Lantronix G526 4G Cat 4, GNSS, RS232, I/O

Article no.: LTX-G526GP12S
Availability: 12st

8 449 kr

The G526 offers LTE CAT 4 gateway to protect your long-term IoT application investment. Designed for industrial applications with built-in security to help prevent cyber-attacks, the G526 delivers a robust and reliable solution for the most mission-critical applications. The G526 devices come pre-enabled with the easy-to-use ConsoleFlow™ device management and cellular Connectivity Services cloud platform applications to increase operational efficiency directly. The rugged, compact, highly secure, industrial-grade cellular IoT gateways address the demands of application-specific use cases.

Fieldbus protocols conversion suite
Industrial-grade design
Secure crypto element

The G526 series IoT cellular gateways provide a robust solution for many industrial applications and are available in three application-specific SKUs.

G526 Industrial
LTE Cat 4 Ethernet, Serial, I/O, Fieldbus conversion and other industrial protocols

G526 Security
LTE Cat 4, Built-in cryptographic secure element and PSE-PoE

G526 Transport
LTE Cat 4, GNSS, accelerometer, CAN Bus reading, and other tracking features

Built-in Security Framework with Lantronix InfiniShield™
The highest level of security for mission-critical applications is key to preventing growing cyber security threats. InfiniShield™ Security is a comprehensive suite of built-in device security, including a secure element chip to prevent unauthorized access of confidential information.

Industrial Design and Protocols
The G526 is designed specifically for industrial applications with Ethernet, Serial, I/O, and a protocol conversion suite. Connect virtually any factory equipment or vehicle using fieldbus protocols and CAN Bus.

Lantronix Software Services
ConsoleFlow – secure cloud platform to manage remote IoT gateways through a single pane of glass.
Connectivity Services – North American and global cellular data plans and VPN security with an easy-to-use cloud platform to manage your SIMs and services.

Teknisk Specifikation - Hårdvara
Cellular	LTE CAT 4 with 3G and, depending on the regional variant, 2G fall-back modes on industrial pack
Wi-Fi & Bluetooth Operation	2T2R Wi-Fi 5; via an RP-SMA antenna connector Bluetooth 5.1; via Wi-Fi’s rightmost RP-SMA antenna connector Optional: 2T2R WiFi6/6E
Ethernet	10/100 base Ethernet: One LAN port and one WAN port, user-reconfigurable as second LAN port; via RJ-45 headers fitted with two LEDs
PSE-PoE+	Security Pack Variant Only – 30 W per LAN port – requires U301 accessory
Serial Communication	RS-232 Full implementation; via a 9-pin sub-D header RS-485 via 5-pin COMBICON header (sold separately)
USB	One (1) USB host port; via a Type-A header
I/Os	I/OS (2) with common ground; via a 3-pin COMBICON header and a tool-less plug (I/O header and plugs are not provided) User-configurable, each one independently from the other, as (i) analogue input; or (ii) analogue input suited to current loop (aka 4 mA ~ 20 mA) sensors; or (iii) digital output INPUT: 0 V dc ~ 2.5 V dc -> ZERO; 3 V ~ 50 V dc -> ONE OUTPUT: open collector; 200 mA max.; 50 V dc max.
Dual SIM	Dual SIM / Single standby; via two mechanically secure mini-SIM holders
Location Services & 3 Axis Accelerometer	Qualcomm® IZat™ location services, gen. 8c/9c or u-blox M8 (transport pack) Concurrent GPS and GLONASS (security gateway 5G model) 3-axis accelerometer from STMicroelectronics LIS331DLH
Memory & Data Storage Security Chip	RAM - DDR2 SDRAM 256MB SPI Flash Memory - 8MB User Data Storage - Internal: via the 256 MB of parallel NAND Flash memory mentioned earlier - External: via a user-accessible microSD card (not provided), and USB Flash drive (not provided) - Secure Element from MICROCHIP ATECC608 on security variant
MFF SIM(s)	Combination of (i) ‘MFF + mini’; or (ii) ‘mini + MFF’; or (iii) ‘MFF + MFF’ SIMs, substituted for the standard two mini-SIM trays. Contact us for the options.
Physical Description	Brushed aluminum alloy Size: (MM) 131.5 x 81.27 x 25 without connectors Weight: approximately 300g Operating Status LEDs: Nine as green for (i) POWER; blue for (ii) SIM; (iii) Wi-Fi; amber for (iv) Activity; (v) Network; (vi) Signal; yellow for user-programmable (vii) LED #1; (viii) LED #2; red for (ix) ALERT
Temperature & Humidity Ranges	Operating: -30 °C ~ +70 °C; up to 95% RH Storage: -40 °C ~ +85 °C; up to 95% RH
CPU	ARM926EJ-S-based CPU running at 600 MHz Built-in 32 KB instruction cache and 32KB data cache
Power	Input voltage: 10.8 ~ 60 V DC 3-pin Nano-Fit™ header Last Gasp: 100-second long, approximately. 2 96 mWh Li-ion batteries (not functional below -10 °C) Digital Input (Ignition): One (1) digital input, on the third pin of the 3-pin header Input: 0 V DC ~ 2.5 V DC => ZERO; 3 V DC ~ 50 V DC => ONE Power off Timekeeping: Dedicated RTC with 100-day data retention period, approximately 15 mWh lithium manganese battery (not functional below -20 °C)

