS.23.003].

This parameter is for UMTS or GPRS. The value is ‘0’ (zero) if the Current Access Technology is not

UMTS or GPRS. The value is ‘N/A’ if there is no network connection.

Table 63

System Monitor > Cellular WAN Status (continued)

LABEL

DESCRIPTION