Mobility & Wireless - Routers, APs 2016.09.12 Mobility & Wireless - Routers, APs

Lantech WIFI & Mobile Router Series IPWAP-3006-4-XAC-12V IWAP-3002-XAC-(M12) IPMR-3006-4-XL-XS-12V IMR-3002-XL-XS IPWMR-3006-4-XLXAC-2S-12V IWMR-3002-XLXAC-2S IPWAP-5006-4-XAC-12V(WV) IWAP-5002-XAC-12V(WV) IPMR-5006-4-XL-2S-12V(WV) IMR-5002-XL-2S-12V(WV) IWMR-5002-XLXAC-2S-12V(WV) IPWMR-5006-4-XLXAC-2S-12V(WV)

IWAP AP router features SMA type external antenna Concurrent users up to 200 Fast roaming < 50ms* , 802.11r standard Supports AP/ WDS/AP client modes Air-teaming Protection Dual radio for 802.11ac/a/b/g/n with concurrent 5GHz & 5GHz bands up to 2.6GMbps Wi-Fi bandwidth(2AC model) MIMO technology 3T3R up to 6 antenna(2ACon for wifi high-sustainability and aggregated bandwidth with smart Wifi signal quality monitoring(2AC) Load Balancing support 8 mechanism VPN for Multi-site VPN, OpenVPN, PPTP Support NAT and Firewall Support 802.11e traffic prioritization and WMM Advanced wireless security WEP,WPA/WPA2 PSK and Authentication Radius, 802.1x, EAP-MD5, TLS,TTLS,PEAP Graphic Wifi signal strength & TX/RX rate display Built-in 2 Ethernet ports incl.2 WAN/2LA With 4port PoE switch (IP series) USB port and N-key** to backup, restore the configuration file and upgrade firmware

IMR mobile router features Up to 2 concurrent cellular modules , Quad SIM, for aggregated bandwidth & redundancy for 3G/4G LTE Link**&GPS**(2LTE modules/4 SIMs/max 4 WAN) One cellular module supports two SIM redundancy(1LTE module/2SIMs/max 3WAN) VPN for Multi-site VPN, OpenVPN, PPTP Load balancing support 8 mechanism Support NAT and Firewall Support Modbus gateway Support 4/2 RS422/485 ports with 2.5KV isolation Graphic cellular signal strength & TX/RX rate display Galvanic isolated dual input with 1.5KVA between input, output and case ground With 4port PoE switch (IP series) USB port and N-key** to backup, restore the configuration file and upgrade firmware

IWMR wifi+router features Up to 2 concurrent wifi 11ac and redundancy(1L2AC model) Up to 2 concurrent mobility for 3G/4G LTE Link**&GPS**(2L1AC model/4 SIMs) Total 3 module slots for WIFI or LTE connectivity Max 5 WANs incl. 2 LTE / 2 wifi ac + 1 wifi 11ac / 1 LTE + 2 WAN Gigabit Ethernet Built-in 2 Gigabit Ethernet ports Dual radio for 802.11ac/a/b/g/n with concurrent 5GHz & 5GHz bands up to 2.6GMbps Wi-Fi bandwidth(2AC model) MIMO technology 3T3R; SMA type up to 6 external antenna Concurrent users up to 200 Fast roaming<50ms* , 802.11r standard Supports AP/ WDS/AP client modes Air-teaming Protection for wifi high-sustainability and aggregated bandwidth with smart Wifi signal quality monitoring(2AC) VPN router for Multi-site VPN, OpenVPN, PPTP Load Balancing support 8 mechanism Support NAT and Firewall Support Modbus gateway Support 2 RS422/485 ports with 2.5KV isolation or 2x RS232 ports With 4port PoE switch (IP series) Environmental monitoring for router inside info with voltage, current, temperature; Wifi & LTE graphic signal strength & TX/RX rate display USB port and N-key** to backup, restore the configuration file and upgrade firmware

AirTeaming Combine multiple wireless links together Bring wired well-known link aggregation to wireless world

Benefits Concurrent bandwidth boost & high redundancy Bridging distant sites together with decent LAN performance Easy and Effective Flexible Radio Band Combinations Smart Wireless Link Health Check

Easy and Effective Easy: Done in solely layer 2. No subnetting or L3 tunneling setup. Effective: Concurrent without waste idle links for redundancy.