Software Suite
Administration & Network Protocols	Web-based user interface, setup wizard, console log viewer, save / load configuration, NTP, SMS / OTA remote configuration, TR-069-capable
Redundancy	Ethernet, Cellular, Wi-Fi – configurable as failover or load balancing
Resilience	Network connectivity watchdog (configurable), internal application watchdog
Wi-Fi	Client or Access point (approx. 12 users), WEP, WPA, WPA-PSK / WPA2-PSK security modes
Device Management Services	Lantronix ConsoleFlow platform or third-party platforms
SDK	Use G520 SDK to create custom packages and build custom firmware images
Performance & Fault Management	Real time processor load and interface (WAN / LAN / Wi-Fi), traffic analysis, ICMP, trace-route, NS lookup
Routing	DHCP, static routing, port forwarding, traffic routing, static /dynamic DNS, DNS proxy, NAT, STP
VPN & Tunneling Protocols	PPTP client, L2TP, OpenVPN client / server / passthrough, GRE, IPsec up to 4 channel
Security	Zone-based firewall, VLAN, DMZ, HTTPS local and remote connection, SIM PIN
Industrial Protocols	Following industry protocols supported on MH - EtherCAT - DLMS client - DNP3 Outstation - Modbus master - IEC104 slave and IEC 101 master

Teknisk Specifikation - Hårdvara
Cellular	LTE CAT 4 with 3G and, depending on the regional variant, 2G fall-back modes on industrial pack
Wi-Fi & Bluetooth Operation	2T2R Wi-Fi 5; via an RP-SMA antenna connector Bluetooth 5.1; via Wi-Fi’s rightmost RP-SMA antenna connector Optional: 2T2R WiFi6/6E
Ethernet	10/100 base Ethernet: One LAN port and one WAN port, user-reconfigurable as second LAN port; via RJ-45 headers fitted with two LEDs
PSE-PoE+	Security Pack Variant Only – 30 W per LAN port – requires U301 accessory
Serial Communication	RS-232 Full implementation; via a 9-pin sub-D header RS-485 via 5-pin COMBICON header (sold separately)
USB	One (1) USB host port; via a Type-A header
I/Os	I/OS (2) with common ground; via a 3-pin COMBICON header and a tool-less plug (I/O header and plugs are not provided) User-configurable, each one independently from the other, as (i) analogue input; or (ii) analogue input suited to current loop (aka 4 mA ~ 20 mA) sensors; or (iii) digital output INPUT: 0 V dc ~ 2.5 V dc -> ZERO; 3 V ~ 50 V dc -> ONE OUTPUT: open collector; 200 mA max.; 50 V dc max.
Dual SIM	Dual SIM / Single standby; via two mechanically secure mini-SIM holders
Location Services & 3 Axis Accelerometer	Qualcomm® IZat™ location services, gen. 8c/9c or u-blox M8 (transport pack) Concurrent GPS and GLONASS (security gateway 5G model) 3-axis accelerometer from STMicroelectronics LIS331DLH
Memory & Data Storage Security Chip	RAM - DDR2 SDRAM 256MB SPI Flash Memory - 8MB User Data Storage - Internal: via the 256 MB of parallel NAND Flash memory mentioned earlier - External: via a user-accessible microSD card (not provided), and USB Flash drive (not provided) - Secure Element from MICROCHIP ATECC608 on security variant
MFF SIM(s)	Combination of (i) ‘MFF + mini’; or (ii) ‘mini + MFF’; or (iii) ‘MFF + MFF’ SIMs, substituted for the standard two mini-SIM trays. Contact us for the options.
Physical Description	Brushed aluminum alloy Size: (MM) 131.5 x 81.27 x 25 without connectors Weight: approximately 300g Operating Status LEDs: Nine as green for (i) POWER; blue for (ii) SIM; (iii) Wi-Fi; amber for (iv) Activity; (v) Network; (vi) Signal; yellow for user-programmable (vii) LED #1; (viii) LED #2; red for (ix) ALERT
Temperature & Humidity Ranges	Operating: -30 °C ~ +70 °C; up to 95% RH Storage: -40 °C ~ +85 °C; up to 95% RH
CPU	ARM926EJ-S-based CPU running at 600 MHz Built-in 32 KB instruction cache and 32KB data cache
Power	Input voltage: 10.8 ~ 60 V DC 3-pin Nano-Fit™ header Last Gasp: 100-second long, approximately. 2 96 mWh Li-ion batteries (not functional below -10 °C) Digital Input (Ignition): One (1) digital input, on the third pin of the 3-pin header Input: 0 V DC ~ 2.5 V DC => ZERO; 3 V DC ~ 50 V DC => ONE Power off Timekeeping: Dedicated RTC with 100-day data retention period, approximately 15 mWh lithium manganese battery (not functional below -20 °C)

