H750tt-CAT6

H750tt Dual SIM 4G CAT6 Router

E-Lins H750 Series Router is dual SIM high performance of 4G / 3G router designed for critical infrastructure, M2M, IoT and industrial applications.

• Fan-less design but powerful heat dissipation;
• WAN RJ45 * 1 + LAN RJ45 * 2 + DIO + Serial + MicroSD;
• Industrial, robust, secure and high reliable built-in 4g modem with 2 sim card slots, fail over and load balance;
• High data speed via 4G 3G 2G networks MIMO;
• Secure data transactions with advanced VPN options;
• Advanced dynamic routing, security and firewall features;
• Centralized manageable;
• GNSS GPS tracking optional;
• Serial port;
• MicroSD (TF) * 1;
• 802.11b/g/n WiFi;
• DI / DO port * 4;
• Wide range power input, tri power input;

Download Links

H750-Datasheet

E-Lins Industrial Router & Modem Catalog

What is 4G LTE CAT6?

LTE CAT6 is the next major evolution in LTE networks which is from Rel11 in 3GPP. It helps increasing additional bandwidth and availability. It means better coverage, better speeds, and better reliability.

Category 6 LTE is up to 6 times faster than the first generation of LTE (Category 3, short for Cat3). CAT6 is with 300Mbps download and 50Mbps upload.

LTE CAT6 offers higher capacity with additional LTE bands available that can be aggregated together to increase capacity and enhance the user experience.

All series of E-Lins Industrial routers support LTE CAT6 and to be upgraded to higher innovation technologies easily. They are compact, ruggedized designed for mission-critical connectivity in the most challenging environments. It is qualified for M2M (Machine to Machine), IoT (Internet of Things), failover and in-vehicle applications. With an extensive list of safety and hardening certifications, which is engineered to protect against extreme temperatures, humidity, shocks, vibrations, dust, reverse polarity, and transient voltage, which is widely used in more than twenty industrial fields, such as CCTV security surveillance, vehicle, Telemetry, vending machines, power control, AMR, traffic, oil field, weather forecast, environmental protection, street lamp control, post, bank and many other areas.

More Description for H750 Dual SIM 4G LTE Router

• Multi-carrier 2G/3G/4G LTE support with Dual SIM card slot;
• Cellular/WAN RJ45/WiFi client failover and Load Balance;
• Supports LTE Advanced with SIM-based auto-carrier selection;
• Cloud-managed (with NMS network management system), TR-069, Web management, SMS, SSH/Telnet/Command, SNMP;
• WiFi (802.11 a/b/g/n, 2.4Ghz);
• Certified 3G/4G/LTE enterprise/industrial grade internal modems;
• Built-in transient and reverse polarity voltage protection;
• 5-40V DC voltage input range (5-60V DC option), Dual Power Inputs / Power Failover;
• POE (Power over Ethernet);
• TF (MicroSD card slot);
• Supports Ethernet (T1, DSL, Cable, MetroE), WiFi as WAN, and Metro WiFi;
• Ruggedized to ensure always-on connectivity;
• Create real-time alerts to monitor uptime;
• Offer secure, guest WiFi to passengers;
• Advanced security, VPN, and stateful firewall to protect sensitive data;
• Robust Metal Case is ruggedized for vibration, shock, provide IP30 protection;
• Desktop, Wall-mount and Din-rail mount of installation;
• Multi SIM Working Mode

To further enhance the wireless M2M and IoT reliability, the H750 dual sim router load balancing has a second SIM Card slot so that you can insert two SIM cards to get different applications.

1) Failover

With this using, usually you can get two SIM Cards from different mobile network. One is the primary SIM, the other is backup SIM. In the event that the primary network becomes unavailable then the router will switch to the backup SIM card and use the alternative service provider.

2) Load Balancing

Being a 3G/4G Load Balancing Router, the H700 can utilise the two embedded 4G modules, the RJ45 WAN and WiFi Client connections all at the same time and share these WAN connections with the LAN users.

With channel link bonding, the H700 4G router makes two or more links are combined for redundancy or increased throughput. Channel bonding is differentiated from load balancing in that load balancing divides traffic between network interfaces on per network socket (OSI model layer 4) basis, while channel bonding implies a division of traffic between physical interfaces at a lower level, either per packet (OSI model Layer 3) or a data link (OSI model Layer 2) basis.