EKTech

Solution - EKTECH Communications

Secured Wireless 3G Data Communication for Self Service Machines such as ATMs  -  EKTECH's wireless 3G ATM solution is a proven technology currently deployed to several banks in Malaysia and worldwide to provide secured financial transaction communication for Self Service Machines such as Automated Teller Machines (ATMs) and Cash Deposit Machines.  The solution is  secured with end-to-end IPSEC tunnelling at a minimal 3-DES encryption.

The solution comes with Dual-Sim 3G lines, primary and secondary backup thus providing very high line up time.

Application Scenario 1 | 3G Router for ATMs Using SNA (Serial)

• Product Evolution - H4 router has a built-in 4 port switch that will allow the ATM to evolve to a full IP Solution.
• High security configuration with SNA and IPSEC Support.
• Dual Sim support for cellular network redundancy/backup.

Application Scenario 2 | 3G Router For ATMs Over IP

• High security VPN and Ipsec support
• Dual SIM support for cellular network redundancy/backup.

Application Scenario 2 | ADSL2+ & 3G Router

• Advance failover technology for quick switching between main and backup lines.
• Increased Backup Bandwith vs ISDN and Reduce Cost vs Leased Lines.

Application Scenario 3 | 3G Backup for Corporate Routers

• Compatible with installed base of Cisco, Juniper and 3Com Router.
• 0-Touch design for easy installation.
• Solves coverage situation and reduce installation costs.

Teldat 3Ge - Embedded HSPA. One SIM, Dual RF Antenna 1 x FE with integrated PoE Client.

Teldat 3Ge+ - Dual SIM capability. Dual RF antenna, 1 x FE with Integrated PoE Client

Applicatio Scenario 4 | 3G Wireless Branch Office

ATM Application Secnario Summary | KEY IDEAS

• Teldat has been developing 2G 7 3G product for the last 7 years.
• DUAL SIM capabilities for carrier level redundancy.
• Carrier class management for service control and maintanance.
• Transaction based operations, such as POS and ATMs are specially suitable for cellular networks as they are less likely to suffer from network bandwith variations.