Flexible Radio Band Combinations 2.4Ghz + 2.4Ghz 2.4Ghz 2.4Ghz 2.4Ghz + 5Ghz 2.4Ghz 5Ghz 5Ghz + 5Ghz 5Ghz 5Ghz

Smart Wireless Link Health Check Question: WLAN hardware can’t provide an effective measure to assure a wireless link is working or not since wireless environment changes dynamically. Solution: Smart Wireless Link Health Check Proprietary algorithm based on regular packet loss/reach check Reliable and Accurate Smooth failover (re-assign) & resume (re-balance)

AirTeaming demo

AirTeaming demo Example 5Ghz + 5Ghz in well-seperated channels 192.168.1.201 5Ghz - CH36 192.168.1.100 Traffic 1 5Ghz - CH149 Traffic 2 192.168.1.202

AirTeaming demo Example When WLAN1 broken, the traffic will be transferred to WLAN 2 automatically 192.168.1.201 5Ghz - CH36 192.168.1.100 5Ghz - CH149 Traffic 2 Traffic 1 192.168.1.202

AirTeaming demo Example When WLAN1 healed, the traffic will re-balance automatically 192.168.1.201 5Ghz - CH36 192.168.1.100 Traffic 1 5Ghz - CH149 Traffic 2 192.168.1.202

Web UI - Setup

Web UI - Status

Load Balance Make use of multiple Internet connections(WAN links) in parallel to increase throughput and provide redundancy.

Benefits Increases WAN reliability and availability Increases Internet bandwidth Avoid single ISP outage Prioritizes and guarantee the minimum bandwidth to mission-critical applications Improves efficiency of bandwidth utilization Prevents individual user from consuming the entire bandwidth resource

Load Balance with 8 Mechanisms Optimize traffic distribution for all of your special requirements.

Load Balance with 8 Mechanisms Optimize traffic distribution for all of your special requirements.

Load Balance with 8 Mechanisms Optimize traffic distribution for all of your special requirements.

Load Balance with 8 Mechanisms Optimize traffic distribution for all of your special requirements.

Load Balance with 8 Mechanisms Optimize traffic distribution for all of your special requirements.

Load Balance with 8 Mechanisms Optimize traffic distribution for all of your special requirements.

Load Balance with 8 Mechanisms Optimize traffic distribution for all of your special requirements.

Load Balance with 8 Mechanisms Optimize traffic distribution for all of your special requirements.

Web UI - Select WAN Links

Web UI - Edit a rule

Web UI - Policy Setup

Web UI - Realtime Status

Load Balance demo

Virtual Private Network (VPN) Types Client-Server VPN Multi-Site VPN

Client-Server VPN Traditional site-to-site VPN technologies have ingrained client-server concept. Complex client-server setup has to be done for each VPN link between sites. Ex: IPSEC,PPTP,L2TP,OpenVPN…

IPSEC settings

Web UI-Config

Web UI-Certificates

Multi-Site VPN Bridge together all distant sites as a virtual single LAN A cloud VPN controller is used to coordinate various setup jobs involved in VPN network creation Typical Use Cases Small branch offices Teleworker Temporary site offices

Benefits Easy Scalable & Manage Strong data security Maximum availability Traffic Efficiency

Easy Scalable & Manage Our Multi-Site VPN was designed with multiple sites(>2). Each site can be easily added via simple registration on the cloud VPN controller. All registered sites in the same VPN network are treated in same trusted zone. No need to setup links between each site. This saves tons of the setup burden.

Strong data security Encryption and authentication is managed with TLS. All traffic is encrypted with 2048-bit. Certificates based authentication is much more secure than username/password authentication.

Maximum availability Unlike other VPN technologies, in Multi-Site VPN, all sites can be behind a firewall. With the help of our cloud VPN control, you can even construct a VPN network comprised sites without a public IP. Ideal for use in LTE WAN environment.

Traffic Efficiency All traffic is compressed by default to save bandwidth usage. Traffic is always sent directly to the destination site. The cloud VPN controller would act as a traffic forwarder only when direct connection between sites is impossible (ex. all sites are behind a firewall)

Web UI-Status

Multi-site VPN demo

Multi-site VPN demo