Software Suite
Administration & Network Protocols	Web-based user interface, setup wizard, console log viewer, save / load configuration, NTP, SMS / OTA remote configuration, TR-069-capable
Redundancy	Ethernet, Cellular, Wi-Fi – configurable as failover or load balancing
Resilience	Network connectivity watchdog (configurable), internal application watchdog
Wi-Fi	Client or Access point (approx. 12 users), WEP, WPA, WPA-PSK / WPA2-PSK security modes
Device Management Services	Lantronix ConsoleFlow platform or third-party platforms
SDK	Use G520 SDK to create custom packages and build custom firmware images
Performance & Fault Management	Real time processor load and interface (WAN / LAN / Wi-Fi), traffic analysis, ICMP, trace-route, NS lookup
Routing	DHCP, static routing, port forwarding, traffic routing, static /dynamic DNS, DNS proxy, NAT, STP
VPN & Tunneling Protocols	PPTP client, L2TP, OpenVPN client / server / passthrough, GRE, IPsec up to 4 channel
Security	Zone-based firewall, VLAN, DMZ, HTTPS local and remote connection, SIM PIN
Industrial Protocols	Following industry protocols supported on MH - EtherCAT - DLMS client - DNP3 Outstation - Modbus master - IEC104 slave and IEC 101 master

Explanation of frequency bands

When choosing an antenna, pay attention to which frequency bands the antenna supports. Depending on which operator and where the antenna will be used, the frequency bands vary. Larger cities use 2600MHz while smaller towns use 800/900MHz with some support bands in between such as 1800/2100MHz.

A higher frequency band gives a higher speed but also has a shorter range. The same applies to the antenna, if you have a base station that transmits on 2600MHz, your antenna, antenna cable and the location of the antenna become more important than on a lower frequency band. Explanation of signal loss we will go through soon. Higher frequency bands also mean shorter range from the base station.

450MHz (coverage band) also known as the Net1 band is the frequency band that covers the most area in Sweden. Therefore, Net1 is known to be able to have reception where other operators don´t have a chance, but with low download and upload speeds. The reason why this band is called Net1 is because that the company Net1 has exclusive rights to this frequency band.

800MHz (coverage band) is used by all common operators, excluding Net1. The low frequency band means that 800MHz covers a lot of space. Therefore, the band is used outside big cities or smaller towns. 800MHz is the most used frequency band around Europe.

900MHz (coverage band) is the band that Tele2 and Telenor initially used as coverage band. 900MHz is a more unusual LTE band and in the beginning the band caused some problems when the clients (mobile phones etc.) could not connect to 900MHz. Today, the mobile phone manufacturers have adapted the mobile phones to be able to communicate on 900MHz.

1800MHz (capacity band) is the latest frequency band launched. All operators today use this band in metropolitan centers (apart from Net1).

2600MHz (capacity band) is a very well-used frequency band all over Europe. 2600MHz is the highest frequency band used for LTE, this means that the band also has the shortest range compared to 800/900MHz. Due to the high capacity, the band is used in metropolitan environments where many base stations are required to cover as much surface as possible and have as high a capacity as possible.

Frekvensplan 4G